GW Instek GDS1000A Series Digital Storage Oscilloscope
Contents
1. Vmin Rise Preshoot Overshoot Fall Preshoot Overshoot Freq Period Rise Time Fall Time Positive Width Negative Width Duty Gle Eight different delay measurement Voltage difference between cursors AV Time difference between cursors AT Resolution 6 digits Range 2Hz bandwidth Accuracy 2 Signal Source All available trigger source except the Video trigger mode 1kHz 100kHz adjustable 1kHz STEP 5 95 adjustable 5 STEP Adjust Vertical VOLT DIV Horizontal TIME DIV and Trigger leveautomatically 15 sets of measurement conditions 15 sets of waveform 5 6 inch 320 Horizontally x 234 Vertically Dots 8 x 10 divisions Adjustable USB1 1 amp 2 0 full speed compatible printers and flash disk not supported Image BMP waveform data CSV and setup SET AC 100V 240V 48Hz 63Hz Auto selection Available Available 310 W x 142 H x 140 D mm Approx 2 5kg ORDERING INFORMATION GDS 1062A Global Headquarters 60MHz 2 channel 1GSa s amp 2Mega Memory DSO GDS 1102A 100MHz 2 channel 1GSa s amp 2Mega Memory DSO GDS 1152A 150MHz 2 channel 1GSa s amp 2Mega Memory DSO GOOD WILL INSTRUMENT CO LTD No 7 1 Jhongsing Road Tucheng City Taipei County 236 Taiwan T 886 2 2268 0339 F 886 2 2268 0639 E mail marketing goodwill com tw China Subsidiary INSTEK ELECTRONIC SHANGHAI CO LTD 8F of NO 2 Building No 889 Yishan Road Shanghai China T 86 21 6485 3399 F2. 86 21 5450 0789 E mail marketing instek com cn Malaysia Subsidiary GOOD WILL INSTRUMENT M SDN BHD 27 Persiaran Mahsuri 1 1 Sunway Tunas 11900 Bayan Lepas Penang Malaysia T 604 6309988 F 604 6309989 E mail sales goodwill com my Specifications subject to change without notice ACCESSORIES User manual x1 Power cord x1 Probe GTP 060A 4 or equivalent 60MHz 10 1 1 1 Switchable passive probe for GDS 1062A one per channel Probe GTP 100A 4 or equivalent JOOMHz 10 1 1 1 Switchable passive probe for GDS 1102A one per channel Probe GTP 150A 2 or equivalent ISOMHz 10 1 1 1 Switchable passive probe for GDS 1152A one per channel U S A Subsidiary INSTEK AMERICA CORP 3661 Walnut Avenue Chino CA 91710 U S A T 1 909 5918358 F 1 909 5912280 E mail sales instek com Japan Subsidiary INSTEK JAPAN CORPORATION AF Prosper Bldg 1 3 3 lwamoto Cho Chiyoda Ku Tokyo 101 0032 Japan T 81 3 5823 5656 F 81 3 5823 5655 E mail info instek co jp Korea Subsidiary GOOD WILL INSTRUMENT KOREA CO LTD Room No 805 Ace Hightech City B D 1Dong Mullae Dong 3Ga 55 20 Yeongduengpo Gu Seoul Korea T 82 2 3439 2205 F 82 2 3439 2207 E mail gwinstek gwinstek co kr DS 1000AG D1 BH GV INSTEK www gwinstek com
3. the horizontal scale so as the waveform scale can be expanded and centered on the delay point but not the trigger point This allows a signal to be observed in detail where needed Expand by Ground D CONVENIENT TOOLS FOR WAVEFORM OBSERVATION EXPAND BY GROUND CENTER Expand by Center In a DSO AC Coupling is normally used to isolate the AC components of a signal by blocking the DC components This is useful to see a signal with a small AC component that is offset with a large DC voltage With AC coupling to block the DC voltage small AC waveforms can be observed from the center of the screen for measurement or examination However capacitive loading under AC coupling mode may cause waveform distortion as low frequency components may become degraded which must be avoided in frequency critical applications The Expand by Ground and Center functions are convenient tools to expand a waveform vertically With this feature the vertical scale of a waveform can be expanded either from the ground reference or from the center of the screen without causing capacitive loading E FFT amp FFIrms FFT Measurement To observe the fundamental and harmonic components of a signal the FFT math function on a digital storage oscilloscope is often used Typically the traditional unit of the FFT is a decibel dB F PC REMOTE CONTROL SOFTWARE ee nE oooonTa He Microsoft Excel amp Word add ins Sup
4. 5k point memory length can operate with a horizontal sweep speed below 20ns div but only by reducing the sampling rate accordingly When the sample rate is reduced there is a greater possibility that critical details get omitted However with a larger memory depth a high sampling rate can be maintained over a wider horizontal range Sample Rate 25ns div 250ns div Le Oe ae 2 5ms div 2 5ns div 25us div 250us div E GDS 1000A Series WE Others As illustrated the GDS 1000A series are able to maintain a sampling rate of 1Ga S over 12 horizontal ranges superior to that of other oscilloscopes with a 2 5k memory depth Utilizing a greater memory depth the GDS 1000A Series allow you to design and debug your projects more effectively ABOUT MemoryPrime TECHNOLOGY GDS 1000A 2Mega Memory Waveform Display Conventional DSO 2 5k Memory Waveform Display Single Shot Waveform Capture fm Acqaure What is the single feature lacking from most digital storage oscilloscopes Adequate memory depth Is the memory depth of your DSO large enough With 2M points of memory the GDS 1000A has the capability to acquire far more waveform data compared to other DSOs in the same performance range The 1GSa s sampling rate and 2M point memory plays an extremely powerful role for single shot waveform capture Properly set the trigger conditions to baby sit the expected waveform When the single shot waveform is triggere
