R&S®HMO1002 Digital Oscilloscope 50/70/100 - the blog
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1. a 3 s gt uf gt 3 a ry SSS gt B gt HZ51 HZ52 150 MHz passive probe 10 1 12 pF 10MQ 250 MHz passive probe 10 1 10 pF 10 MQ aie se 2 E man BOL Va cn CE A HZO20 High voltage probe 1000 1 400 MHz 1000 Vins a ja HZO40 Active differential probe 200 MHz 10 1 3 5pF 1MQ SA E ha Y HZ53 100 MHz passive probe 100 1 4 5pF 100MQ HZO30 1 GHz active probe 0 9pF 1 MQ NT eS HZO41 Active differential probe 800 MHz 10 1 1pF 200 kQ HZO90 Carrying Case for protection and transport HZ115 Differential Probe 100 1 1000 1 HZO91 ARU 19 rackmount kit R amp S HMO1002 15 value instruments com 10000 a www hameg com2. 1 These options are available DC DCims ACims Crest Factor Vopr Vos Ve You decide about the position of the values on the screen R amp S HMO1002 9 Due to the outstanding FFT functionality of the R SHMO series oscilloscopes signals can also be analysed in the frequency domain with up to 128 Kpoints Additional practical tools such as cursor measurement as well as peak detect functions are also available They allow engineers to complete their analysis significantly faster also in the frequency domain Quite often the distortion of input signals cannot be detected with the naked eye For instance the sine wave signal displayed in figure 1 appears to be undistorted Only the frequency spectrum figure 2 avallable with just one touch of a button clearly displays additional harmonics that occur as harmonic oscillations for multiples of the basic frequency 10 R amp S HMO1002 For non periodic input signals most instruments offer the option to trigger the spectrum at just the right moment to then check it in STOP mode ata later time However at that point many oscilloscopes with FFT functionality calculate the spectrum only once and store the result in the memory The base time signal will no longer be used for the calculation Consequently an investigation of all parts of the signal will no longer be possible R amp S HMO series oscilloscopes work differently Since FFT is also active for previously store
3. embedded users In addition to using predefined messages developers can program their own signal patterns for supported serial protocols The integrated three digit digital voltmeter enables service technicians to simultaneously perform voltage measurements on both analog channels with two values each COARSE SAVE AUTO mE A SELECT KEYPAD FFT AE sar INTENS QUICK PERSIST VIEW SETUP HELP ROHDESSCHWARZ HMO 1002 Series G O O DA O a O O O LOGIC CHANNEL POD PATTERN GENERATOR PROBE COMP SO Si S2 S3 pete 1 0100 GS USE RECOMMENDED PROBE ONLY The function generator that generates different types of signals with frequencies up to 50 kHz is useful in educational settings Trainees and students can use the R amp S HMO1002 to learn basic measurement tasks In education mode the convenience functions can be switched off Thanks to 128K test points and analysis functions in the frequency domain the R S HMO1002 keeps pace with significantly larger oscilloscopes The time domain signal measurement window FFI analysis range and measurement result are displayed on a single screen which makes It easier to measure the spectra The R amp S HMO1002 offers time domain logic protocol and frequency analysis in a single instrument and is a member of the Rohde 4 Schwarz family of scope of the art oscilloscopes R amp S HMO1002 3 Key facts Superior hardware based acquisition f
4. pF max 100 Vp Serial bus trigger types 11 C Start Stop ACK nACK Address Data 1 SPI Start End Serial Pattern 32Bit 1 UART RS 232 Startbit Frame Start Symbol Pattern 1 LIN Frame Start Wake Up Identifier Data Error 1 CAN Frame Start Frame End Identifier Data Error SPI bus signal MISO MOSI decoded HEX decoded CAN bus signal 12 bus signal in zoom view R amp S HMO1002 7 ul S RE hos Qu r gt VE St 3 CUR gt Ni y MES Wy s IR yi p 7 WE gt 4 mM ua a su me Vo y SUE i THEE R d oy MEN Bus SURE ATR ACA gr r A 1wo t p man 10 8 R amp S HMO1002 Are you working on a distributed project the interface definition has been completed but the prototype hardware has yet to be implemented The R S HMO1002 pattern generator includes a tool for freely programmable 4 bit wide bus signals which allows you to emulate a sensor signal for instance to continue your work TB 1us T 5 016ps Pattern Arbitrary PATTERN SETUP Far J NG SETUP Bit Time 20ns Pattern Length 672 Burst On Idle Time 10ns N 1 Generate protocol telegrams at speeds of up to 50 Mbit s 1 Use predefined signal patterns 12C SPI UART CAN LIN 1 Create your own patterns tailored to your needs 1 Use the pattern generator as counter a clock for your circuit with up to 25 MHz Select the signal type suitable for your scope of a
