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TEST AND MEASUREMENT
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1. Battery 4 batteries 1 5 V type AA Analogue output Dimensions W 72 x H 38 x 190 D mm High diffusion accuracy lt 290 2509 High accuracy compensation AR 225 PHASE SEQUENCE INDICATOR AR 225 3 INSTRUMENTS IN ONE Indication of open phase phase sequence and motor rotation CROCODILE CLAMP OF BIG SIZE Permit connecting easily to terminals of conmutation boards HIGH RELIABILITY Identify trifasic frequency and check the open phase SPECIFICATIONS PHASE SEQUENCE METER Input voltage 100 V AC to 600 V AC max Frequency range from 45 to 70 Hz Technology not mechanical Battery 9V type 006P Valid for insta with category of overvoltage IEC 1010 NETWORK METERS TC 471 CABLE TESTER L gt LAN CABLE TESTER Co The TC 471 cable tester is a portable instrument whose function is to test the SPECIFICATIONS TC 471 wiring in communication networks LCD indicator 2 lines by 12 characters Among its functions we should point out Wirina t T568A B USOC 10BASE T Wirina identificati OC NU MNA iring types ris iring i ical ion using erminators BNC 10BASE 2 TOKEN Short circuit verification aie RING y TP PMD Open circuit verification Battery 9 V battery Because of its features the instrument can recognise multiple UTP RJ45 and Mechanical features COAXIAL BNC network wiring systems as well as offering the possibility of Dimensions W 6 5 xH 15
2. OSCILLOSCOPE ACCESSORIES ATTENUATION PROBES DETECTOR PROBE Input impedance Bandwidth MHz 15 60 20 150 42 10 Rise time ns Max input voltage Input capacity 5 pF approx Driving voltage 250 mV Working voltage 40 V RMS max Compensation range pF Isolation voltage Cable length m 230 V DC peak AC FREQUENCY COUNTERS FD 252 FD 250 FD 130 The FD 250 digital frequency counter is an instrument designed to measure frequencies ranging from 20 Hz to 160 MHz through a high impedance input The FD 252 digital frequency counter is designed for application that require a higher frequency range For that purpose the instrument is equipped with a second input for measurement up to 2 4 GHz with an impedance of 50 Both have an excellent frequency sensitivity and three selectable gate time fixed values 2 sec 0 2 sec and 20 msec thus enabling the user to obtain an optimum ratio between the measurement time and the resolution In addition both have a selectable band pass filter at input A In this way it is possible to measure low frequency signals removing interferences in the measure They are equipped with an 8 digit L E D display which facilitates fre quency reading CATIONS Lm m mc Input A Frequency range Maximum measurement frequency Sensitivity Input impedance Maximum input voltage Selectable low pass filter Input B Frequency range Sensitivity Inp
3. 30 Threshold 30 instrument under safe robust and Battery 9 V battery IEC 6 F22 9 V battery IEC 6 F22 9 V battery IEC 6 F22 2 batteries 1 5 V ergonomic design conductor max 46 mm 46 mm 46 mm 30 mm Dimensions W 250 x H 100 x D 46 mm W 250 x H 100 x D 46 mm W 250 x H 100 x D 46 mm W 210xH 62xD 56 mm Weg 380 g battery included 380 g battery included 380 g battery included 200 g battery included ELECTRIC MEASUREMENTS DIGITAL ISOLATION METER PE 451 PE 453 PE 457 Specifications PE 453 ISOLATION METER Accuracy mode Megaohm 20 MO 1 5 reading x 2 digits 200 MO 2 5 reading x 2 digits 2000 MO 5 0 reading x 3 digits Test voltage 250 V 500 V 1000 V DC 10 Accuracy mode voltmeter AC 0 750V 1 5 reading x 2 digits Accuracy mode in continuty measure 0 20 Q 2 reading 4 digits 0 200 0 1 5 reading x 2 digits 0 2 kO 1 5 reading x 2 digits Short circuit current Threshold of Beep Ranges 20 O 200 O 2 kO 80 10 0 400 AmopoweofaferSminappox Specifications PE 457 ISOLATION METER ANALOG DIGITAL AUTOMATIC Display LCD 3 3 4 digits 4000 counts Autorange function Megahom range Analog reading Display of 50 segments in logarithm linear scale AC voltage Range 600 V ACV Resolution 0 1V Accuracy 1 5 reading 3 digits 1 V 600 V Continuity Range 400 Ohm Ish gt 200 mA Resolution 0 1 0 Accuracy 1 9o reading 5 digits MegaOhm Ra
4. 20mA 200mA 10A 20mA 200mA 10A 200 2 KQ 20 200 2 MO 20 MO 200 MQ Yes Yes Yes 2 nF 20 nF 200 2 uF 20 uF 2kHz 20kHz Yes Yes 0 5 read 1 digit 1000 V DC 700 V AC By fuse 48 CHANNELS LOGIC ANALYSER AL 480 Max n of channels DC to 25 MHz DC to 100 MHz Trigger level Glitchs capture Memory Non volatile memories Computer connection Availability of disassemblers AL 480 Option OPT 480 02 Variable Up to 5 ns 8K words of 48 bits Microprocessors 8 bits Z 80 6502 8085 68000 8086 88 Microcontrollers 8031 8051 Multilevel trigger sequence The AL 480 logic analyser enables the design of complex sequences of up to 12 trigger words combinable via logic operations up to four depth levels Likewise the trace acquisi tion mode makes it possible to record all the information between the occurrence of two trigger words These characteristics enable acquisition triggering at very precise moments assisting the work of the designer SPECIFICATIONS AL 480 48 DC to 25 MHz 3 independent level or flank 8 K deep words 48 bits 1 K normal words 48 bits 1 K words of 48 bits 4 acquisition 14 set up 4 levels of 4 words 48 bits Number of channels max Clock signals Data memory Reference memory Non volatile memory Trigger sequence Trigger level Channel display Zoom TTL 1 4 V Groups of channels Display format Power supply Mains voltage Consumption
5. Supports 8 bit ERPROMs up to 4 Mbit Comes with 128k x 8 on board SRAM user upgradable to 512 8 by replacing SRAM chips 100 ns access time File format conversion JEDEC POF Binary Intel HEX Intel EXT HEX MotorolaS HP 64000ABS ASCII Hex and Tektronic Hex PC system requirement Operating system DOS 3 1 or higher Windows 3 x or Windows 95 Processor 386SX DX 486DX DX2 DX4 Pentium 4 MB RAM minimum 8 MB RAM recommended Hard disk with 8 MB free space 3 5 1 44 MB disk drive Microsoft compatibe mouse Parallel port interface General Power Supply 100 240 V AC Frequency margin 47 63 Hz Power consumption 25 W Operating temperature 5 to 459C CE certified Optional accessories EM 875 EPROM emulator RM 875 Software for Windows Mechanical features Dimensions W 310 x H 55 x D 175 mm Weight 1 8 kg Adapters for devices with no DIL package Following table shows the different adapters that PROMAX can supply to program devices with no DIL package 32 pins PLCC to 28 pins DIL 28 pins PLCC to 24 pins DIL 32 pins PLCC to 32 pins DIL UNIVERSAL PROGRAMMER PR 871B The PR 871B is a portable programmer aimed at those professionals who do not require such a wide range of devices as offered by the PR 875 without sacrificing the advanced features If you only need to program those basic devises like EPROM s micro controllers of the 87 and 89C5x or PIC families FLASH memo ries serial PROM s and a limited num
6. 1 s 1s and 105 Input A from 5 Hz to 25 MHz Resolution 0 0001 Hz to 10 Hz Input B from 20 Hz to 1 3 GHz Resolution 1 Hz to 1 KHz 2 s 0 2 s 20 ms Input A 4 s 0 4 s 40 ms Input B 110 125 220 230 240 V AC 50 60 Hz 10 W 81 x H 178 x D 30mm 190 g without battery GENERATORS GF 230 GF 232 FUNCTION GENERATORS SPECIFICATIONS Gra _ General Frequency range 0 1 Hz to 1 MHz 10 2 Hz to 2 MHz in 7 decades in 7 decades Frequency control Continuous variation control Frequency indicator Digital Resolution 0 1 Hz to 1 kHz Time between readings 250 ms External input VCO FM 0 to 10 V for a 10 1 linear variation Input impedance 15 Output Sinusoidal triangular Output signals and square Continuous symmetry control _ 10 1 both senses Output amplitude 20 Vpp open circuit Vep 500 Output impedance The GF 230 is a function generator covering the frequency range from Continuous amplitude control 0 1Hz to 1MHz in seven decades It allows to generate sinusoidal Attenuator square and triangular waves with continuous control of the output level DC offset continuous 10 V open circuit fixed 20 attenuator and the possibility to superimpose the signal at a continuous level through the DC OFFSET control The VCO input Output voltaae without clippin 10 V open circuit located on the rear panel enables the user to control the output fre P 9 V i a 10 V UE quen
7. 130D EPROMS ERASER The BM 130D is an EPROM memory eraser using ultra violet radiation Its main field of application is in the development and manufacture of microprocessor based products The memory container 80 x 330 mm allows the erasure of up to 40 devices of 24 pins at a time It incorporates a clock programmable from 0 to 60 minutes with erasure indicator bell It is provided with ultra violet protection to avoid the emission of light to the exterior In order to ensure the integrity of the devices to be erased it is fitted with a carbon foam base to avoid any possible static electricity discharges BM 130D Exposition time Programmable from 0 to 60 minutes Light radiaton indicator on the front panel Bell indicator at the end of the erasing process Ultraviolet lamp Wavelength 2537 Angstrom Middle time to failure MTTF 7 500 hours Power supply Voltage 230 240 VAC 50 60 Hz Consumption 22W Mechanical features Dimensions W 153 x H 82 x D 400 mm Weight 4 kg Included accessories CA 05 mains cable AUDIO ANALYSERS AA 930 The AA 930 has been designed to facilitate the repair tuning and analysis of audio frequency equipment in general such as cassette recorders record players radio cassettes preamplifiers low frequency amplifiers etc That is why six measurement instruments that are indispensable in an audio service workshop have been combined in one piece of equipment The AA 930 is equipped w
8. Automatic spectral inversion External units power supply output voltage 13 V 18 V 1 22 kHz signal The PRODIG 1 has been designed to guaran IP allows identification of one specific service or tee the maximum number of installations with 1 Detection of satellite satellite the best possible quality thereby helping the hstalertoevaliate the results It works as a wide band detector indicating 79 power of all satellites present on the trajectory BINE The instrument directly determines if signal of the antenna quality is of a sufficient level for reception This is done on the basis of the internal BER 3 Optimisation Based on measurements made on the measurement and the signal noise ratio SNR demodulated signal user can optimise the skew and fine tune the dish The PRODIG 1 is a very easy to use instru ment that guides the user through 3 steps enabling the desired satellite to be located guaranteeing its identification and accurately The instrument tunes to preset test points adjusting the receiver antenna to obtain the reads the Transport Stream and displays the best possible signal quality identification of the service on the display It 2 Identification The PRODIG 2 is a portable instrument of small scale and minimum weight ideal for the starting and maintenance of E H M analogue MATV and digital TDT terrestrial TV installations It See Wo ANAEEUUETV EVER
9. BER Bit error ratio Measured before RS decoding Measurement range 10 E 2 a 10 E 8 Enlistment range 10 dBmV to 60 dBmV Symbol rate Measurement range 1000 to 7000 Msym s for 16 32 64 128 256 QAM Data logger For each digital channel the level and the MER can be stored Modulation type 16 32 64 128 256 QAM ITU J83 annexed a b c switchable Bandwidth 6 8 MHz switchtable Frequency tuner 10 KHz SPECTRUM Operates as an actual spectrum analyser with variable span DATA LOGGER Allows to acquire view print multiple measurements auto matically TILT Shows the level difference between two pilot channels defined by the user CABLE TV ANALYSER PROMAX 4 PROMAX 5 PROMAX 6 PROLINK 1B The PROMAX 6 PROMAX 5 PROMAX 4 are analysers designed for the installation and maintenance of systems for the reception and distribution of television signals They are especially suited to cable television systems since they integrate all the basic functions required for signal analysis in an easy to use accurate robust and low cost device While the PROMAX 4 offers covera ge of all television channels between 45 MHz and 862 MHz the PROMAX 5 and PROMAX 6 also covers the return channels 5 MHz to 862 MHz Both of them enable the signal level to be measured with a high degree of accuracy They incorporate a series of functions for evaluating the image quality They include a calculation of the
