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 powered…
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
The unit is 3163 mg with the tiebars cut off.
The actual weight will depend upon how much you trim the leads. For this test, I cut the lead about halfway between the package body and the tiebars.
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 says…
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
