With a signal generator integrated into the pogo pin cassette, you can use triangle, square, or sine waves to exercise your device. This simple version is limited to 1kHz frequencies.
Normally, 3~9 hold-down posts are used to evenly pressure the DUT against the moving plate in the pogo pin cassette while it is lowered against the pogo pins. If additional posts or other means are needed to secure the DUT, there is an additional charge.
Test Sub-1 GHz RF transmissions used in certain automotive applications. For example, many keyfob entry systems utilize 315MHz or 433MHz transmissions. Generally this is implemented by incorporating TI LAUNCHXL-CC1310 into a Pogo Pin Cassette.
Tag-Connect TC2030-CTX 6-Pin Cable for ARM Cortex, 10-inch
Completing the Test Point Matrix (TPM) is a necessary step in building a Pogo Pin Cassette. If you would like help drafting the TPM, we can provide this service. The price shown is per test point. The DUT schematic is required for this service.
Integration of TI LAUNCHXL-CC1310 into a Pogo Pin Cassette.
This is used to test Sub-1 GHz RF transmissions used in certain automotive applications. For example, many keyfob entry systems utilize 315MHz or 433MHz transmissions.
Adding the Mikro-E Uni Clicker board to your Pogo Pin Cassette opens the door to a diverse ecosystem of Click Boards. Visit their site to browse their catalog: https://www.mikroe.com/click