10. Display Resolution Accuracy Stability Phase Noise Residual FM FM off Data Entry Output Level Level Range Setting Resolution Accuracy Harmonics Non Harmonic Spurii Carrier Leakage Output Impedance Output Connector Output Switch 10 MHz to 1000 MHz 1kHz by direct keyboard entry or in user set increments of 1kHz to 999 999MHz by rotary control or incre ment decrement keys 20 character x 4 row backlit LCD 1 kHz 2 over temperature range 5 C to 40 C lt 1 ppm year ageing 110dBc Hz at 25kHz offset 500MHZ carrier Equivalent peak deviation in a 300Hz to 3 4kHz bandwidth 10Hz at 100MHz carrier 35Hz at 500MHz carrier 180Hz at 1000MHz carrier Keyboard selection of frequency ampli tude etc value entry direct by numeric keys or by rotary control 127 dBm to 7 dBm 0 1 to 500 mV with 50 impedance 0 1dB or 0 01mV to 1mV by direct key board entry or in user set increments of 0 1dB to 100dB or 0 01mV to 100mV by rotary control or increment decre ment keys Better than 2dBm except for output levels 70dBm at 500 1000MHz 3dBm Typically lt 25dBc maximun 20dBc any carrier frequency output level lt OdBm lt 60 dBc at gt 8 kHz offset lt 0 5uV generated into a 500 load by a 2 turn 25mm loop at a distance of 25mm from the generator with the output set to lt 10dBm into a 50 sealed load 50 0 T
11. EUR Indis Coe oe 36 CABLE TV ANALYSERS 23 COMPONENTS TESTER Don do eo 10 CRT REJUVENATORS 30 DIGITAL MULTIMETERS eeseeeeee ee 11 ELECTRIC MEASUREMENTS INSTRUMENTS 37 FREQUENCY COUNTERS s idea a ee Gadde wheres 7 LF FUNCTION GENERATORS 8 LOGIC ANALYSERS ER RR ens 15 NETWORK METERS 1543 39 x ERR RR EN 40 OPTICAL FIBRE INSTRUMENTS 27 OSCILLOSCOPES x uk uox Wen ROSH ERN ee XR RC 3 POWER SUPPLIES Rico iR tunes S IND RR P 31 RF GENERATOR RUE E RIPE IG RE E 19 RE WATIMEIEI ccc dence Bees x eee 41 SOUND EEVEL METER 42 SPECTRUM ANALYSERS 4445 3004262000500 RA RENE S ER OR RUNE RR eas 17 TV GENERATORS 1222 xn ac Rr 00 ree tes 62450605 RC 28 SAT LEVEL METERS 44 3 9 373 8 09079 8183 21 UNIVERSAL PROGRAMMERS 33 ANALOGUE OSCILLOSCOPES OD 512 OD 514B OD 515B OD 545B OD 540 e LE um OD 515B This new family of Oscilloscopes PROMAX OD 5XX consists of 5 double trace oscilloscopes The OD 5XX are sturd
12. Image spectrum and synchronism pulse display Direct measurements level V A and C N ratio for analogue channels and power into channel bandwidth and C N ratio for digital channels BER measurement of QAM QPSK and OFDM modulated signals optional External units power supply and 22 kHz signal 99 memories for measurement configurations Data Logger function more than 9000 measurements can be acquired automatically RS 232C interface to connect a PC or serial printer On Screen Display FM TV and NICAM sound Scart connector PROLINK 3 Tuning range from 5 862 MHz and from 920 2150 MHz Tuning modes by frequency channel or memory Channel plan configurable on demand Frequency resolution 50 kHz 4 B amp W or color LCD monitor Measurement range terrestrial TV 8 FM bands from 20 dBuV to 130 dBuV 10 uV to 3 16 V Satellite TV band 30 dBuV to 120 dBuV 31 6 uV to 1 V Digital reading in dBuV dBmV or dBm Analogue reading relative value through an analogue bar on the screen Measurement bandwidth 230 kHz terrestrial band 4 MHz satellite band Sub band accuracy 2 5 dB 50 120 dBuV 5 45 MHz 22 C 5 C Terrestrial bands accuracy 1 5 dB 30 120 48 25 861 MHz 22 C 5 C Satellite bands accuracy 1 5 dB 40 100 dBuV 920 2050 MHz 22 C 5 C Sound input scart Scart connector Long life Li batteries MC 377 Tuning range from 48 to 855 MHz and 950 to 2050 MH
13. O to 60 dB 20 dB steps Sinusoidal signal Output voltage 5 Vrms 40 mW 600 10 Vrms o c Amplitude response 0 5 dB 0 2 dB ref 1 kHz Max harmonic distortion 0 0296 20Hz to 20KHz 0 05 20kHz to 200kHz Square signal Output voltage 10 Vpp o c Rise time lt 100 ns Output meter The GB 212 oscillator is a versatile generator for frequencies Type analogue meter e m f sine output and the power in dBm on a between 20 Hz and 200 kHz with square and sinusoidal signal 600 Q 2 accuracy of outputs The harmonic distortion of the signal is very low which Power supply makes it very suitable for high fidelity equalizer testing RF genera Mains voltage 110 125 220 230 240 V AC 50 60 Hz tor modulation measurement of resonance frequency of loudspea Consumption 15 W kers LC circuit resonance Servo system analysis characteristic Mechanical features study of electronic components analysis and synthesis of basic Dimensions W 212 x H 102 x D 244 circuits amplifier response analysis of passive networks resonant Weight 1 7 kg circuits filters etc FUNCTION GENERATOR GFD 917 In addition to the advantages furnished by the range of frequencies covered from 0 1 Hz to 13 MHz the GFD 917 generator offers other benefits which provide extraordinary general possibilities for use It combines two generators in a single device which allows modulated signals to be obtained in AM or FM freq
14. PROLITE range has been developed for the installation and maintenance of optical fibre installations It is made up of one power meter and two light sources one LED source 850 1300 nm and one LASER source 1310 1550 nm The PROLITE 20 21 are two optical power meters with wavelengths between 820 and 1650 nm The dynamic range of measurement is from 70 dBm to 5 dBm for the PROLITE 21 and from 50 dBm to 25 dBm for the PROLITE 20 for Cable TV applications and measurements on EDFA amplifiers Erbium Doped Fibre Amplifier These units offer the acoustic detection of 270 Hz 1 kHz and 2 kHz signals for optical fibre identifi cation purposes The measuring mode can be selected as ABSOLUTE or RELATIVE In the Relative mode the user acquires the reference level and the rest of measurements are done starting from this value The readout is shown numerically or by means a bar graph on LCD display which has a back light Wavelength selection is made sequentially by single pressing the rotary selector The meters are powered by a rechargeable NiCd battery which can be replaced with extreme ease PROLITE 20 21 are ideal tools for working in the field since they are robust they adapt perfectly to the hand and they have a weight below 500 gr PROLITE 80 81 LIGHT SOURCES The PROLITE range consists of two light Sources AD 072 AD 071 the PROLITE 80 LASER allows to select AD 073 wavelengths between 1310 nm and 1550 nm whereas the PROLITE
15. display which allows a large number of digital signals to be shown Among the new features worth emphasising are the reference memories histogram of states form analysis and an analogue display mode to allow a complete analysis of the systems under study plus data output shown on the display formatted in the most conve nient form for the user The user can define a tag and group any number of channels under it This information can furthermore be displayed on any base The equipment comes supplied with an on line instruction manual pre programmed configu ration examples and a context sensitive help key Non volatile memories The equipment has 4 non volatile memories available with 14 configurations Storage of data and its configuration is thus ensured for future use W 315 x 190 x D 268 mm 5 kg approx Up to 100 MHz 48 channels DC to 25 MHz 12 channels DC to 100 MHz 24 channels glitchs capture Variable trigger level from 5 to 10 V Included accessories Pod 48 channels 25 MHz TTL levels test leads instructions manual Optional accessories Kit conversion of AL 480 to sampling with 100 MHz with variable trigger level Kit connection to PC Z 80 6502 8085 8031 8051 68000 8086 88 32 CHANNELS LOGIC ANALYSER AL 320 The AL 320 logic analyzer is designed for the display and analysis of digital signals It is a practical economical and easy to use instrume
16. ee Pee s gives a measurement of the Level and the C N ratio for analogue us ES signals and a measurement of Power and the C N ratio for digital signals In addition it has an output for the 6 dB margin test which is very important in digital TV installations as it allows correct operation to be guaranteed with a safety margin over the threshold level One of the main features of this device is that it is easy to use tuning is done by channel the equipment identifies whether the tuned channel is analogue or digital and adjusts all the measure ment parameters automatically shows the Level and C N for analogue or Power and C N for digital measurements numeri cally and graphically and also shows whether the tuned channel PRODIG 2 meets the pre established quality criteria in the user outlet indication OK Tuning range 45 to 862 MHz Standard channel plan CCIR FCC and STD L Special channel plan on request OPT 202 61 Sunt og veers TIME Measurement margin analogue signals 20 dBuV to 120 Measurement margin digital signals 30 dBuV to 120 dBuV ee Level and carrier to noise ratio measurements in analogue channels CH a9 E 504 25MHz Channel power and carrier to noise ratio measurements in digital channels Numerical reading absolute value calibrated in dBuV and graphic bar cali brated with marks for minimum and maximum recommended level power a 55 Acoustic leve
17. k 20 M Yes Yes 2 0 read 1 digit 600 V DC or AC rms Fast fuse 300 hours Test leads Instructions manual 9 V Battery 3 1 2 digits 1999 points 200 mV 2 V 20 V 600 V 200 mV 2 V 20 V 600 V 200 uA 20mA 200 mA 10A 200 uA 20 mA 200 mA 10A 200 20 k 200 k 20 M Yes Yes Yes 1 296 read 1 digit Yes 600 V DC or AC rms Fast fuse From 70 to 480 V AC 200 hours Test leads Instructions manual 9 V Battery 3 3 4 digits 3200 points 34 segments 320 mV 3 2 V 32 V 320 V 600 V 320 mV 3 2 V 32 V 320 V 600 V 320 uA 3200 uA 32 mA 320 mA10 A 320 uA 3200 uA 32 mA 320 mA10 A 320 3 2 k 32 k 320 k 3 2 M 30 M Yes Yes Yes 0 8 read 1 digit Yes Yes 600 V DC or AC rms Fuse 500 hours Test leads Instructions manual 9 V Battery INDUSTRIAL SERIES The industrial series of multimeters have been designed in conformity with the strictest quality control requirements in order to comply with the most rigorous safety standards Their construction in ABS anti shock material and an optional shock proof protector guarantees a high resistance to shocks and falls in com pliance with the MIL T28800 standards PD 693 695 697 The electrical safety of all the measurement ranges is ensured by a 600 V fast fuse For safety purposes the 20 Amp range is protec ted by a 600 V high energy special ceramic fuse They are equipped with fast action diode
18. k 4M 40 M Yes Yes 4 nF 40 nF 400 nF 4 uF 40 uF 4 kHz 40 kHz 400 kHz 4 MHz Yes 0 5 96 read 1 digit Yes Yes Yes Yes 1000 V 750 V AC Fuse for mA and A inputs Yes Yes 1 year 300 hours 200 mV 2 V 20 V 200 V 1000 V 200 mV 2 V 20 V 200 V 750 V 200 pA 2 mA 20 mA 200 mA 20 A 200 pA 2 mA 20 mA 200 mA 20 A 200 2 k 20 k 200 k 2M 20 M Yes Yes 2 kHz 20 kHz 200 kHz 0 05 read 3 digits Yes Yes Yes Yes Yes 1000 V DC 750 V AC Fuse for mA and A inputs Yes Yes Yes 1 year 300 hours STUDENT SERIES PROMAX FP 1b FP 2b andis mun SPECIFICATIONS LCD indicator DC voltage AC voltage DC current AC current Resistance Diode Test Continuity audible Overload input protector Capacitance Frequency test hfg de transistors Battery test Auto power off Basic accuracy Maximum voltage Protection 3 1 2 200mvV 2V 20V 200V 1000V 2V 20V 200V 750V 2mA 20mA 200mA 10A 2mA 20mA 200mA 10A 200 Q 2 20 200 2 MO 20 MQ Yes Yes Yes Yes 0 5 read 1 digit 1000 V DC 750 V AC By fuse SV 013 40 kV CC high voltage probe SD 014 RF 800 MHz detection probe PP 008 Elbow shaped test leads for PD multimeters CA 4000 100 A AC current clamp PP 009 SMD test leads DC 281 Holster for PD 984 PD 986 DC 213 Carrying case 3 1 2 200mV 2V 20V 200 1000V 2V 20V 200V 750V 2mA
19. kHz Same as CH2 DC 1 MHz same as CH2 DC 2 MHz Same as CH2 DC 500 kHz Horizontal Deflection A Time base Sweep rate 0 2 us to 0 5 s div 0 1 us div to 0 5 s div in 21 steps sequence 1 2 5 50 ns to 0 5 s div 20 steps seq 1 2 5 cont variable Hold off time fountinuosly variable gt double of the duration of the sweepingin the scales __ variable B Time base pup ee eee 20 ooma S nsto msidv Accuracy C n i Oo S ae T Delay 1 usto5s Jitter lt 1 20000 Operating modes A X Y A A INT B B TRIG D ALT DELAY B Accuracy NORM 3 x10MAG 5 NORM 396 x 10 MAG 5 0 1 us to 50 ms div Magnification x 10 SPECIFICATIONS AUTO NORM TV V TV H AUTO NORM and SINGLE AUTO NORM TV AC TV V AC HF REJ TV DC AC DC HFR LFR 0 5 div DC to 10 MHz Internal 0 5 div 20 Hz to 2 MHz 0 5 div DC to 10 MHz 1 5 div 10 to 50 MHz 0 35 div 10 Hz to 20 MHz 1 5 div 2 to 20 MHz 1 5 div 10 to 40 MHz 2 div 50 to 60 MHz 1 5 div 20 MHz to 100 MHz External 0 2 V 20 Hz to 2 MHz 0 1 V DC to 5 MHz 0 1 V DC to 10 MHz 50 mVpp 10 Hzto 20 MHz 0 8 V 2 to 20 MHz 0 6 V 5 to 40 MHz 0 2 V 10 to 50 MHz 150 mVpp 20 to 100 MHz 0 3 V Z Modulation Input voltage 30 V DC peak AC 30 V DC AC pp Sensitivity 5 Vpp 9 Vpp Probe adjustment Output voltage 2 Vpp x 2 Frequency 1 kHz approx Readout function AV AV