5. Normal Single Trigger indicator Trigger sensitivity up to bmV Div from bmV Div Trigger level setting with auto level without auto level external Trigger coupling AC Bes HF selectable filters LF low pass TTL CMOS ECL user definied 2 V to 8V 100 kQ 4 pF DC 40Vp Triggers automatically also without any specific trigger event Triggers only on specific trigger events Triggers once on a trigger event Screen and panel LED 1 5 Div 0 8 Div adjustable between peak values of a signal 5 Div from center of screen 5 0V lt 5mV Div 10 Hz to 65 MHz gt 5mV Div 10 Hz to 65 90 130 MHz lt 5mV Div DC to 65 MHz gt 5mV Div DC to 65 90 130 MHz lt 5mV Div 30 kHz to 65 MHz gt 5mV Div 30 kHz to 65 90 130 MHz DC to 5kHz 3db selectable in DC and auto level mode Noise rejection Trigger hold off External trigger input BNC Impedance Trigger level Max input voltage Coupling Trigger output Functions Output level Pulse polarity Pulse width Trigger types Edge Direction Trigger coupling Switchable filters Sources Pulse width Polarity Functions Pulse duration Sources Logic Functions Boolean operators time based operators Duration States Sources min level 1 5 Div gt 5mV Div selectable with AC DC and HF coupling auto bBOns to 10s 1 MQ 16 pF 2 pF 0 3Vop to 10 Vp 100V DC AC vi
6. R amp S HMO01002 Digital Oscilloscope 50 70 100 MHz Bandwidth Se eee Ge A AAA AAA ROHDESSCHWARZ O R HDE 8 SCHWAR AMO 1002 Series ar aS El k FINE a ECT KEYPA FT _SAVE RECAL y RSIS VIEW SE HE SCROLL A MEAS AU MEASURE DiSPiy I R E x SET pr c CLA cH UT 4 uo ME i S poo sn a 788 STO m VOLTS DI SLOPE a DN Zeit CH1 MATH TRIGE REF TYP SLOP la as a 200M MENU BUS SORE ALTER 7 ACQUEE TTE p awe m PROBE COMP 0 S1 S2 S3 1MQ ifm USE RECOMMENDED PROBE ONLY _ ps bb DOD 060 Test amp Measurement Product Brochure 01 00 Bandwidth Sampling Rate Memory Depth FFT S0 MHz 70 MHz 1 Gsample 1 Msample The easy way to analyze or 100 MHz 512 Msample per channel 512 Ksample per channel the signal spectrum QuickView Key results at the push of a button Auto Measurement Versatile measurement functions and fast results Voltmeter Voltmeter measurements on both analog channel simultaneously Acquire High acquisition rate to identify signal faults Channels High vertical sensitivity down to 1 mV div AS USE RECOMMINDED PROBE ONLY a Serial Bus Analysis Function Generator MSO Pattern Generator Hardware based triggering Common waveforms up to 50 kHz Mixed signal function as standard 4 bit wide patterns with up to and decoding 2 KBit length and 50 Mbit s 2 R amp S HMO1002 At a glance H
7. a AUX OUT BNC Pulse output for every acquisition trigger event error output on mask violation 3V positive gt 150ns trigger event gt 0 5 us mask violation rising falling both auto level AC DC HF LF noise rejection all analog and digital channels AC line external AC DC positive negative equal not equal lower higher within without a range 16ns to 10s resolution min 2ns all analog channels AND OR TRUE FALSE equal not equal lower higher within without a time range timeout 16ns to 10s resolution min 2 ns H L X all logic channels Video Sync pulse polarity supported standards Field Line Sources Serial Busses Bus representation Option code HOO10 OO H0012 Trigger types by protocols C SHE UART RS 232 LIN CAN Horizontal System Display Time domain Yt Frequency domain FFT XY mode VirtualScreen Component tester Reference signals Channel deskew positive negative NTSC SECAM PAL PAL M SDTV 576i HDTV 720p HDTV 10801 HDTV 1080p even odd either line number selectable all all analog channels external AC DC Up to two busses can be analyzed at the same time Color coded display of decoded data in ASCII binary decimal and hexadecimal format Analysis of FC SPI UART RS 232 signals on analog and logic channels Analysis of EC SPI UART RS 232 signals on all analog channels Analy