5. d and captured you are able to check and see the single shot event without losing any detailed information A DSO with high sampling rate but short memory can t do the job of single shot waveform capture as good as what GDS 1000A can do EASY TO USE AELAEIATLERIIEELLIA EA L 1 C ri ARAARA Hi i ii iii iiH So UUENES CH 1 WEEE CEPUE CEPT ECE TEP ETT FUNS free aiara O 5yV 25Gus CHI 2 m SBnl 9 99966 27 Automatic Measurement Functions FFT Function Full featured acquisition mode and 27 auto measurement functions help users to measure the parameters of captured waveforms accurately The advanced Auto Set function enables GDS 1000 Series to catch waveform automatically and display waveform quickly With Arithmetic functions x and FFT GDS 1000A Series keep users being aware of the measurement results by updating values immediately Without almost extra calculation GDS 1000A can provide sufficient information of testing CONVENIENT TOOLS FOR WAVEFORM OBSERVATION DELAY ON OFF Delay On With Delay On the waveform scale expansion is centered on the center of the screen For the convenience of waveform observation and analysis the GDS 1000A includes Delay On Off functions usually seen only in the higher end products With Delay On a signal can be observed from an offset of the trigger point With this feature Delay Off With Delay Off the waveform scale expansion is centered on the trigger point
6. i l 4 Memory and Interface Up to 17 waveforms on the screen could be saved into the internal memory for later recall and comparison SD card mass storage and USB device port are supported to provide a safe environment for data storage transfer of measurement results and remote control for diversified solutions 5 Autoset Enable Disable The GDS 1000A series can disable the Autoset function enabling students to manually operate oscilloscope functions to further enrich their learning experience 6 Enhanced CAL signal output GDS 1000A series has an enhanced 1kHz calibration signal Its output frequency is adjustable from 1 kHz to 100 kHz as well as the duty cycle adjustable by 5 95 150 100 60 MHz Digital Storage Oscilloscope Discover Deep Memory Performance With GDS 1000A Series The GDS 1000A 150 100 60MHz dual channel digital storage oscilloscope series inherit the passionate design and strong value traditional to GW Instek DSOs The series feature 1GS s real time sampling rate 2M memory length USB remote interface high resolution color TFT display SD flash drive support and GW Instek s user friendly interface Quality design and powerful features combine to create a powerful tool for waveform capture and analysis It s all about the memory With the increasing complexity of signals traditional digital storage oscilloscopes don t have the capability of displaying an input signal completely o
7. marna Memoryfrime AEN BAMET Tarek cs A foe Etop FL Ma Sc Lee if 7 Wh i j I 23 i f fi i i i wg fw J 1 mn 79 j N e 150 100 60 MHz Bandwidth e 1GSa s Real Time Sampling Rate Maximum 25GSa s Equivalent Time e 2Mega Points Record Length e 2mV 10V Vertical Scale e Ins 50s Horizontal Range Up to 27 Auto Measurements Versatile Math Function x FFT FFTrms 5 6 TFT LCD Display USB Interface amp SD Memory Card Supported Multi Language Support on Operation Menu and On Screen Help Limited Lifetime Warranty GW INSTEK Made to Measure Since 1975 GWINSTEK GDS 1152A OMi Osas 1 Stunning Display The 5 6 TFT color LCD greatly enhances the GDS 1000A display performance letting you see the waveform details clearly from a broad range of view angle 2 Vertical Controls Control knob per vertical channel design provides simple and fast operation No more need to share one set of vertical control of both of channels 3 Advance Triggers Quick setting to capture any signal of interest with Normal Single Force Pulse Width and Video line selectable triggers MODEL GDS 1062A GDS 1102A GDS 1152A BANDWIDTH 60MHz 100MHz 150MHz CHANNELS 2 SAMPLE RATE 1GSa s Real time 25GSa s Equivaleut time RECORD LENGTH 2 Mega Points DISPLAY DEVICE 5 6 TFT Color LCD SD Card Slot USB Device Standard Calibration Output