20. of the identifier of EPROM and Flash memories Many EPROM and Flash memories have a burnt in device identifier and manufacturer identifier The PR 875 can read these identifiers with the aim of determining the manufacturer and the reference of the device This characteristic automates the selection of EPROM and Flash memories and is specially useful in the identification of devices which have their code accidentally or intentionally erased Automatic programming In order to satisfy production requirements the PR 875 incorporates new technologies both in its hardware and in its software In the Mass Production Mode the operator inserts a device in the ZIF socket An LED in the PR 875 indicates when the device has been satisfactorily programmed and the operator then removes the device and replaces it with another The ease of this operation eliminates the need for specia lized training saving time and money The keyboard and the mouse are deactivated in the Mass Production Mode eliminating the possibi lity of involuntary errors Storage of the working file The PR 875 allows the saving of the working configuration file which contains the selected device the buffer data and all the configuration options of the program This file can be loaded for future use without the need to reselect the configuration options Auto increment function When the devices programmed require individual serial numbers the PR 875 has an auto increment f
21. operated manually via the front panel or can be remotely controlled via the RS 232 interface standard or GPIB interface optional Nine memories are provided for user set ups Main characteristics 10MHz to 1000MHz frequency range 1kHz setability at any frequency 2 ppm accuracy over 5 C to 40 C 127dBm to 7dBm amplitude range Amplitude control in 0 1 dB steps FM modulation internal or external 80 character back lit LCD display Keyboard and rotary encoder control Full remote control via RS 232 or GPIB Precision and Stability The GR 104 uses a fully synthesised source locked to a temperature compensated crystal oscillator This provides excellent signal frequency stability against temperature and ageing Easy to use Ease of use was a major consideration in the design of the GR 104 A simple and straightforward user interface is combined with a compre hensive remote command set Programmability for routine testing The GR 104 can store nine full instrument set ups in non volatile memory This allows repetitive testing procedures to be undertaken quickly and accurately Full remote control The GR 104 provides full remote control facilities for all its functions An RS 232 interface is provided as standard and a GPIB IEEE 488 2 interface is available as an option 1 GHz SYNTHESISED RF GENERATOR SPECIFICATIONS SPECIFICATIONS General Frequency Range Frequency control Resolution Display
22. repair of electronic equipment due to its wide variety of functions it makes it an indi spensable instrument both in laboratories and in maintenance departments SPECIFICATIONS OS 801 Attenuator 0 20 40 and 60 dB Selectable c Channels 2 x 20 MHz repetitive Outputs PC and printer RS 232 and CENTRONIX Sample Sensitivity Operating mode Screen Input coupling Max input voltage Accuracy Readout function Memory Frequency counter Display Functions Frequency range Range Gate time Accuracy Time base 20 000 S s 5 mV div to 20 V div sequence 1 2 5 CH1 CH2 Dual Add Sub CH1 CH2 X Y 12x10 div 320x240 dots LED backlight DC AC GND 400 V DC peak 1 8 1 LSB up to 8 div 20 C AV 1 AT Vpp 20 memories 7 digits Frequency and period from 5 Hz to 20 MHz Auto range or manual automatic units Hz kHz MHz sec msec 0 15 gt 10 MHz 1 s 410 MHz 1 count typical Power supply External input DC Battery Mechanical features Dimensions Weight Included accessories Optional accessories Included mains adapter 4 alkaline batteries R14 or NiCd set W 287 x H 152x D 82 mm 2 kg Holster DC 812 Carrying case DC 802 Carrier belt CB 802 battery set Oscilloscope probe SA014 Mains adapter DMM Probes RS 232 cable CC 802 control software RM 802 printer cable connection CP 802 logic probe 10 MHz 30 ppm 23 C 5 C LP 802 OS 802 only
23. 0 32 DC to 25 MHz 3 independient level or side 2 K words of 32 bits 2 K words of 32 bits 10 acquisition 10 set up 4 levels of 4 words 32 bits Max n of channels Clock signals Data memory Reference memory Non volatile memory Trigger sequence Trigger level Channel display Zoom Groups of channels Display format TTL 1 4 V Power supply Mains voltage Consumption 25 W 110 120 or 220 240 VAC 50 60 Hz AL 320 Max n of channels DC to 25 MHz DC to 100 MHz Trigger level Glitchs capture Memory Non volatile memories Computer connection Availability of disassemblers Microprocessors 8 bits Z 80 6502 8085 Microcontrollers 8031 8051 shown on the display Comparison can be conducted on any area of data and acquisition can be delayed where matching non matching is ascertained Non volatile memories Each of the two pieces of equipment have 10 non volatile memories available with 10 configurations Storage of data and its con figurations is thus ensured for future use Mechanical features Dimensions Weight Options OPT 320 02 6 channels simultaneously X1 x2 x4 x8 x16 16 groups 32 channels group Binary Octal Hex Dec ASCII PA 322 RM 320 Disassambler 2K word of 32 bits AL 320 Option OPT 320 02 32 8 Variable Up to 5 ns 2K word of 32 bits Multiple clocks The AL 320 is equipped with three external clock inputs each of them selectable by level or by edge so tha
24. 0 x D 3 5 cm testing analogue and digital telephone networks RDSI enabling up to 4 perso Weight 180 g nalised wiring systems to be memorised these can be defined manually or using an unknown cable source Another important feature of the instrument is the Included accessories Instruction manual 9 V battery ability to test and typologically identify cables on a local basis in installations with 2 x BNC RJ 45 adapters a maximum length of 1 Km 2 x LTC T1 and LCT TC 16 Terminators For energy saving the instrument contains a power supply control in order to lengthen battery life as well as a sleep mode and a power off mode thereby in large measure reducing energy consumption 1 x Carrying bag TC 470 WIRING TRACER The TC 470 wiring tracer is a modern easy to use instrument made up of a tone generator and an amplification probe which has been specifically designed to easily and unaggressively identify and trace cables working in conjunction with the tone generator SPECIFICATIONS TC 470 Its features enable the user to perform these Gain probe tasks without need of affecting cable insulation thereby avoiding any problems this may cause Gain control In order to increase sensitivity All this is made possible thanks to the audible Battery 9 V battery detection system incorporated in the amplifica Autonomy 100 h tion probe Signal generator Its ease of use and simplicity offers the user an W
25. 00 W 145 W 380 W 200 W 200 x 195 x 254 mm It consists of two independent supplies which enable the output to be independently adjusted between 0 and 30 V In addition the two supplies are floating with respect to the earth each one being able to supply up to 5 A The TRACKING operation mode is included where both supplies are inter connected in such a way that they become two equal supplies of opposite sign with respect to a central point common to both In this mode of operation the output voltage is controlled from only one of them the other being the same value Output characteristics equal to those found in linear devices are obtained Possibility to shortcircuit all supplies FA FAS72 nS 0 02 2 0 02 5 Linear with commuta Linear with commutated pre regulator ted pre regulator Digitals V and A 0 1 reading 1 digit digits 0 1 reading 1 digit 7 digits 100 mV 10 mA by current limitation by device disconnection son _ ET dmer 5 C to 40 Max 8096 up to 31 decreasing linearly until 50 at 40 110 125 220 240 V CA 50 60 Hz 230 V CA x 10 50 Hz 210 x 185 x 280 mm 300 195 x 292 mm 200 x 95 x 254 mm 32 33 UNIVERSAL PROGRAMMER 875 CAPABLE PROGRAMMING ANY DIL DEVICE WITH UP TO 48 PINS WITHOUT THE NEED FOR ADAPTERS The PR 875 is a universal programer which works via a paralle
26. 3 3 Vertical resolution 8 bits 8 bits 8 bits Sensitivity range 2mVto5V 2 mV to5V 2 my too V Max voltage 300 V CAT II 300 V CAT Il 300 V CAT II PC connection Yes Yes Yes Dimensions W 305 x H 151x Pr D W 305 x H 151x D 121 mm W 305 x H 151x D 121 mm Weight 1 5 1 5 kg 1 5 kg DIGITAL ANALOGUE OSCILLOSCOPE OD 563 OD 565 OD 560 SPECIFICATIONS OD 560 Digital Analogus Bandwidth 3dB DC 30 MHz DC 50 MHz DC 100 MHz Sensitivity 1mV 20 V Div 2mV 20 V Div Input voltage Max 400 V AC Max 300 V DC peak AC Attenuator Steps sequence 1 2 5 2 5 1 Variable Steps sequence 1 2 5 Operating modes CH1 2 ADD CH1 CH2 DUAL CHOP ALT CH1 CH2 ADD CH1 CHZ2 Horizontal deflection Sweep rate 0 2 us 0 5 s div in 20 steps sec 1 2 5 x10 x20 0 2 us 5 s div in 20 steps sec 1 2 5 ee Triggering Triggering mode AUTO NORMAL TV AUTO NORMAL SINGLE TV TIME DELAY EVENT DELAY Source CH1 CH2 VERT MODE LINE red EXT CH1 CH2 LINE red EXT Coupling AC LF Rej HF Rej TV V TV H AC DC LF Rej HF Rej NOISE Rej X axis Same as CH1 DC 500 kHz Same as CH1 Y axis Same as CH2 Same as CH2 Frequency sampling 20 MS s 2 channels simultaneous 100 MS s Bandwidth Repetitive Bandwidth Nonrepetitive Bandwidth 10 MHz Acquisition memory 2 kW channel 1 kW channel from 0 2 to 2 us div 125 k Words channel Acquisition modes NORMAL AVERAGE SINGLE ROLL HOLD MA
27. 30 kHz x 50 kHz Input inpedance 75 Q Typical accuracy analogue channels de 2dB from 0 to 40 C Video Audio measurement range from 0 to 40 dB Carrier to noise C N measurement range from de 40 to 50 dB Sound demodulation AM FM Level internal speaker external headphones Direct reading Both instruments have a dynamic range from 20 dBuV 40 dBmV to 120 dBuV 60 dBmV In order to achieve direct reading of the signal level the measurement is auto matic and the device itself selects the input attenuator most suitable for each signal In applications for which a value must be set for the attenuators the Manual mode may be used The units may be displayed in dBuV or in dBmV 6 Tuning range from 5 to 862 MHz Tuning method through channels or frequency Channel plan configurable from PC through RM 006 Tuning frequency 62 5 kHz LCD alphanumeric display with tuning back light Measurement range from 25 dBuV to 120 dBuV Readout digital in dBuV or dBmV F bandwidth 230 kHz 50 kHz Input inpedance 75 Q Typical accuracy analogue channel from 2dB from 0 to 40 C Typical accuracy digital channel 3dB from O to 40 C Video Audio measurement range from 0 to 40 dB Carrier to noise C N analogue channel from 40 to 50 dB Carrier to noise C N digital channel from 15 to 40 dB Sound demodulation AM FM Level internal speaker external headp
28. 65W 16 channels simultaneously X1 x4 x16 x64 normal x1 x8 x32 x128 x256 deep 7 groups 16 channels group Binary Octal Hex Dec ASCII 95 135V or 180 265 VAC 48 A00Hz and repair technician of digital systems enormously Multiples clocks The AL 480 has an internal clock to synchro nize the acquisition capable of working from 10 Hz to 25 MHz in sequence of 1 2 5 The AL 480 and OPT 480 02 also enables the acquisition of up to 12 x 100 MHz channels and the pick up of glitches up to 24 channels Mechanical features Dimensions Weight Options OPT 480 02 PA 482 RM 480 Disassambler AL 480 It furthermore has three external clocks up to 25 MHz selectable by edge and combinable with each other and three independent clock qualifiers The units enable the data picked up to be printed for later analysis The AL 480 logic analyzer is an instrument that can display simultaneously a large number of digital signals It is a practical eco nomical and easy to use instrument especially recommended for universities and R amp D centres The base model has a data acquisition frequency of 25 MHz and TTL trigger level Options and accessories are available for a data acquisition frequency of 100 MHz and variable trigger level Easy of use It is in systems where there is a high degree of complexity where the AL 480 becomes an indispensable tool These units are equipped with a high resolution graphic