8. d mask performed on waveforms all analog channels Mask enclosing acquired waveform with user defined tolerance beep acquisition stop screenshot trigger pulse automatically saving trace data Statistics number of completed tests number of passes failed acquisitions absolute and in percent test duration addition substraction multiplication division Chi CH2 frequency span center frequency vertical scale vertical position 2Kpts 4Kpts 8Kpts 16 Kpts 32 Kpts 64 Kpts 128 Kpts R amp S HMO1002 13 Window Scale Waveform arithmetics Cursor measurement Sources Pattern Generator Functions Square wave Probe ADJ output Bus Signal Source 4 Bit Counter 4 Bit Programmable pattern 4 Bit Function Generator Waveform modes Sine Square Triangle ramp Pulse Sampling rate Frequency accuracy Aging Amplitude high impedance load 500 load Accuracy DC offset 14 R amp S HMO1002 Hanning Hamming Rectangular Blackman dBm dBV Vims refresh envelope average up to 512 2 horizontal cursors previous next peak search all analog channels square wave probe adjust bus signal source counter programmable pattern frequency range 1mHz to 500kHz level 2 5Vpp ta lt 4ns polarity normal invert duty cycle 1 to 99 12 100 kBit s 400 kBit s 1 MBit s SPI 100 kBit s 250 kBit s 1 MBit s UART 9600 Bit s 115 2 kBi
9. d signals it is possible to subsequently analyze any sections of those signals captured in single shot mode or stop mode with an adjustable window width Figure 3 shows a sine burst signal in the time domain Pushing the FFT button will switch the oscilloscope into the frequency domain Users can choose between various measurement windows like the rectangular type that has been used in figure 4 Although this window type captures frequencies at a high degree of accuracy It is also accompanied by more noise In order to suppress this disturbing interference users can for instance choose the Hanning window The impact on the spectrum Is visible in figure 5 see device screen Span 20 MHZ HMO 1002 Series 1GSa s 1 MB MIXED SIGNAL OSCILLOSCOPE MODE Refresh 500 MSa Cursor POINTS 16354 WINDOW Hanning Y SCALING FFT OFF Refresh PROBE COMP SO S1 S2 S3 a 4 000 USE RECOMMENDED PROBE ONLY COARSE FINE SCROLL BAR POSI z AVOL MELLES JS IM 16 AAA es eae O pee a oe A A A Bi aw acetal Fie cP ate R amp S HMO1002 11 R amp S HMO1002 50 70 100MHz 2 channel mixed signal oscilloscopes All data valid at 23 C after 30 minute warm up Display Display Resolution Backlight Display range in horizontal direction without menu bar with menu bar Display range in vertical direction with Virtual Screen usage Color depth Leve
10. e system or external USB memory available file formats BIN MSB ESB IMSS ESBIES VIIa on external USB memory available file formats BIN MSB LSB FLT MSB LSB CSV TXT display or acquisition data single or all analog channels on external USB memory available file formats BMP GIF PNG date and time 100V to 240V 50 Hz to 60 Hz CAT II max 25 W Safety Operating temperature range Storage temperature range Rel humidity Mechanical Data Dimensions W x H x D Net weight Accessories included in line with IEC 61010 1 ed 3 IEC 61010 2 30 ed 1 EN 61010 1 EN 61010 2 030 CAN CSA C22 2 No 61010 1 12 CAN CSA C22 2 No 61010 2 030 12 UL Std No 61010 1 3rd Edition UL61010 2 030 5 C to 40 C 20 C to 70 C 5 to 80 without condensation 285mm x 175mm x 140mm 2 5kg Line cord printed operating manual 2 probes HZ154 100MHz 10 1 1 1 switchable HZ20 adapter BNC plug 4 mm banana socket software CD Printed operating manual Mixed Signal Oscilloscope 50 70 100 MHz R amp S HMO1002 HZ154 10 100 MHz passive probe ee e ani Lf man 000 Vp car CE software CD HZ20 Adapter BNC plug 4 mm banana socket Recommended Accessories HZO50 AC DC Current Probe 30 A DC to 100kHz HZO51 AC DC Current Probe 100 1000 A DC to 20kHz HO3508 8 channel logic probe 350 MHZ 4pF ua a ___ E ESEL gt