8. n Average Voltage Measurement Time Measurement Delay Measurement Cursors Measurement Auto Counter Frequency Range Duty Cycle Range Autoset Save Setup Save Waveform TFT LCD Type Display Resolution Display Graticule Display Brightness USB Device SD Card Slot Line Voltage Range Multi Language Menu Online Help GDS 1062A GDS 1102A GDS 1152A 2 2 2 DC 60MHz 3dB DC 100MHz 3dB DC 150MHz 3dB lt 5 8ns Approx lt 3 5ns Approx lt 2 3ns Approx 2mV div 10V div 1 2 5 increments 3 x Readout 0 1 div 1mV AC DC amp Ground 1M Q 2 15pF Normal amp Invert 300V DC AC peak CATII x FFT FFTrms 2mV div 50mV div 0 4V 100mV div 500mV div 4V 1V div 5V div 40V 10V div 300V 20MHz 3dB CH1 CH2 Line EXT AUTO NORMAL SINGLE TV Edge Pulse width AC DC LF rej HF rej Noise rej DC 25MHz Approx 0 5div or 5mV 25MHz 60 100 150MHz Approx 1 5div or 15mV DC 15V AC 2V DC 25MHz 50mV 25MHz 60 100 150MHz 100mV IMQ 2 15pF 300V DC AC peak CATII Ins div 50s div 1 2 5 increments ROLL 250ms div 50s div MAIN WINDOW WINDOW ZOOM ROLL X Y 0 01 10 div maximum 1000 div Channel 1 Channel 2 3 at 100kHz 1GSa s maximum 25GSa s maximum 8 Bits 2Mega Points maximum Normal Peak Detect Average 10ns 500ns div 50s div 2 4 8 16 32 64 128 256 va gt V Vag Vims gt Vhi Vlo Vmax
9. ported FFT rms Measurement However using dB it is difficult to identify the fundamental frequency of a signal from a noisy spectrum sometimes With the FFTrms function the GDS 1000A series can clearly display the fundamental frequency of an acquired waveform G GUARANTEED PROTECTION INSTEK Made to Measure Good Will Instrument Co Ltd LIFETIME WARRANT Buy GDS 1000A Series get a limited lifetime warranty Using a USB port coupled with FreeWave remote monitoring software is the easiest and most convenient way to capture data from the GDS 1000A With FreeWave a screenshot can be saved as an image file bmp jpg waveform data csv can be logged and movie files wmv can be recorded in real time Not only can FreeWave monitor and record waveforms over a long period of time but previousl y recorded waveforms can also be observed Instrument settings can even be configured without the need to learn incomprehensible command line syntax With the simple user interface and robust features FreeWave allows you to get the most out of the GDS 1000A with little effort When a test report is needed you no longer have to copy and paste data into your documents With the Microsoft Excel or W ord Add ins you only need to click the Add in icon to import your test data saving you time and effort By providing the Global Lifetime Warranty Program for the GDS 1000A digital storage oscilloscope series we believe you can ha
10. r comparing the relative relationship between signals accurately due to memory constraints After all the waveform record length and the sample rate of a DSO are tied to memory depth and only the combination of high sample rate and long record length makes the detailed waveform analysis possible Assuming a constant sample rate the more memory a DSO has the longer the signal can be displayed Conversely assuming a limited memory depth the faster the sample rate the shorter the time a signal can be observed In order to fully utilize the advantage of 2M point memory without sacrificing the waveform update speed GDS 1000A adopts the MemoryPrime technology Memory fr ime Ze ounrm which installs a high speed signal processor to work in parallel with CPU to exceedingly raise up the waveform reconstruction speed With this high speed signal processor and 2M point memory GDS 1000A is able to run at 1GSa s maximum sampling speed under a wide range of Time Base selections 100us div 25ns div This unparalleled performance creates a significant differentiation among all other economic DSO products available in the market today The sample rate of a DSO is closely related to memory size Shallow memory digital storage oscilloscopes compromise the sample rate over a larger Time Base range as there is not enough memory to display the signal on the screen at the maximum sample rate For example a digital storage oscilloscope with a sample rate of 1GSa and a 2
11. ve the same confidence we do in the quality of each GDS 1000A DSO By purchasing a GDS 1000A you can be assured of a highly economical low maintenance quality DSO backed with the protection of the LifeTime Warranty program The Lifetime Warranty Program guarantees customers will be supported regardless of their location Customers will receive at least 5 years of full support even after production has ceased For more details and applicable conditions regarding the LifeTime Service program please visit the GW Instek website www gwinstek com Ilw or consult your nearest distributor SPECIFICATIONS VERTICAL TRIGGER EXT TRIGGER HORIZONTAL X Y MODE SIGNAL ACQUISITION CURSORS AND MEASUREMENT PROBE COMPENSATION SIGNAL CONTROL PANEL FUNCTION DISPLAY INTERFACE POWER SOURCE MISCELLANEOUS DIMENSIONS amp WEIGHT The specifications apply when the oscilloscope is powered on for at least 30 minutes under 20 C 30 C Channels Bandwidth Rise Time Sensitivity Accuracy Input Coupling Input Impedance Polarity Maximum Input Waveform Signal Process Offset Range Bandwidth Limit Source Mode Coupling Sensitivity Range Sensitivity Input Impedance Maximum Input Range Modes Accuracy Pre Trigger Post Trigger X Axis Input Y Axis Input Phase Shift Real Time Sample Rate Equivalent Sample Rate Vertical Resolution Record Length Acquisition Mode Peak Detectio
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