29. 81 LED allows the selection between 850 nm and 1300 nm They have two only controls one key to select the desired wavelength and another AD 070 key to activate the modulation They are compact and easy to use AD 070 ST CONNECTOR AD 071 E 2000 CONNECTOR AD 072 SC CONNECTOR AD 073 FC CONNECTOR They have two only controls one key to select the desired wavelength and another key to activate the modulation SPECIFICATIONS PROLITE 20 21 SPECIFICATIONS PROLITE 80 81 Measurement range Wavelength PROLITE 20 50 dBm to 25 dBm PROLITE 80 LASER 1310 nm 1550 nm PROLITE 21 70 dBm to 5 dBm PROLITE 81 LED 850 nm 1300 nm Units dBm dB Level Wavelength range from 820 to 1650 nm PROLITE 80 LASER 5 dBm typical SM 9 125 um fibre Indication Alphanumeric display 16 digits with back light PROLITE 81 LED 15 dBm typical MM 62 5 125 um fibre Accuracy 0 2 dB 5 Modulation 270 Hz 1 kHz and 2 kHz internal or Resolution 0 01 dB through external signal Power supply NiCd battery 7 2 V 0 8 Ah Stability 0 1 dB Battery charge Through external charger Power supply NiCd battery 7 2 V 1 5 Ah Battery charger Through external charger Mechanical features Dimensions 70 W 90 at the Display x 218 H x 50 D Mechanical features mm Dimensions 84 W x 165 H x 29 D mm Weight 495 g battery included Weight 380 g battery included TV GENERATORS MPEG 2 format TS generation Video and audio inclu
30. AVdB AT AV AVGB AT CRT Area 8 x 10 div 1 div 10 mm Acceleration voltage Approx 2 kV Approx 12 kV Scale illumination Adjust level scale Intensity control Yes Traze rotation Y es 115 97 to 132 230 195 to 250 V 100 120 220 230 V AC 50 60 Hz with selector 100 120 230 V AC 10 310 W x 150 H x 455 D 8 2 kg Included accesories Mains cable CA 006 Mains cable CA 006 Mains cable CA 006 2 Probes SA 014 2 Probes SA 016 2 Probes SA 017 TDS210 TDS220 TDS224 Digital operation in real time The TDS series Oscilloscopes offers some excellent capabilities in terms of Bandwidth and Sampling rate Since the Sampling rate is 10 to 16 times that of the bandwidth on both channels the oscilloscopes are able to supply exact acquisition in real time on the complete bandwidth The Digital Storage technology provides some characteristics which are not available on the analogue oscilloscopes including the automatic measure ments peak detectors storage of reference waveforms automatic adjust ment as well as five different instrument configurations The peak detector and the high Sampling rate minimise the aliases and are able to capture the details of those waveforms which are invisible for the analogue oscilloscopes Specifications TDS210 TDS220 TDS224 2 2 4 Channels Bandwidth 60 MHz 100 MHz 100 MHz Real time sampling rate 1 Gm s 1 Gm s 1 Gm s Register length 25k 2 5k 25K Vertical accuracy
31. IN WINDOW DELAY AVERAGE PEAK DETECT SINGLE ROLL X Y Screen indications Panel selections V DIV CH1 s DIV TRIG Condition CH1 CH2 SDIV TRIG condition MODE Marker dV 1 dT dV dT 1 dT Automatic measures Vh VI Vmax Vmin Vavg Vms Trise Tfall Duty cyc Freq Period Width Width Measurement config memories 10 Waveform reference Waveform reference Waveform memorization 2 sets Interphases RS232 output Area 8 x 10 divisions 1 div 1 cm Rectangular 7 640 x 480 pixels Deflection Acceleration Electrostatics 1 9 kV Electrostatics 10 kV Magnetic Raster scan Mains voltage 100 120 230 VAC 10 50 60 Hz 100 a 240 VAC 48 63 Hz 15 Consumption Mechanical features Dimensions and weight W 275 x H 130 x D 370 mm 8kg W 330 x H 155 x D 385 mm 7 kg Included accsories 2 Probes SA 016 Mains cable CA 006 2 Probes SA 017 Mains cable CA 006 POLYSCOPE OS 801 OSCILLOSCOPE ACCESSORIES The OS 802 polyscope includes two measuring instruments in one a digital oscilloscope and a frequency meter Its sturdy construction size weight and battery power supply make it the ideal portable instrument for taking multiple measurements outdoors where working with conventional instruments may be awkward 908 8262 E WoW nnm m 1 V T u LI 1 Remi RES A thoroughly useful instrument when it comes to the measure ment of electrical magnitudes and the
32. OPT 100 Q Level of carriers from 30 to 50 dBmV Level resolution 1 dB Level accuracy 2 dB Impedance 75 Insertion losses 1 dB Flatness 1 dB HEAD END RETURN PATH lt q br be le E 1 LI i FORWARD PATH 1 MONITOR ACCESSORIES ST 240 LNBs amp Satellite receivers tester The ST 240 is a compact easy to use and low cost signal generator that allows an efficient verification of satellite receivers and LNB s 13 V 18V LNB power supply test 22 kHz switching signal verification Video and audio demodulation test LNB verification vertical and horizontal polarizations CV 550 Sub band Converter The CV 550 converts sub band channels to VHF for their measurement by TV FM field strength meters TI 340 DiSEqC checker The TI 340 permits to check at any point of an insta llation the presence and the state of DiSEqC signals A set of LEDS signals the presence in the coax cable of the following signals Hi Lo Mini DiSEgC tone H V 22 kHz Posiotion 60 Hz Switches 13 and or 18 V PC 108 Polarisation Controller The 108 is a universal magnetic pola risation controller It is powered by the input connector without interrupting power to the LNB NG 281 NG 282 Noise Generators The NG 281 NG 282 noise generators are large bandwidth devices especially designed for application in all kinds of television ins
33. TEST AND MEASUREMENT COMMITED TO QUALITY ISO 9001 PRODUCTS Our products include a wide range of telecomuni cations test instruments to provide testing solutions for cable satellite and digital terrestrial television In this catalogue we have included a new range of fiber optic test equipment which proves our continuous research for new business opportunities EXPANSION The products are distributed worldwide through a mixed of direct and indirect sales network PROMAX has already set up 18 Calibration Centers and several Service Centers worldwide Our target is to continue this process to deliver technical support at same time we make the product available to our customers RESEARCH amp DEVELOPMENT PROMAX was founded in 1963 by Jose Clotet in Barcelona The company s firsts develop ments included instruments to generate television and radio signals and analysers to check the reception quality Today PROMAX is a leading company in providing test and measurement solutions worldwide to support the information technology revolution The company invests about 15 of its annual turnover in Research amp Development MANUFACTURING PROMAX manufactures more than 200 different products in our Barcelona manufacturing facilities The use of the latests technological resources allows a high efficiency rate TABLE OF CONTENS AUDIO ANALYSERS sc d Sea
34. Video Audio V A ratio and the Carrier Noise C N ratio in the Channel Patented Method The implementation of all these functions in instruments which weigh just half a kilo makes them incompa rable working tools Every detail has been carefully studied in order to achieve optimum balance between the characteristics and their functionality The result is a device with advanced functions which is easy to use and can be operated by non specialist personnel PROMAX 4 Tuning range from 45 to 862 MHz Tuning method through channels frequency or programs Channel plan configurable from PC through RM 006 Tuning frequency 62 5 kHz LCD alphanumeric display with tuning back light Measurement range from 20 dBuV to 120 dBuV Readout digital in dBuV or dBmV resolution 1 dB F bandwidth 230 kHz x 50 kHz Input inpedance 75 Typical accuracy analogue channels x 2dB from 0 to 40 Video Audio measurement range from 0 to 40 dB Carrier to noise C N measurement range from 40 to 50 dB Sound demodulation AM FM Level internal speaker external headphones PROMAX 5 Tuning range from 5 to 862 MHz Tuning method through channels frequency or programs Channel plan configurable from PC through RM 006 Tuning frequency 62 5 kHz LCD alphanumeric display with tuning back light Measurement range from 25 dBuV to 120 dBuV Readout digital in dBuV or dBmV F bandwidth 2
35. accuracy 25 to 100 MHz 7 of full scale using correction chart 100 to 512 MHz 6 of full scale no correction required 512 to 1000 MHz 7 of full scale no correction required Insertion loss 2510 512 MHz 0 10 dB max 512 to 1000 MHz 0 15 dB max VSWR 25 to 512 MHz 1 08 max 512 to 1000 MHz 1 12 max Element Broadband 25 to 1000 MHz 500 W max rotable for forward and reflected power measurements non removable Dimensions W 127 x H 185 x D 102 mm Weight 1 8 Kg Connectors Quick Match standard N female Type BNC UHF TNC male or female optional ARTIFICIAL LOADS IC 500 IC 501 IC 502 D IC 502 COAXIAL LOADS SPECIFICATIONS d DC 1000 MHz 1 05 1 to 4 GHz Frequency range DC 1 4 GHz DC 1 4 GHz DC 1000 MHz 1 GHz 4 GHz Included connector N female N female N female Dimensions W x H x D 3 18 x 3 18 x 6 98 mm 3 81 x 3 81 x 10 64 mm 8 89 x 8 89 x 19 68 mm Weight 170 g 2350 2 27 SC 002 SOUND LEVEL METER The SC 002 SC 2C sound level meter has been specifically designed to provide the user with trouble free operation It is particularly recommen ded for technicians specialising in the installation of sound and audio visual systems Its use is also ideal for the acoustic monitoring of local bylaws ambient noise bars discotheques compressors boilers acoustic insulation etc The sound level meters are subject to LEGAL METEOROLOGICAL legislation which by Ministerial d
36. ading points Overange indication Selectable average or RMS value Crest factor lt 3 THD x 30 gt 4 f e 10 harmonics lt 100 kHz 10 30 harmonics 300 kHz Response Accuracy 20 Hz to 20 kHz 10 Hz to 100 kHz AUDIO ANALYSER LF generator This produces the most needed frequencies for the checking of sound equipment 315 Hz 400 Hz 1 kHz and 10 kHz Stereo watt meter With two sensitivities 20 W and 2 W on an internal impedance of 4 W it measures the output stages in car radios cassette recorders and radio cassettes Wow amp Flutter Ranges W amp F 0 2 and 2 Drif 3 96 W amp F measurement Linear or DIN filter Connector 600 DIN 47 Max input voltage 12 V Reference signal 3 150 Hz Quartz controlled Output level 0 0 707 mV 600 02 Azimut Frequence Input voltage 315 HZ 0 2V 0 to 28 dB 0 dB 0 707 V 0 to 200 mV 20 dB to 8 dB Connector 600 DIN 47 Max input voltage 12V Oscilloscope amp monitor outputs Outputs Left and rigth channels Output level 1 V RMS f s d Pass band 20 Hz to 20 kHz 1 dB Impedance 2 Power supply Mains voltage 110 125 220 230 240 10 50 60 Hz Consumption 10 W Mechanical features Dimensions W 210 x H 185 x D 265 mm Weight 4 3 kg DISTORTION METER The entire complicated measurement process of conventional distortion meters is automatized in
37. and A respectively The reading system using an LCD type display and ease of handling means it can be used both in laboratories and on production lines Its reliability of use also makes it very suitable for training It can be powered both through the mains supply and by battery and has a compartment for storing accessories possibly needed when used away from the laboratory It will allow measurements to be taken of current up to 10 A and reading of direct voltage diode drops SPECIFICATIONS Resistance DC voltage Ranges Resolution Accuracy Input impedance Protection AC voltage Ranges Resolution Basic accuracy Input impedance Protection DC current Ranges Resolution Accuracy Protection AC current Ranges Resolution Accuracy Protection 200 mV 2 V 20 V 200 V 1000 V 100 uV 200 mV range 0 5 reading 2 digits 10 MQ 1100 V DC or peak AC 2 V 20 V 200 V 750 V 1 mV 200 mV range 1 5 reading 5 digits 40 to 500 Hz 10 MO 100 pF 1100 V DC or peak AC 200 pA 2 mA 20 mA 200 mA 10A 100 nA 200 pA range 1 reading 2 digits from 200 pA to 200 mA ranges 1 5 reading 4 digits 10 A range By fuse mAyA 200 pA 2 mA 20 mA 200 mA 10A 100 nA 200 pA range 1 5 9o reading x 5 digits From 200 pA to 200 mA ranges 2 5 reading 5 digits 40 to 500 Hz 10 A range Fuse mA and A inputs Ranges 200 Q 2 KQ 20 200 2 20 MQ R
38. arison with similar power execution in linear technology and corresponding improved performance together with major weight reduction Output characteristics equal to those found in linear devices are obtained The devices are equipped with fine and coarse control to better adjust the voltage together with a control to pre set the maximum output current In addition to the main output an auxiliary one at a fixed voltage of 5 V is provided Both outputs are floating The FA 665 power supply possesses the major advantages given by the use of linear and commutation technology SPECIFICATIONS FA 363B FA 376 FA 662B 665 FA672 0 to 30 V 2 x 0 to 30 V pL 0to2A 0to05A 0to Oto5A lt 0 05 2mv 002 5 0 02 45mV 0 02 445V Main output Output voltage DC Output Current Load regulation Mains regulation lt 0 02 2mV 0 02 5mV Noise and hum Technology Output Readout Type Resolution Protections by current Auxiliary output Output voltage DC 0 50 mV Output current Load regulation Mains regulation Technology finear Output Operating environmental conditions Temperature range Relative humidity 110 125 220 240 V CA Mains voltage 50 60 Hz 230 V CA x 1096 Consumption Mechanical features 230 x 145 x 290 mm 2 8 Kg 6 6 Kg 5 4 Kg 2 8 Kg Dimensions W x H x D Weight limitation by device disconnection 5V 15V 50 Hz 120W 2