11. igh sensitivity multifunctionality and a great price that is what makes the R amp S HMO1002 digital oscilloscope so special From embedded developers to service technicians to educators with its wide range of functions the R amp S HMO1002 addresses a broad group of users Advanced powerful techno logy in a fanless design meets the high requirements of today s customers The R amp S HMO01002 digital oscilloscope includes a wide range of upgrade options providing true investment protection for the future The R amp S HMO1002 digital oscilloscope from the Rohde amp Schwarz Value Instruments product range features a high waveform update rate and high vertical sensitivity and is available with bandwidths of 50 MHz 70 MHz and 100 MHz The fanless instrument offers a sampling rate of 1 Gsample s and a memory depth of 1 Msample Like all R amp S HMO oscilloscopes the R amp S HMO1002 includes the mixed signal function as standard The separately available R amp S HO3508 logic probe is not coupled to a specific instrument and can be used with all R amp S HMO oscilloscopes For communications between embedded systems and the environment the R amp S HMO1002 includes hardware based signal triggering and decoding for all common protocols IC SPI UART CAN and LIN This option can be activated with an upgrade voucher at any time The integrated pattern generator for generating protocol messages at up to 50 Mbit s is ideal for
12. logic channels available on each logic probe Signal threshold adjustable for each logic pod zeit CH1 PF a Specifications Channels 8 Memory depth per channel 512 Ksample HMO1002 8 bit DAC signal change Input impedance 100 kQ lt 4 pF Max input frequency 350 MHz Max input voltage 40V DC peak AC Measuring category CAT Cable length approx 1m 6 R amp S HMO1002 FFI a EYPAD COARSE SELECT D as FINE INTENS ye Serial Bus Analysis p RZ INTENS amp ROHDE amp SCHWA a CURSOR VEAS MEASURE TRIGGER POSITION CH1 LEVEE a CH2 as C SPI CAN or LIN in terms of interaction with the outside world for embedded systems it is safe to say that these are the most commonly used communication protocols The R S HMO1002 oscilloscopes offer you hardware accelerated signal triggering and decoding for all of these protocols You can upgrade your instrument via software licence keys with those functions required to develop your application UTIL e 7 SIN 1 HV110 Analysis of IPC SPI and UART RS 232 signals jee e on analog and logic channels A VOLTS DIV HV111 Analysis of FC and UART RS 232 signals MATH moa J on all analog channels HV112 Analysis of CAN and LIN signals on analog and logic channels LOGIC CHANNEL POD PATTERN GENERATOR PROBE COMP Y addi SO S1 S2 3 CY use RECOMMENDED PROBE ONLY CS 1MQ 16
13. ls of trace brightness Trace display Vertical System DSO Mode MSO Mode Analog channels Y bandwidth 3dB 1 mV 2mV Div 5mV to 10V Div Lower AC bandwidth Bandwidth limitation switchable Rise time calculated 10 90 50 MHz basic unit basic unit with 70 MHz option basic unit with 100 MHz option DC gain accuracy all ranges Input sensitivity range all analog channels coarse stepping variable stepping Impedance Coupling 12 R amp S HMO1002 16 5cm 6 5 VGA Color Display 640 H x 480 V Pixel AQO cd m LED 12 Div 600 Pixel 10 Div 500 Pixel 8 Div 400 Pixel 20 Div 256 colors 32 pseudo color inverse brightnes CHI CHR2 CH1 POD with Logic Probe HO3508 50 MHz 50 MHz basic unit 7OMHz with HOO572 HV572 option 100 MHz with HOO512 HV512 or HOO712 HV712 option 2 Hz about 20 MHz MS lt 5ns lt 3 5ns 3 of full scale 1 mV Div to 10V Div 13 calibrated steps 1 2 5 sequence freely between calibrated steps 1MQ II 16 pF 2 pF DC AC GND Max input voltage Position range Channel isolation XY mode Inversion 200V derates at 20 db decade to 5V above 100 kHz 5 Div from center of screen 35dB from DC to specified bandwidth same V Div range CA CA2 selectively all analog channels Logic channels with logic probe HO3508 Thresholds Impedance Coupling Max input voltage Trigger system Trigger mode Auto
14. options are available at the dealer The individual voucher number and the serial number of the instrument to be upgraded is entered at http voucher hameg com The customer immediately receives the respective licence key By loading this key via USB interface on the instrument a 50 MHz oscilloscope is upgraded to a bandwidth of 70 MHz or 100 MHz in no time R amp S HMO1002 5 Optional Logic probe RS HO3508 Always a MSO Although it is unusual for this instrument class the standard R amp S HMO1002 model is equipped with a mixed signal functionality with no software option necessary to unlock it Analog and digital signals can be measured and analyzed simultaneously A real life example is the integration of ADCs analog digital converter or DACs digital analog converter In this case the mixed signal technology allows users to determine latency periods by means of a simple cursor measurement Therefore a MSO allows developers to devote their full attention to the circuit without having to ger waste energy on the measurement setup ues SAR The active logic probe R amp S HO3508 is available separately and is not linked to a specific LOGIC PROBE instrument It can be used with all R amp S HMO oscilloscopes 00 NON S a A 700 KO I lt A pF max 40 Vp X CAT A je A LAL 1 Logic probe R amp S HO3508 fits to all R amp S HMO series oscilloscopes No hardware lock to a specific device 1 8
