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File name: | TDSHT3_Quick_Ref_Card_SinkTest.pdf [preview TDSHT3 Quick Ref Card SinkTest] |
Size: | 655 kB |
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Mfg: | Tektronix |
Model: | TDSHT3 Quick Ref Card SinkTest 🔎 |
Original: | TDSHT3 Quick Ref Card SinkTest 🔎 |
Descr: | Tektronix TDS7000 TekScope_Opt_App_1.0.10_071-1883-01_063-3914-10 TekScope_Opt_App_1.0.10_071-1883-01_063-3914-10 Documents HT3-1.2a_Documentation TDSHT3_Quick_Ref_Card_SinkTest.pdf |
Group: | Electronics > Other |
Uploaded: | 04-12-2021 |
User: | Anonymous |
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File name TDSHT3_Quick_Ref_Card_SinkTest.pdf Getting Started with TDSHT3 4. The software remotely controls the DTG and AWG, 6. To configure and test the GPIB connection to the DTG, which must be connected by a National Instruments click Signal Sources. The Signal Sources Setup dialog You can use this side of the quick reference card to get GPIB-USB-B. To connect the DUT, click Tests > box appears. started with the Sink Jitter Tolerance test procedure. The Connect. other side contains a complete menu tree for the TDSHT3 HDMI Compliance Test Software. NOTE. For additional procedures, refer to the TDSHT3 Quick Start User Manual. For complete operating instructions, refer to the online help. TDSHT3 HDMI Compliance Test Software enables unprecendented efficiency by providing a comprehensive 5. Make the connections as follows: range of tests, including Jitter Tolerance. 7. To run the test successfully, ensure that the Bus Timing To find the device tolerance limit parameter is set to 2 usec on your GPIB board Sink Jitter Tolerance configuration. This test allows you to confirm that the maximum allowed 8. Click Run Test to perform the test. The TDSHT3 TMDS clock jitter is supported by the Sink DUT. HDMI Compliance Test Software sets up the oscilloscope and conducts the test. Follow the You will need one supported oscilloscope, two differential instructions in the dialog box. Depending on your probes, one digital timing generator (DTG), one arbitrary answer, a series of dialog boxes may prompt you for waveform generator (AWG), one DC power supply, 12 your input. SMA cables, two bias-tees, one cable emulator, one GPIB controller, one TPA-R-DI, and one TPA-R-TDR. 9. If you successfully run the test, the software calculates the jitter values and displays the results. The software Follow these steps: |
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