39. ber of PLD s 16V8 20V8 y 22V10 the PR 871B is the optimum solution much more economic than what other competitors have to offer It can program up to 1300 different devises including 5V 3 3V and 2 7V chips Contact us for more specific information about programmable devises Main characteristics Easy to use It operates under Windows 2000 98 95 is connected to the parallel port of a PC t does not occupy any groove of the PC t supports the used devices more more than 1300 Fast speed of programming 3 3 and 2 7 V Program devices Functions Additional Portable small and with an inferior weight to 500 gr Verification devices in blank Blank check Reliable with antistatic protection in the programming base Blockade contained access device Secure device Versatile optional Adapters for devices encapsulations Detection of mistakes Checksum PLCC TSOP SOP up to 48 pins Editing and conversion files JEDEC BIN HEX Motorola S SPECIFICATIONS PR 871B Power supply 230 V AC 50 60 Hz through power adapter System requeriments Operating system Windows 2000 98 95 Processor 486 DX or higher Free RAM 32 MB Free hard disk space 50 MB CD ROM Optional accessories Non DIP adapters 20 28 32 44 pin Mouse optional PLCC 28 32 40 48 pin TSOP Parallel port 44 pin SOP Included accessories CE power adapter Connection cable to the parallel port Family modules CD software programming BM
40. cessories Carrying bag clamps to connect the impedance and battery 42 GENERAL ACCESSORIES Mains cable CEEE 7 411 Europe Mains cable NEMA 5 15P USA BNC BNC coaxial cable BNC Bananas coaxial cable Banana Banana black Banana Banana red BNC f Banana Adaptor BNC m Sockets adaptor Mo oc coc TELECOMMUNICATIONS TV AND MONITOR ELECTRONIC TRAINING TEST EQUIPMENT PATTERN GENERATORS EQUIPMENT A reci ELECTRONIC TRAINING EQUIPMENT TELECOMMUNICATIONS TEST EQUIPMENT PROMAX ELECTRONICA S A Francesc Moragas 71 Apartado 118 08907 L HOSPITALET DE LLOBREGAT SPAIN Tel 93 260 20 00 Tel Intl 34 93 260 20 02 Fax 93 338 11 26 Fax intl 34 93 338 11 26 E mail sales promax es http www promax es SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 0 IP4559
41. cy and performs FM modulations to any auxiliary signal gt i The GF 232 covers from 0 2 Hz to 2 MHz and it is equipped with a 50 Amplitude response 1dB at nominal output ref 10 kHz output Also included is a signal symmetry control allowing to obtain 5V 6000 5 500 ici indicati if Distortion saw tooth signal digital frequency indication a power amplifier up to 4 5 MHz with a 50 output impedance variable level comparator Triangular frequency meter up to 10 MHz 5 digits Square TTL Output Only 6 232 0 Amplitude 3 V open circuit Frequency counter Symmetry in 96 of period Fixed 15 15 al 85 Max frequency 10 MHz Resolution 100 Hz Rise time INE Sensitivity 60 mV 5 MHZ Input impedance 100 kQ ae Ss ee Amplifier Power supply Bandwidth 4 MHz Input amplitude 100 kQ Mains voltage 110 125 220 230 240VAC 50 60Hz Output impedance 50 Output amplitude 10 Vpp 50 Q Consumption 14 W Gain 32 dB 40 dB o c Level comparator Input impedance 100 Output amplitude TTL Dimensions W 212 x i d D 241 mm Trigger control 150 mV variable Weight kg Mechanical features LF GENERATOR SPECFICATONS Generator Frequency 20 Hz to 200 kHz in 4 decades Frequency Digital 3 1 2 digits LCD Resolution 0 1 Hz to 100 Hz according to decade Output Internal impedance 600 Q Output control Continuous attenuator
42. ded in the TS Video and audio inputs Moving video patterns to check MPEG 2 decoders Generation of a variable frequency sound carrier for decoder verification Possibility to edit different fields of the TS database to present the name of the service provider Remote control via a personal computer Multistandard and multisystem analogue TV signal generation GV 998 MULTI STANDARD TV PATTERN GENERATOR WITH VSB GV 898 GV 798 Colour system PAL NTSC and SECAM Transmission standards D L M N Composite video output 1 Vpp 75 Adjustable synthesized RF output from 32 to 900 MHz DSB or VSB modulation with progressive attenuation in 1 dB steps 22 test patterns 4 3 and 16 9 format Outputs BLACKBURST PAL and NTSC RGB SCART S VHS synchronisms vertical and horizontal pulses fixed tones at 1 kHz and 3 kHz Inputs left and right channels sound for Zweiton modulation video Selectable mono multi standard sound Stereo dual Zweiton sound in B D M formats and NICAM sound in B I L formats 99 configuration memories Available signals VITS Video Interval Test Signals WSS Wide Screen Signaling in 8 formats FLOP TELETEXT VPS and PDC GV 798 MULTI STANDARD TV PATTERN GENERATOR WITH DSB Remote control by RS 232 GV 698 Colour system PAL SECAM or NTSC according to version Transmission standards BG I L M N according to version Comp
43. ecree of 16 December 1998 requires all sound meters to enclose an ORIGINAL VERIFICA TION carried out by an officially accredited laboratory SPECIFICATIONS SC 002 SC 2C 1 2 pre polarized extractable condenser microphone From 30 10 130 dBA RVS Functions Fast LAF Slow LAS and maximum Frequency consideration Considered A for all functions Background noise 24 dBA without microphone Indications Low battery indication and saturation IEC 60651 1979 A1 1993 UNE EN 60651 1994 A1 1994 all of them as Class 2 B O E Num 311 of December 29 1998 regarding legal metrology Legal approval type n 99008 Battery 9 V battery type 6LF22 alkaline or lithium Dimensions W 82xH 260xD 19 mm Weight 600gincuding battery Included accessories Carrying bag 9 V battery wind protection screen MP 003 IMPEDANCE METER The MP 003 MPI 3 is an impedance meter working at a frequency of 1 kHz which in addition enables knowing the resistance in DC and the minimum power required by an amplifier to attack this impedance Measurement Impedance 1 kHz Measurement Resistance Estimation of necessary minimum power Zu Measurement range EXEUNT Impedance and resistance 0 200 0 2 000 Q 0 20 000 Q Power 0 2000 W Maximum error at 25 2 1 digit Maximum error in all the margin of temperature 5 1 digit Operation temperature range 0 40 C With battery 425 g Without battery 380 g Included ac
44. ed In addition to the main output an auxiliary one at a fixed voltage of 5 V is provided Both outputs are floating SPECIFICATIONS FA 478 Auxiliary output Main output Output voltage Output current Load regulation Mains regulation Noise and hum Technology Output Protection Control Resolution Incremental control Control protection RS 232 control LCD Display 0 to 30V 0 to 5 A max 0 02 5mV 0 02 2mV 6 mV rms Linear with commutated pre regulator Floating By current limitation Thermal by device disconnection Of output voltage and limit current By numerical keyboard 100mV and 10mA Of output voltage Programmable from the keyboard Blocking by numerical password Optional Presentation of output voltage and current limit current and incremental voltage Output voltage DC Output current Load regulation System regulation Technology Output Operating environmental conditions Temperature range Relative humidity Power supply Mains voltage Consumption Mechanical characteristics Dimensions Weight 5V 1A 50 mV 50 mV Linear Floating 5 C to 40 C Max 80 up 31 C decreasing linearly until 50 at 40 C 230 V AC 10 50 Hz 200 W W 200 x H 95 x D 254 mm 2 8 kg POWER SUPPLIES FA 363B FA 376 FA 662B FA 665 FA 672 FA 376 FA 672 power supplies combine linear and commutation technology in order to provide the best advantages Reduced size in comp
45. es measurements DC A Conductor diameter 55 mm Battery 1 battery 9V 2 batteries 1 5 V Dimensions W 112x H 271 x D 46mm W 183 xH 35 6 x D 63 6 mm 697 g battery included 190 g battery included CT 098 193 195 237 CURRENT CLAMP AC current 20A 200A 200 A 700 A 430 A 700 A 40 mA 400 mA 40A 60A Accuracy 50 60 Hz 1 5 read 4q 3 5 read 5d 1 75 read 5 digits 1 75 read 5digits DC current 200 A 700 A 430 A 700A Accuracy 1 5 read 5 digits 1 5 read 5 digits DC voltage 600 V Range 600 V Range 430 mV 4 3 43 430 600 V Accuracy 0 5 read 1 digit 0 5 read 1 digit 0 25 read 1 dig 430 mV to 430 V AC voltage 600 V Range 600 V Range 4 3 V 43 V 430 V 600 V 400 V Range Accuracy 1 2 read 4 digits 1 2 read 4 digits X 1 296 read 4 digits 4 3 V 1 5 read 2 dig 50 60 Hz 2 0 2 digits 40 1 kHz Resistance 2 200 2 200 430 O 4 3 43 430 40 4000 4 3 MO 43 MO Accuracy 1 296 read 1 digit 1 296 read 1 digit 0 5 read 1 digit 1 0 read 2 digits The CT 098 CT 193 430 Q CT 195 and CT 237 clamp meters are an Autorange to 20 kHz Autorange to 20 kHz 430 Hz 4 3 kHz pREL I eu Temperature 20 C to 850 C 0 installers it offers the accuracy and reliabi Continuity lity of a professional indicator Threshold 30 Q Threshold 30 Threshold 50
46. esolution 01 Q 200 range Basic accuracy 0 75 reading 2 digits 200 range to 2 MQ 2 5 5 digits 20 MQ range 600 VDC or rms 0 45 V LO mode 0 9 V Q mode 50 approx Protection Test voltage Continuity test Diode test Test current 1mA O C voltage 3 3 V maximum Presentation Display 3 1 2 digits LED with backlight Overrange indication Yes Blinking digit DC polarity indication Automatic General Memory Holds the value on the display Reading rate 2 reading s approx Power supply Battery 6 x 1 5 V optional Type AA LR6 or AM3 Mains voltage 90 to 132 V or 198 to 250 AC 50 60 Hz Consumption 10 W Battery life 1200 h without backlight alkalines Mechanical features Dimensions W 218 x H 73 x D 195 mm Weight 1 3 kg Included accessories Instructions manual test leads PERSONAL TESTER DIGITAL MULTIM PD 130 131 132 PD 132 PD 130 PD 131 iECONOMIC DANGEROUS VOLTAGE INDICATOR jAUTORANGE SPECIFICATIONS gt LCD indicator Analog bargraph DC voltage AC voltage DC current AC current Resistance Q Diode test Battery test Continuity audible Indication Basic accuracy Data Hold Auto power off Maximum voltage Input protection Dang voltage indicator Battery file Included accessories 3 1 2 digits 1999 points 2 V 20V 200 V 600 V 200 V 600 V 200 uA 2 mA 20 mA 20mA 10 200 2 k 20 k 200
47. hones PROLINK 1B Tuning range from 48 25 to 870 MHz Alphanumeric display it shows the tuned frequency channel and the measured level bar graph and numeric indication Direct measurements video and audio carriers level and V A ratio for analogue channels and power into the channel bandwidth and C N ratio for digital channels RS 232C connector to connect the unit to a PC for remote controlling through the RM 101 software optio nal or to a printer to dump measured level or channel power spectrum representation and active channels video and audio carriers level in a graph bar representation RETURN PATH ANALYSIS RP 100 RP 300 RP 300 Tuning range from 45 to 862 MHz Standard channel plan CCIR STD L OIRT and FCC Channel plan configurable on demand OPT 202 61 Measurement range in analogue signals from 30 dBuV to 120 dBuV Measurement range in digital signals from de 30 dBuV to 120 dBuV Measurement level and carrier to noise ratio in analogue channels Measurement of the channel power and carrier to noise ratio in digital channels Reading Digital Absolute value calibrated in dBuV dBmV or dBm Analogue Relative value through an analogue bar on the screen Acoustic indication level average indication diagnosis of the quality the mesured signal Input impedance 75 Carrier frequency margin 5 100 MHz Resolution 10 kHz Accuracy 5 kHz Number of carriers 2 4 with the
48. ire Test Red and black ideal tool that will fit into any situation or with plug 4 modulated connectors working environment he is likely to come up against The operator s task is made that much Connector TONE OFF CONT easier thanks to a volume control which is LED 3 colours easily adjusted to each job at hand enabling Veermaa the instrument s sensitivity to be increased or decreased according to the conditions and 9 V battery within the equip needs that the user may come across ment Carrying case NETWORK METERS IC 001 NETWORK ANALYSER The network analyser IC 001 LT 8100 is the perfect tool for the certification of any type of network the IC 001 is a user friendly instrument that displays the results in an understandable manner When errors occur the IC 001 helps locate its origin as well as their location on the network schemes SPECIFICATIONS IC 001 LT 8100 Return losses 0 70 dB Distance 0 330 m Resolution 0 1 dB Resolution 0 33 Accuracy 2 dB in CAT 5 class D 3 0 3 NVP 0 4000 ns Memory capacity 150 autotest Resolution 1 ns Accurac 3 1 Test standard TSB 67 III level Average impedance 35 180 O ISO 11801 Resolution 0 10 EN 50173 Accuracy E DIN 44312 1 Capacity total 0 100 nF Resolution 1 pF or dig Cable Types ScTP FTP CAT 3 4 5 Accuracy 2 20 pF basic and channel Capacity by meter 0 328 pF m IBM STP