15. or precise measurement results 1 1 Gsample s sampling rate 1 Msample memory depth High vertical sensitivity down to 1 mV div 1 Low noise measurement due to state of the art A D converter High acquisition rate to identify signal faults Versatile measurement functions and fast results 1 Wide selection of automatic measurement functions 1 QuickView key results at the push of a button 1 Mask test a new mask can be easily created with just a few keystrokes 1 FFT the easy way to analyze the signal spectrum Logic analysis with the MSO option 1 Mixed signal function as standard 1 Precise triggering On signal events 1 Straightforward display of digital signals 1 Low test point loading due to active probe solution Serial bus analysis hardware based triggering and decoding 1 Versatile trigger options for isolating specific data packets 1 Color coded display of decoded bus signals 1 Direct export of analyzed data to USB flash drive 1 Simultaneous decoding of two buses in realtime The right waveform for each application 1 The right signal at hand pattern generator up to 50 Mbit s and function generator up to 50 kHz 1 Pattern generator with standard bus signals arb editor and counter 1 Function generator with all common waveforms 4 R amp S HMO1002 Voltmeter measurements using an oscilloscope 1 Three digit display for precise voltage measurements Simultaneous measurement of primary and secondary voltage value per channel Future
16. pplication The various basic types with frequencies of up to bOKHz not only assist trainees and students with their measuring tasks they also Support technicians in the audio field with their assessments of filters and passes 100MSa FUNCTION as 4 Sinus Sinuscid Rectangle FREQUENCY Pulse Amplitude 3 Vpp 50 kH2 AMPLITUDE Frequency SOkHz 1 The function generator offers all common basic waveforms up to 50 kHz 1 Available waveforms Sine square wave pulse triangle and ramp I In tandem with the education mode which allows you to deactivate the automatic measuring functions for instruction and demonstration purposes this will get you a powerful all in one instrument The three digit digital voltmeter is also a standard Our time proven component tester will also be at feature which makes the work of service your side Two measuring frequencies with 50 Hz or technicians in particular easier Voltage 200 Hz are provided to support your potentially measurements can be performed simultaneously tedious search for faulty components And since a for both analog channels Integrated into a single picture truly does say more than a thousand words compact device It allows you to keep your or rather individual values you will be able to tell at workplace tidy a glance if your error analysis is on track CHANNEL 1 1 Perform measurements simultaneously on both analog channels with two freely definable parameters each
17. ready investment and scalability 1 Free firmware updates 1 Bandwidth upgrades as required 1 Serial bus analysis options via software licenses Application How the R amp S HMO1002 meets your needs Engineering lab Analog circuit design Embedded Debugging Education Digital pattern generator with standard bus signals and arb editor Automeasurement function for 28 different parameters Powerful zoom function Fanless design Sensitivity down to 1 mV div Simultaneous voltmeter measurements on both analog channels Component tester FFT with 128 kpoints Mixed signal function with 8 logic channels Hardware accelerated triggering and decoding of serial buses Pass fail tests based on user defined masks with error signal output 5 digit hardware counter Function generator with all common waveforms Education mode 50 MHz 70 MHz or 100 MHz Depending on your requirements the standard R S HMO1002 bandwidth can be upgraded from 50 MHz to 70 MHz or 100 MHz This is done with upgrade vouchers which can be purchased at the dealer either together with the instrument or anytime thereafter 1 The upgrade voucher HV5 72 allows the basic 50 MHz instrument to be upgraded to a bandwidth of 70 MHz r Voucher HV512 increases the bandwidth from 50 MHz to 100 MHz 1 If an instrument has initially been upgraded to 70 MHz the voucher HV 12 enables you to upgrade it at any time to 100 MHz Voucher for bandwidth upgrades or serial bus analysis
