Order #: SDS7000A-CT-1000BASE-T
Mfg #: SDS7000A-CT-1000BASE-T
Siglent SDS7000A-CT-1000BASE-T
Order #: SDS7000A-CT-1000BASE-T
Mfg #: SDS7000A-CT-1000BASE-T
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Product Highlights
- 1000Base-T compliance testing option
- Compatible with SDS7000A oscilloscopes
- FX-ETH test fixture sold separately
Features
1000Base-TX Compliance Testing Option for SDS7000A Oscilloscopes
The Siglent SDS7000A-CT-1000BASE-T is the 1000Base-T compliance testing option for SDS7000A oscilloscopes. It tests the following items: No Disturber Peak Output Voltage (Point A, Point B, Difference A and B, Point C, Point D), No Disturber Droop (Point G, Point J), No Disturber Templates (Point A, Point B, Point C, Point D, Point F, Point H), No Disturber Transmitter Distortion (no TX_TCLK, with TX_TCLK), With Disturber Peak Output Voltage (Point A, Point B, Difference A and B, Point C, Point D), With Disturber Droop (Point G, Point J), With Disturber Templates (Point A, Point B, Point C, Point D, Point F, Point H), With Disturber Transmitter Distortion (no TX_TCLK, with TX_TCLK), No TX_TCLK Master Jitter (Filtered, Unfiltered), No TX_TCLK Slave Jitter (Filtered, Unfiltered), Master JTXOUT, With TX_TCLK Master Jitter (Filtered, Unfiltered), Slave JTXOUT, With TX_TCLK Slave Jitter (Filtered, Unfiltered), Return Loss, Common-mode Output Voltage
Several versions available
Siglent offers several compliance testing software options for use with its SDS7000A oscilloscope series. The chart below outlines each protocol and the corresponding part numbers for software and test fixtures.
Protocol | Software Part Number | Test Fixture |
---|---|---|
USB 2.0 | SDS7000A-CT-USB2 | FX-USB2 |
100Base-TX | SDS7000A-CT-100BASE-T | FX-ETH |
1000Base-T | SDS7000A-CT-1000BASE-T | FX-ETH |
100Base-T1 | SDS7000A-CT-100BASE-T1 | FX-AMETH |
1000Base-T1 | SDS7000A-CT-1000BASE-T1 | FX-AMETH |
When the user sets up the environment according to the prompts, by using the related test fixture, the oscilloscope and related instruments can be automatically set up and related measurement, calculation, decoding, and other functions will be used for testing, helping the user to complete each test project quickly and efficiently, and reports are generated automatically.