49. is an ideal addition in laboratories in which these types of components are used It is also highly suitable for production work in both the analysis and the selection of components For the measurement of low values it has an end adjustment which enables the compensation of the residual capacitance between the test cables The inputs are fuse protected It is powered by a 9 V battery and it can function for 200 hours SPECIFICATIONS CP 534C Measurement range 200 pF to 20 000 UF f s in 9 ranges Zero adjustment Residual capacitance adjustment Test voltage 3 2 V max Protection By fuse Presentation Display 3 1 2 13 Overrange Indication 1 o 1 Power features Battery 9V 6F22 type Autonomy 200 h alkaline Mechanical features Dimensions W 70 x H 151 x D 38 mm Weight 2009 Included accessories Test leads 0 1 A 250 V fuse battery instructions manual holster ACCESSORIES 1 PP 009 SMD test probes 2 DC 281 Holster for MZ 505 3 DC 203 Carrying case for MZ 505 10 DIGITAL MULTIMETER MD 200 It includes functions such as HOLD continuity sound signal AUTO RANGE and manual range among others Rear illuminated display makes reading confortable even in the dark The MD 200 digital multimeter brings together the basic features of a professional instrument such as high accuracy reliability and a wide range of measurements Input connectors are separated by the measurements of V W
50. ith RCA 600 W and DIN 47 kW connectors for the inputs and outputs In addition two BNC connectors on the front panel and two RCA connectors on the rear panel allow the user to view all of the signals measured by the instruments SPECIFICATIONS AA 930 Milivolmeter Ranges 0 2V 0 to 28 dB 0 dB 0 707 V 0 to 200 mV 20 dB to 8 dB Pass band 20 Hz 20 kHz 1 dB Connector 600 2 DIN 47 Max input voltage 12 V Low frequency generator Frequencies 315 Hz 400 Hz 1 kHz and 10 kHz Distortion Output level Connector Oscillator Distortion meter Ranges Tolerance Inputs Input voltage Connector Max input voltage Vattmeter Ranges Load impedance Pass band Max input voltage lt 0 03 0 05 to 10 kHz 0 2 V adjustable 600 DIN 47 Internal or external 1 5 Left channel right channel 66 200 mV and 0 66 2V 1 5 to 8 5 dB and 18 5 to 28 5 dB 600 2 DIN 47 12V 20W 2W 4 Q x 59 20 Hz to 20 kHz 3 dB 12 V DA 523 Automatic tuning and leveler Response in mean value or rms value Additional outputs constat distortion and amplitude SPECIFICATIONS Impedance 200 on differential mode 100 on normal mode Level Min 60 mV max 200 V 7 steps Maximum voltage 300 Vp maximum Fundamental range 10 Hz to 100 kHz Measurement ranges 100 20 2 0 2 selectable Digital display 3 1 2 digits 2000 re
51. l indication Overrange indication quality diagnosis of mea sured signal a Input impedance 75 CABLE TV ANALYSER PROMAX 10 8 Tuning Tuning range from 5 to 862 MHz Tuning mode switchable by channels or frequency Switchable channel plan Frequency for fine tuning 10 kHz resolution Graphic display with backlight Level measurement Measurement range from 25 to 120 dBuV from 35 dBmV to 60 dBmV Digital reading in dBuV dBmV o dBm and analogue by graphic display with backlight 1 dB resolution F bandwidth 230 kHz x 50 kHz Input impedance 75 Accuracy in analogue channels 2dB from 0 to 40 negative video modulation Accuracy digital channels from 0 to 40 C for 8 MHz channel bandwidth V deo Audio Measurement carrier to noise level ratio measured within required channel Measurement range from 0 to 40 dB Audio subcarrier frequency from 4 9 MHz Accuracy 2dB from 0 to 40 C for FM carrier Carrier Noise Measurement carrier to noise level ratio measured within required channel Measurement range in analogue channels 38 48 dB for input level between 60 and 70 dBuV gt 48 dB for input level 70 dBuV Measurement range in digital channels gt 40 dB for input level 60 dBmV Accuracy x 2dB 45 862 MHz x 3 dB 5 45 MHz CSO CTB Intermodulation analogue channels CSO Ratio of the peak level of the video carrier to the peak of the distor tion pr
52. l port of your PC enabling you to program read copy or check any DIL device with up to 48 pins without the need for adapters The PR 875 accepts more than 3000 different devices including logic devices PAL GAL CEPAL PEEL FPLA EPLD FPGA memories PROM EPROM E2PROM Flash and PROM series and single chip microcontrollers The following features stand out from among its characteristics Ultra fast programming speed The intelligent control system of the PR 875 reduces the complexity of the system to a minimum The PR 875 is much faster than its competi tors it only takes 8 5 seconds to program a 1 Mbit ERROM and so is much more productive with today s high density devices Checking the insertion and contact of the device The PR 875 carries out a check on the insertion of the device before proceeding to program it It checks that the device is not badly defined the actual number of pins differs from that of the device selected that the insertion is correct not displaced or inverted that the connections are correct and that the device is not faulty This feature acts as a precaution against costly breakdowns caused by human error or faulty contacts the latter often being due to aged bases difficult to detect by other means While some up market programmers offer the possibility of checking the insertion of the device no other programmer with a cost compara ble to the PR 875 offers this characteristic Detection
53. m 3 6 kg MZ 505 The MZ 505 is a very versatile component meter which allows resistance capacitance and inductance values to be obtained while at the same time being able to measure their quality factor Measurements are taken at two frequencies 120 Hz and 1 kHz It has an auto range function in all measurements equi valent series and parallel indication a tolerance function for the selection of components selectable automatic cut off etc The large size LCD display facilitates work in laboratories schools and production lines Parameters measured L C R D Q Basic accuracy 0 7 96 Resistance Ranges 10 MO 1 MO 100 10 1 100 100 0 001 0 001 res Inductance Ranges 10000 1000 100 H 10 H 1 H 100 mH 10 mH 1 mH 1H 0 1 uH res Capacitance Ranges 10 mF 1000 pF 100 pF 10 uF 1000 nF 100 nF 10 nF 1000 pF 0 01mF 0 1 pF res Power supply Battery 9 V DC Power adaptader external DC 12 V min 15 V max minimum load 50 mA Protections Low battery indicator Min charge power off auto power off 5 min Consumption 40 mA approx Protection By fuse Mechanical features Dimensions W 90 x H 37 x D 192 mm Weight 390 g Included accessories Test aligator clips 9V battery CP 534C CAPACITANCE METER The CP 534C digital capacitance meter measures capacitances of up to 20 000 pF with satisfactory accuracy The instrument
54. n Level 30dBm 25VDC Reference Level Range 30dBm 20dBm RS232 Interface and Software to Get Trace from PC Tracking Generator only AE 767 Its built in tracking generator turns the AE 767 into a highly useful tool for the response measurement of any radio frequency system from 10 MHz to 1000 MHz filters amplifiers attenuators cables User friendly Two markers make easy to carry out absolute and relative measurements DESIGNED FOR RF and communications labs Industry and education Technical Support Services specialised in RF Wireless Telephony Telecommunications Installers Functions to make agile the measurement Max Hold Average 2 32 traces Freeze Peak Search Markers to Center Function configuration memories etc Large alphanumeric display with information about CENTRAL FREQUENCY REFERENCE LEVEL RESOLUTION BW SPAN SIGNAL LEVET AT MARKER FREQUENCY ABSOLUTE OR RELATIVE ETC SPECIFICATIONS AE 766 AE 767 SPECIFICATIONS AE 766 amp AE 767 Type N BNC female Frequency Frequency range Resolution Frequency display Frequency control Frequency stability Span Bandwidth Resolution bandwidths Resolution BW accuracy Video Bandwidth Amplitude Reference level range Reference level accuracy Input level range Noise floor Amplitude display range Amplitude accuracy Amplitude level linearity Ref Level frequency flatness Harmonic spur re
55. n current 0 to 1 6 mA Current 25 or 50 mA selecctable Cycle 70 s approx Start cyclo Manually Colour tubes G B selection Anode voltage 600 V approx Power supply Mains voltage 220 V AC 10 50 60 Hz Adaptable to 110 125 or 230 240 V Consumption 35 W Mechanical features Dimensions W 420 x H 340 x D 145 mm Weight 4 85 kg Included accessories Instructions manual spare fuse 6 CRT adapter adapter cable anode cable adapter list Optional accessories Other adapter see adapter list TA 901 SPECIFICATIONS TA 901 Selectable voltages 6 3V 1 A 12V 0 5 A G1 bias 0 to 50 V regulable Emission scale to 500 pA 0 to 2500 pA selecta ble Current 25 or 50 mA selectable Rejuvenation Automatic Start cycle manual Cycle 70 s approx Power supply 110 125 220 230 240VAC 10 50 60 Hz 30W Mechanical features Included accessories Instructions manual spare fuse 6 CRT adapter adapter cable adapter list Colour tubes R G B selection Mains voltage Dimensions W 212 x H 102 x D 241 mm Optional accessories Other adapter see adapter list Leakage amp shortcircuit Neon indicators Consumption Weight 2 kg The TA 901 has been specially designed for the rejuvenation of CRT s in black and white and colour TV monitors etc The user can measure the emission current of each cathode a selectable func tion and can detect leakage and short circuits It comes
56. nal accessories RM 766 Power supply Mains voltage Consumption Mechanical features Dimensions Weight 2 0 1 dB 1 kHz Absolute Relative PK gt Marker Marker gt Center 0 1dB Amplitude accuracy 9 memories of save recall Max Hold Average 2 32 traces Freeze Hold Access parameters From 10 MHz to 1000 MHz From 0 to 50 dBm 1 dB 1 dB 0 dBm 80 MHz 1 dB 50 MHz 1 dB 10MHz div 1 5dB OdB entire band lt 30 dBc lt 30 dBm 50 nominal lt 10 dBRL VSWR lt 2 Type N BNC female For the upset one of the plan to a PC by means of provided software Remote control software by PC 100 120 220 230 V AC 10 50 60 Hz aprox 70 W 80 VA W 310 xH 150x D 455 mm 8 5 kg 18 19 HE LEWEL VERE RRECT MOD ONOFF 1 GHz SYNTHESISED RF GENERATOR GR 104 The GR 104 is a low cost synthesised RF signal generator which incorporates the essential features required for most developments test and service work frequency accuracy and stability wide dynamic range low phase noise and low leak age The generator incorporates both internal and external FM It is suitable for FM radio receiver sensitivity measurements system gain measure ments receiver tuning amp alignment oscillator substitutions EMC antenna field strength measurements and as a signal source for many other RF circuit and system development tasks The instrument can be
57. nges 4000 250 V c autorange 4000 400 40 4 4000 500 V c autorange 4000 400 40 4 4000 1000 V c autorange 4000 400 40 4 Resolution 1 in all ranges voltages Accuracy 9o reading 5 counts lt 160 5 9o reading 3 counts 4 GO Battery 8 batteries 1 5 V R3 Dimensions 40xD 77 mm 900 g approx Specifications PE 451 E ES SS Portable and esay to use Dm 4 Display 3 1 2 digits Accuracy 20 MO 2 rdg 2 digits 200 MO 4 rdg 2 digits 2500 MO 5 rdg 2 digits Isolation test 500 V Connection for extern battery DI Battery 4 batteries 1 5 V R3 Dimensions W x H x D 44 x 170 x 40 mm ELECTRIC MEASUREMENTS EARTH METER PE 331 EEUU J by continuous current 800 Hz 2 mA Earth resistance 0 200 res 0 01 0 200 res 0 1 0 2 res 1 Battery 6 batteries 1 5 V General features Auto power off Hold the value on the display Indication of open circuit Small size and weight IEC 1010 regulation Category of over tension III 273 TACOMETER IL 185 LUX METER SPECIFICATIONS OPTICAL TACOME Specs LUX METER TER Margin 20 to 200000 Lux Margin selection Functions Augue lu LIE of mesure Automatic 4 battery of 1 5 V last maxim and minim Dimensions W 44 x H 170 x D 40 mm values Weight 220 g batteries included Measure distance 50 150 mm max 300 mm Display LCD 18 5 x 48 mm