18. sis of CAN and LIN signals on analog and logic channels Start Stop ACK NACK Address Data Start End Serial Pattern 32 Bit Startbit Frame Start Symbol Pattern Frame Start Wake Up Identifier Data Error Frame Start Frame End Identifier Data Error main screen time domain and zoom window time domain and frequency domain window FFT voltage XY virtual display of 10 Div for all math logic bus reference signals voltage X current Y up to 4 references 32ns step size 2ns Memory Zoom Time base Accuracy Aging Operation Modes RERRESHE ROLL Acquisition System realtime sampling rate Analog channels Logic channels Memory depth Resolution Waveform arithmetics Record modes Interpolation all analog channels logic channels Delay pre trigger post trigger Waveform update rate Waveform display Persistence afterglow up to 50 000 1 50 0 x 10 10 0 x 10 per year 2 ns Div to 50s Div 50 ms Div to 50 s Div 2 x 500 MSa s or 1 x 1 GSa s 8 x 500 MSa s 2 x 500kPts or 1 x 1 MPts 8 Bit HiRes up to 16Bit refresh roll loose triggered average up to 1024 envelope peak detect 2 ns filter low pass adjustable high resolution up to 16 bit automatic max sampling rate max waveform rate sin x x linear sample hold pulse 0 to 500 000 Sa x 1 sample rate multiplied by 2 in interlaced mode 0 to 8x10 Sa x 1 sample rate
19. t s 1 MBit s CAN up to 50 MBits s LIN up to 50 MBits s frequency 1 mHz to 25 MHz direction incrementing decrementing sampling time 20ns to 42s memory depth 2048 sa pattern idle time 20ns to 42s DC sine square triangle ramp pulse frequency range 0 1 Hz to B0kHz flatness 0 5dB relative to 1kHz frequency range 0 1 Hz to B0kHz rise time lt 4us frequency range 0 1 Hz bis 10 kHz frequency range 0 1 Hz to 10kHz duty cycle 10 to 90 978 kSa s 50 0 x Or 10 0 x 10 per year 60 MV pp to 6 Vpp SOM 10 8 Vian 3 13 V Digital Voltmeter Display 3 digit Functions Sources Component Tester Parameters Testing frequency Voltage Current Reference potential Interfaces for mass storage FAT16 32 for remote control General Data Application memory Save Recall device settings reference waveforms traces data sources screenshots Realtime Clock RTC Power supply AC supply Power consumption Primary and secondary measurement value per channel simultaneous measuring on all channels DC DC ms ACrms Vppr Vee Ve Crest factor all analog channels voltage X current Y 50 Hz 200 Hz 10V open 10mA short Ground PE 1 x USB Host Typ A max 500 mA Ethernet RJ45 USB Device Typ B 3 MB for references and device settings on internal file system or external USB memory available file formats SCP HDS on internal fil
20. up to 10 000 Wtfm s dots vectors persistence afterglow min B0ms Waveform measurements and Operation Operation Automatic measurements menu driven multilingual auto set help functions multilingual voltage Wes Wes Vos Vrms Vaio Vmin Vmax amplitude phase frequency period rise fall time 80 90 pulse width pos neg burst width duty cycle pos neg standard deviation delay crest factor overshoot pos neg edge pulse count pos neg trigger period trigger frequency Cursor measurements Quick measurements QUICKVIEW Marker Frequency counter hardware based Resolution Frequency range Accuracy Aging Mask Testing Functions Sources Mask definition Actions on mask violations during acquisiton Waveform maths Quickmath Functions Sources Frequency Analysis FFT Parameters FFT length voltage V1 V2 AV time t1 t2 At 1 At ratio X ratio Y pulse and edge count pos neg peak values Vpp Vos V mean RMS standard deviation duty cycle pos neg rise fall time 80 90 ratio marker crest factor voltage Vpp Vos Vp Vrms Vmean rise fall time frequency period plus 6 additional measurement functions See automatic measurement functions freely selectable up to 8 freely positionable markers for easy navigation 5 digit 0 5Hz to 100 MHz SUS OS 10 0 x 10 per year Pass Fail comparison with an user definie
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