Part Number: CDCM7005-SP Other Parts Discussed in Thread: TLK2711-SP Tool/software: Hello,
Im using the CDCM7005-SP as a buffer to clock 4 TLK2711-SP devices. Here is the current setup:
1. VCC, AVCC, and VIN_CP = 3.3V
2. VCXO input is 125MHz also…
Part Number: CDCM7005-SP Hello, Q1: My customer would like to use CDCM7005-SP as just a clock divider/distributor, not a PLL as follows. Single-ended frequency input to VCXO_IN to P Divider to YXA/Bs. So, the following PINs are not used. For those unused…
Part Number: CDCM7005-SP Other Parts Discussed in Thread: LMK1C1103 , LMK04832-SP , Hi team
Could you confirm whether the device can support LVTTL input/output or LVCMOS input/output as default condition?
Regards,
Noriyuki Takahashi
Part Number: CDCM7005-SP Hi team
We can confirm the weight of the device from the link below, that is 4709.696337[mg] in total. Does the toal include the protection surrounded by green as below?
https://www.ti.com/quality-reliability-packaging-download…
Part Number: CDCM7005-SP Other Parts Discussed in Thread: CDCM7005 Hello, Datasheet 7.3 says VINPP min/max = 0.5V/1.3V. However, note(2) says “VINPP minimum and maximum is required to maintain ac specifications; the actual device function tolerates at…
Part Number: CDCM7005-SP Hello, My customer has an additional question about the following E2E thread. https://e2e.ti.com/support/clock-timing-group/clock-and-timing/f/clock-timing-forum/1205337/cdcm7005-sp-vinpp-question/4546540#4546540 The datasheet…
Part Number: CDCM7005-SP Hello,
We are able to turn the power to our VCXO off and on, and I have recently noticed that the STATUS_VCXO pin will change to high with no input. I have put a scope on the VCXO output and there is nothing there, but the STATUS_VCXO…
Part Number: CDCM7005-SP Hello Team,
My customer has 3 questions regarding part number 5962-0723001VXC with the goal of determining max component height and making sure this part number can be used in their module design.
Regards,
Renan
Part Number: CDCM7005-SP Dear All
For an Space application, we would like to know how the CDCM7005-SP reacts against a jitter. Have you analized if this device is Single Event Transients sensitive? Any data? Any justification?
Regards