58. nic RF VHF UHF System circle included in all the images SPECIFICATIONS MONITOR TEST GENERATOR GV 241 In the world of monitors for computers unlike those for television there is a multiplicity of different systems invol ved The scanning frequencies and the resolution that is the number of pixels they can displayed vary widely from one system to another furthermore they are being develo ped at a dizzying speed Thus for example it is not difficult to find on the monitor market simple and almost forgotten models like the Hercules or sophisticated like that sun 1600 x 1028 As a consequence of such a diversity of models the repair of these monitors poses a major difficulty and that is why a demand exists for versatile instruments capable of gene rating all the systems now on the market To satisfy this demand PROMAX has designed the GV 241 a universal generator for the testing of computer monitors which greatly facilitates their adjustment control and repair Vertical synchronism pulse TEST PICTURES Available pattern charts Signal Connector 1 2 3 4 5 6 7 8 R B outputs Amplitude Impedance Connector G output Amplitude Impedance Connector CVS output Amplitude Impedance Connector HS output Signal Connector Colour bars 100 0 100 0 Red Green Blue Scale of greys Crosshatch Multiburst White Red and blue signals 0 7 Vpp 750 BNC Green signal with or without s
59. nt especially recommended for teaching institutions and industrial maintenan ce services The base model offers a data acquisition frequency of 25 MHz and a TTL trigger level Options and accessories are available for a data acquisition frequency of 100 MHz and variable trigger level Easy of use Logic analyzers have always been instru ments that are easy to handle The more sop histicated the instrument the more complex it is to utilize In Promax we have worked to improve ease of use and minimize the time needed to learn to operate these instruments The instruments allow data output to be shown on the display formatted in the most convenient form for the user Binary Octal Hex Decimal or ASCII The user can define a tag and group any number of channels under it This information can furthermore be displayed on any base Multilevel trigger sequence One of the features to be highlighted with regards to logic analyzers is the accuracy of the data acquired In order to be able to call up the desired information at any time very sophisticated triggering is required The AL 320 analyzer is equipped with a trigger controlled by a 4 level sequence totally addressable at each step which can be applied individually or in group so that the conditions of triggering may be altered at any time Search and compare The differences between the data and the contents of the reference memories can be SPECIFICATIONS AL 32
60. ntinuous variation 20 to 80 96 Ext freq control VCO up to 1MHz Variation range 100 1 in each decade DC offset usable up to 1000 1 Control Continuous variation 0 to 10 V open Linearity lt 0 5 Amplitude 0 to 2 V approx Polarity Selector Input impedance 3 approx Sine Auxiliary generator Amplitude response ref 1 kHz Use 10 Hz to 100 kHz lt 3 Frequency range 100 kHz to 10 MHz lt 10 90 Signals External input level TIL AM FM modulation sweep and burts 0 01 Hz to 10 kHz 4 bands Sine triangular and square Distortion 10 Hz to 50 kHz 50 kHz to 13 MHz Triangular Linearity Square Rise time Distortion AM modulation Modulation index Bandwidth carrier Distortion Internal External External sensitivity 43 dB distortion 30 dBc harmonics 1 100 Hz 18 ns 10 96 0 to 100 96 100 Hz to 5 Mhz 2 fc 1 MHz fm 1 kHz index 7096 0 01 Hz to 1 MHz DC to 1 MHz 10 Vpp 100 96 Symmetry Output level Sine distortion Triangular linearity Synchronism output Frequency Output signal Output level Output impedance Raise or fall time Power supply Mains voltage Consumption Mechanical features Dimensions Weight Continuously variable gt 1 5 Vpp 10 lt 2 10 Hz to 10 kHz lt 1 100 Fiz From main generator Square gt 0 5 Vpp 50 50Q 8ns 110 125 220 230 240 V AC 50 60 Hz 25W W 280 x H 140 x D 270 m
61. oducts of second order beat Measuring frequency from 2 50 to 0 50 MHz and from 0 50 to 2 50 MHz CTB Ratio of the peak level of the video carrier to the peak of the distortion products of third order beat Data logger function The PROMAX 10 is a QAM analyser for digital and analogue cable TV networks It has been designed as an all in one tool for testing cable TV systems combining all the functions of the PROMAX 8 such as an analogue and digital channel meter data logger spectrum analyser etc with functions for measuring BER and MER in 64 and 256 p QAM signals The instrument is compatible with European of EE m and American QAM signals Analogue channels Leve an Digital channels Channel power Sound Demodulation AM FM Output internal speaker Transient detector Detection threshold from 20 to 60 dBuV in steps of 1 dB Detection range from 5 to 100 MHz maximum Presentation Number of detected transitory in the measuring time Present detected level and maximum detected level in the time of the measurement CHANNEL FREQUENCY Measurements Level C N and V A analogue channels and power and C N digital channels SCAN A bar graph display shows the level of all the channels of the active channel plan PROMAX 10 QAM ANALYSER ONLY PROMAX 10 MER Modulation error ratio Measurement range 22 dB to 34 dB for 64 QAM Accuracy 2dB Enlistment range 10 dBmV to 60 dBmV
62. osite video output with variable amplitude between and 1 2 Vpp 75 Synthesized RF output from 37 to 865 MHz 90 dBuV 75 with progressive attenuation up to 50 dB in 10 dB steps 32 test patterns Electronic circle selectable Audio and burst signals selectable Outputs S VHS Y C RGB synchronisms oscilloscope trigger scart Video input external modulation through scart connector L and R sound input Multi standard mono sound stereo dual standards Zweiton Nicam according to version VPS signal insertion according to version 32 configuration memories standard system pattern sound and frequency or RF channel Logotype insertion Teletext generator according to version GV 298 Colour system PAL Transmission standards BG I L M N according to version Composite video output amplitude 1 Vpp 75 Synthesized RF output from 37 to 865 MHz 90 dBuV 75 with progressive attenuation up to 50 dB in 10 dB steps Mono sound selectable Burst signal selectable 8 test patterns Outputs S VHS Y C RGB synchronisms oscilloscope trigger scart and LF signal TV GENERATORS GC 981B VG 90 PORTABLE GENERATOR VG 90 GC 981B Test patterns points grid grey scale red PAL and RGB screen green screen blue screen video output PAL l D magenta screen cyan screen yellow optional screen colour normalised bars electro
63. s and PTC protection for all the measu rement ranges A spark gap has also been included to absorb transients of up to 6 kV SPECIFICATIONS PD 693 PD 695 PD 697 lt True RMS value LCD indicator 3 1 2 digits 3 3 4 digits The Industrial Series complies with the IEC 348 and UL 1244 standards The IEC International Electrotechnical Commission is an international body composed by many inspection agencies One of its tasks is to formu late uniform inspection requirements on electrical safety Standard IEC determines the explicit safety requirements for electronic measurement instruments 4 1 2 digits DC voltage AC voltage DC current AC current Resistence Diode test Continuity audible Indication Capacitance Frequency h pg transistors Basic accuracy Duty Cycle Logic levels Peak Hold Memory reading Auto power of IEC 348 UL 1244 standard Maximum voltage Protection Holster 1 Raining proof Carriying case Guarantee Battery life 1 3 1 Opcional 200 mV 2 V 20 V 200 V 1000 V 200 mV 2 V 20 V 200 V 750 V 200 pA 2 mA 20 mA 200 mA 20 A 20 mA 200 mA 20A 200 2 k 20 k 200 k 2M 20 M Yes Yes 2 nF 20 nF 200 nF 2 uF 20 uF Yes 0 5 read 1 digit 1000 V DC 750 V Fuse for mA and A inputs Yes Yes 1 year 200 hours 400 mV 4 V 40 V 400 V 1000 V 400 mV 4 V 40 V 400 V 750 V 40 mA 400 mA 20 A 40 mA 400 mA 20 A 400 4 k 40 k 400
64. sponse Non harmonic spur response Intermodulation 3rd Phase Noise Input Input overload protection Impedance Return loss Input attenuation From 150 kHz to 1 GHz usable up to 1150 MHz 1 kHz C F entry 40 Hz Sweep resolu tion at 2 kHz div 6 1 2 digit setting Digital phase locked 2 ppm year aging 10 ppm 0 to 50 Zero 2 kHz to 100 MHz div in a 1 2 5 sequence 3 kHz 30 kHz 220 kHz 4 MHz 15 1 6 kHz 90KHz coupled with RBW 30 dBm to 20 dBm 1 dB at 80 MHz 100 dBm to 20 dBm 95 dBm 30 kHz RBW 100 dBm typical 75dBm 150k 10MHz 75 dB 1 5 dB typical 0 dBm 80 MHz 1 5 dB over 70 dB 1 5 dB over 100 MHz 2 5 typical over entire band 3 dB 150kHz 10MHz lt 40 dBc RF input selected reference lt 60 dBc typical down from reference level average 5 MHz div lt 70 dBc 9 40 dBm input 2 tones 1MHz apart 45dBc 150kHz 10MHz 77dBc Hz 1 GHz 30 KHz offset 30 dBm continuous 25VDC 50 nominal lt 16 dBRL VSWR lt 1 35 50 dB to 0 dB in 10 dB steps coupled to refe rence level Marker Number of markers Marker resolution Marker mode Marker accuracy Functions Memory Trace Setup Tracking Generator Only AE 767 Frequency range Amplitude range Amplitude resolution Amplitude accuracy Attenuation accuracy Amplitude flatness Harmonics Reverse power Impedance Return loss Connector RS 232 paralel port Optio
65. t synchronous signals of complex variation can be called up Called up data can be printed for later analysis W 260 x H 88 x D 235 mm 2 kg approx Up to 100 MHz 32 channels DC to 25 MHz 8 channels DC to 100 MHz 16 channels glitchs capture Variable trigger level from 2 5 to 7 3 V Included accessories Pod 32 channels 25 MHz TTL levels test leads instructions manual Optional accessories Kit conversion of AL 320 to sampling with a 100 MHz with variable trigger level Kit connection to PC Z 80 6502 8085 8031 8051 17 JGRECTRIUM JAMALYSER AE 787 SPECTRUM ANALYSER AE 766 AE 767 The 766 amp AE 767 are designed for minimal set up and adjustment besides the user interface allows fast and accurate measurements The fully synthesised design of the AE 766 AE 767 permits stable operation from 150 kHz to 1 GHz with a span down to 2 kHz division The AE 766 is the basic model whereas the AE 767 includes a Tracking Generator APPLICATIONS Broadcasting systems Cellular telephony paging Wireless products analysis RF circuits and components characterisation EMC pre conformity test Main Characteristics High Frequency Stability 10 ppm High Resolution Frequency Span to Measure the More Detailed Signal 0 2kHz 100MHz Div Resolution BW 3k 30k 220k 4MHz Good Noise Floor Performance 95dBm 30kHz 100dBm typical 75dBm 150kHz 10MHz High Input Protectio
66. tallations whether terres trial cable or satellite distribution The frequency range of the NG 282 is from 950 to 2000 MHz and the NG 281 from 5 to 1000 MHz Powered by battery or mains adapter they enable the user to perform measurements in combination with field level meters or spectrum analysers in highly complex installations Obtaining the frequency responses of active and passive circuits measuring impedance adaptation and the relation of standing waves in combination with a reflection bridge and the detection of anomalies in transmission lines are some of the functions where NG 281 NG 282 noise generators are of great assistance AMC 1 Master Aerial The AMC 1 master aerial is a dipole with interchangeable arms in function to the band mounted on a hand held mast which connected to field strength meter permits the value of the electric field intensity at a particular location to be LN 370B Low Noise Amplifier uu d In order to do this it is necessary to con The LN 370B is a low noise amplifier which enables figure the aerial in function of the fre quency connect it to the field strength meter and add the corresponding correction factor to the read value the dynamic range of spectrum analysers and field strength meters to be extended in order to measure signals with very weak amplitudes fX PROMAX OPTICAL FIBRE INSTRUMENTS PROLITE 20 21 OPTICAL POWER METER The
67. the DA 523 since both the tuning and the leveler are automatic The user only has to preselect the approximate level of the inputs signal and of the distortion ranges The response can be given in mean or RMS value Filters 400 Hz high pass 80 kHz low pass 30 kHz low pass 400 Hz x 5 3 dB 80 kHz 5 96 3dB 30 kHz 5 3 dB Auxiliary outputs Input monitor Vix50 mV Output impedance Harmonic components 1 Vims 10 constant 1kQ 5 1 V 3 1000 reading points Power supply Mains voltage 125 230 V 10 50 Hz Consumption 16 VA Mechanical features Dimensions W 210 x H 185 x D 265 mm Weight 4 5 kg 37 ELECTRIC MEASUREMENTS PT 121 PT 125 WATTMETER CLAMP SPECIFICATIONS PT 125 PT 121 Power measurement Three Three phase active reactive active reactive cos p Power Power AC DC DC Measurement margin Three phase 2000 kW Single phase 1200 kW 240 kW AC DC Magnitude V Hz W Fp W V A Hz V A Display LCD x 4 digits dual LCD 3 3 4 graph bar 40 seg Voltage measurement 600 V AC up to 600 V AC 400 V DC True RMS crest factor lt 4 800 V DC Current Measurement 2000 A AC DC up to 400 A AC DC True RMS crest factor lt 4 Sweep Time 0 5 s V A 1 6 s W 0 55 ind numerical 0 0 5 s graph bar Frequency 10 400 Hz Autorange 100 Hz 1000 kHz 4 memory relatives Memory measurement max m n measurements A W relativ
68. types 1 2 6 Resolution 0 1 pF Coaxial 10 10 Base2 Accuracy 2 1 pE 10 Base 5 Feedback resisance CC 0 400 Q _ Resolution 019 A Accuracy 12 170552 0 W xHxD 108 x 250 x 64 mm Resolution 0 70 dB 772 Mass EMEN Accurac 0 6 dB in CAT 5 D Class Power supply Interference NEXT 0 70dB Battery pack Resolution 0 1 dB Battery life Accuracy 1 6 dB in CAT 5 D Class External power supply 12 v CC 800 mA DC MULTI RANGE RF WATTMETER The IC 002 81050 directional wattmeter is an accurate portable RF power meter using a Rotary Detection Component to measure Direct and Reflected Power in 5 selectable power ranges Model 81050 includes Quick Match type connectors for greater versatility The instrument is delivered with a carrying case containing compartments for loads and connectors You can use the new 81050 Directional Wattmeter to measure RF Power in coaxial cables and transmission lines of between 50 and 500 W without need of interchangeable detector components The model contains a 4 1 2 instrument Quick Match type RF connectors a high precision transmission line and a broad band detector component that enables power readings in any of the 5 selected ranges of 5 15 50 150 and 500 W and a frequency range of 25 to 1000 MHz SPECIFICATIONS IC 002 81050 Power ranges 5 15 50 150 500 W full scale 150 W maximum from 800 to 1000 MHz Frequency range 25 to 1000 MHz Correction
69. uency sweeps to be carried out and bursts to be sent from the main gene rator in the burst function It includes an output attenuator and offers the possibility of varying signal symmetry as well as adding a continuous current component to the latter and it is equipped with a digital fre quency indicator SPECIFICATIONS GFD 917 FM modulation Peak to peak desviation 0 to 10 90 General Distortion 2 fc 10 MHz fm 1 kHz desviation 10 96 Output signals Sine triangular or square Modulation bandwidth Functions Variable symmetry intemal 0 01 Hz to 10 kHz AM FM modulation External DC to 50 kHz Sweep Triggered Burst Sweep Sweep width Sweep signal Asymmetry Sweep type Sweep frequency Triggered Burst gt 100 1 in each decade Linear ramp About 90 Repetitive 0 01 Hz to 10 kHz Frequency Range 0 1 Hz to 13 MHz in 8 decades Control Continuous in each decade x1 to x10 Indicator Digital according to selected value 3 1 2 digits Accuracy Output Amplitude Output impedance 2 of the reading 1 digit x1 to x10 20 Vpp at open circuit 10 Vpp 50 50 Q Frequency Trigger Operting mode Trigger signal frequency Internal External 0 1 Hz to 1 MHz Continuously variable from 90 to 80 Single or multiple period 0 01 Hz to 10 kHz Up to 1 MHz Amplitude control Attenuador Symmetry By continuous control and attenuador by steps Up to 63 dB 3 20 and 40 dB steps Co
70. unction this function increases the serial number whenever a new device is inserted Programming and checking voltages The PR 875 provides two checking processes one process with just VDC checking or two processes with VDC 5 and VDC 10 This characteristic ensures that the device has been properly programmed preventing faults due to programming errors and ensuring the storage of the data SPECIFICATIONS PR 875 ROM emulation with optional HW The PR 875 together with the EM 875 option can be used as an EPROMS emulator The PR 875 has two expansion ports for the EPROMS emu lation SPECIFICATIONS Socket and pin driver 48 pin DIL ZIF socket with receptacle for 8 pin to 48 pin 300 600 mil devices Four DACs for VCC VPP1 VPP2 and VPP3 with 8 bit resolution TTL driver supports pull up pull down or tri state control software selected on all 48 pins Supported devices Memory PROM EPROM E2PROM Flash serial PROM Logic PAL GAL CEPAL PEEL FPLA EPLD CEPAL FPGA Others single chip microcontrollers Device operations Read blank check device insertion contact check verify checksum EPROM ID check compare erase chip function test program security fuse microprocessor configuration device search edit buffer mass production mode modify vector auto device ID increment PLD vector tester Accepts JEDEC test vectors up to 48 pins Rise time 2500 V ms ROMS emulator optional Up to two ROM emulators supported
71. ut impedance Maximum input voltage General Accuracy Standard time base Frequency Temperature coefficient Optional time base TCXO FD 250 1 or FD 252 1 option Frequency Stability Ageing at constant temperature Display Selectable gate times Resolution 20 Hz to 20 MHz 20 MHz to 160 MHz Power supply Mains voltage Consumption Battery Mechanical features Dimensions Weight 20 Hz to 160 MHz Selectable at 20 MHz or 160 MHz From 20 Hz to 80 MHz lt 15 mV mms From 80 MHz to 160 MHz lt 25 mV ms 1 35 pF 250 V AC up to 100 kHz 50 kHz 3 dB range selector at 20 MHz W 212 x H 102 x D 241 mm 1 4 kg 5 Hz to 25 MHz Selectable at 5 Hz to 25 MHz From 10 Hz to 20 MHz lt 15 mV rms 1 25 pF 30 V AC up to 100 kHz 5 KHz 100 MHz to 2 4 GHz From 100 MHz to 1 GHz 10 mV From 1 GHz to 2 4 GHz 50mV 50 100 V DC ar peak AC 50 Hz RF 18 dBm 20 MHz to 1 3 GHz From 20 MHz to 700 MHz 10 rms From 700 MHz to 1 3 GHz 50 rms 50 0 30 V DC 1 count time base accuracy 10 MHz 0 2 ppm C from 15 to 45 C 0 3 ppm C from 16 to 28 C 10 MHz 1 ppm from 0 to 50 C 0 5 ppm month 1 ppm year 8 L E D digits 2s 0 2s 20ms 1 Hz 10 Hz 100 Hz depending on gate times 10 Hz 100 Hz 1 kHz depending on gate times 100 MHz to 2 4 GHz FD 252 100 Hz 1 kHz 10 kHz depending on gate times 2 ppm from 0 to 50 t 5 ppm year 8 L C D digits 0
72. with six adapters and can thus be used with numerous tubes on the market ACCESSORIES Adapters The TA 903B and the TA 901 include 6 adapters which means it can function with numerous tubes on the market More adapters are optionally available as well as a list of cathode ray tube adapters for PROMAX Analysers Rejuvenators All the cathode ray tubes familiar to PROMAX are included on the list with their respective filament voltages and suitable adapters also provides guidelines for the testing of a picture tube that does not appear on the list This list is periodically updated POWER SUPPLIES 376 30V 5A FA 672 60 V 2 5A FA 6655 A FA 478 PROGRAMMABLE POWER SUPPLY The FA 478 main output 30 V 5 A is controlled by the panel keyboard and is fully digital with the corresponding benefit of precision in output and ease of use Supplied with blockage of the keyboard control by password Remote control of the device is optional The output voltage and current are presented in an alphanumeric display together with the incremental voltage value which may be also directly applied from the keyboard By combining linear and commutation technology the FA 478 is of a noticeably reduced size when compared with similar power execution in linear technology with the corresponding improvement in performance together with major weight reduction Output characteristics equal to those found in linear devices are obtain
73. y easy to operate and exhibit high operational reliability they have got advanced functions and measurement capabilities such as cursor readout delay time double base on screen alphanumerical indication trace intensity modulation the possibility to display TV signal etc The next table summarises the principal characteristics of these models thus it becomes easier to identify the required configuration specification SPECIFICATIONS OD 512 OD 514B OD 515B OD 545B OD 540 Vertical amplifiers DC to 40 MHz DC to 60 MHz Bandwidth DC to 20 MHz 1 2 div DC to 10 MHz 1 2 mV div DC to 15 MHz DC to 100 MHz Sensitivity 5 mV to 5 V div 1mV to 5 V div 12 steps sequence 1 2 5 2mV to 5 Vidiv 11steps 10 steps sec 1 2 5 1 mV to 5mV div DC 15 MHz sequence 1 2 5 Sweep Magnification x 5 CH1 and CH2 Accuracy Apoc 30 hy c RO lt 3 5 lt 5 5 mV to 5 V div lt 3 1 mV to 2 mV div lt 5 10 to 35 C Variable Attenuator Continuosly variable minimum 2 5 1 Input voltage Max 400 V DC peak AC Input impedance 1 25 pF approx Operating modes CH1 CH2 DUAL ALT CHOP CH1 CH2 Delay Coupling AC GND DC Ainamo 5 div to 20 MHz 4 div to 40 MHz 8 div to 50 MHz 5 div to 60 MHz o OD gt 5 div to 100 MHz X Y Operating X Axis Same as CH1 DC 500 kHz same as CH1 DC 1 MHz same as CH1 DC 2 MHz same as CH1 DC 500 kHz 3 5 div at Display center Y Axis Same as CH2 DC 500
74. ynchronism 0 7 Vpp 75 BNC Video signal 0 7 Vpp 750 BNC Horizontal synchronism pulse TTL BNC CS output Signal Connector C1 C2 and C3 outputs Power supply Mains voltage Frequency Consumption Mechanical features Dimensions Weight Included accessories BNC Composite signal horizontal and ver tical with fixed polarity negative TTE BNC Conectors D9 D15 miniature and D15 respectively Direct connection to the monitor The outputs of the D9 connector are all TTL When the charts 1 or 5 are selected a black and white picture will appear When used with a Hercules monitor the R G and B charts will be black AC 110 125 220 230 240 V 10 50 60 Hz 9W W 212 x H 102 x D 241 24 kg Mains cable CA 005 CRT REJUVENATORS TA 903B The TA 903B has been designed to analyse and rejuvenate the cathode ray tubes CRT of colour and black and white television sets and monitors The user can detect and depending upon circumstances repair the leakage or short circuits simultaneously measure the current of the RGB cathodes in the cut off point trace the voltage current characte ristics and rejuvenate each of the three cathodes independently SPECIFICATIONS TA 903B Selectable voltages 6 3V 1A max 12V 0 5 A max G1 bias Selectable voltages 50 V and 70 V cut off Variable voltage 100 V to 0 V G1 variable Range 30 V to 300 V approx 300 V to 600 V approx Emissio
75. ype N RF OUT on off switch with LED showing ON status FM Modulation Peak Deviation Setting Resolution Modulation Frequency Deviation Accuracy External Modulation Frequency Response Distortion Input Impedance Input Connector Interfaces IEEE 488 Power supply Mains Mechanical feratures Dimensions Weight 0 5 kHz to 100kHz 0 5 kHz by direct keyboard entry rotary control or increment decrement keys Internal 1KHz External 300Hz to 50kHz lt 10 of setting 0 5kHz excluding residual FM for 1KHz modulation inter nal or 1Vrms external 1dB from 30Hz to 5OkHz relative to 1kHz lt 2 total harmonic distortion at 1kHz modulating frequency 100kHz deviation and 500MHz carrier 100 BNC 230V 115V or 100V nominal 50 60Hz adjustable internally operating range 14 of nominal 30VA max Installation Category IL Full remote control facilities are availa ble through the RS232 standard or optional GPIB interfaces Variable Baud rate 19200 Baud maximum 9 pin D connector Conforming with IEEE488 1 and IEEE488 2 230V 115V or 100V nominal 50 60Hz adjustable internally operating range 14 of nominal 30VA max Installation Category IL W 212 x H 130 x D 330 mm 4 6 k 20 TV amp SAT LEVEL METER TV amp SATELLITE Tuning range from 5 862 MHz and from 920 to 2150 MHz Analogue and digital TV measurements 5 5 B amp W monitor
76. z Resolution 10 kHz in VHz and UHF 100 kHz in SAT B amp W CRT 4 5 Analogue signals level Digital channel power Measurements C N ratio of analogue and digital signals Reading scale calibrated in dBuV linear analogue signals level measu rement and digital channel power measurement IF bandwidth 250 kHz TV and 18 MHz 6 dB SAT Impedance 75 Q Total accuracy TV bands 4 dB from 25 C to 5 C Total accuracy satellite bands 6 dB from 25 C to 5 C Scart connector MC 3608 Tuning range from 46 to 856 MHz Tuning range from 46 to 856 MHz and 950 to 2050 MHz Alphanumeric display it shows the Alphanumeric display it shows the tuned frequency tuned frequency Analogue and acoustic indication of Analogue and acoustic indication of the measured level the measured level AM amp FM sound demodulation External units power supply 13 15 and 18 V and 22 kHz signal AM amp FM sound demodulation Tuning range from 950 to 2050 MHz Analogue and acoustic indication of the measured level External LNB powering through the RF line TV amp SAT LEVEL METER PRODIG 1 SATELLITE HUNTER Tuning range from 950 to 2150 MHz 16 measurement points Input impedance 75 Universal connector with BNC or F adapter Level range 30 dBuV to 90 dBuV Maximum signal level 120 dBuV QPSK signal parameters symbol rate 1000 to 30000 kbauds Code Rate Auto and 1 2 2 3 3 6 5 6 6 7 7 8
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