Part Number: DS25CP114 Other Parts Discussed in Thread: DS100MB203 Tool/software: Dear Technical Support Team,
Do you have next gen for DS25CP114?
The reequipment of data rate is over 6.5Gbps.
Best Regards,
ttd
Part Number: DS25CP114 Tool/software: Hi All,
I have a question about the DS25CP114.
Is it okay to input a signal to the LVDS input when VCC is not applied?
I would like to confirm whether the LVDS input has a tolerant function.
The data sheet…
Part Number: DS25CP114 Tool/software: Hello teams
I appreciate your continuous support. I would like to ask a question about the following TI device.
Target device: DS25CP114TSQE/NOPB
The device of five DS25CP114TSQE/NOPB are mounted on a board…
Part Number: DS25CP114 Tool/software: Hello teams.
Please tell me about below questions.
Q1. If a signal exceeding the IO rating is applied to either IN1 or IN2, is there a possibility that both S30 and S31 will short to GND? (The board is designed…
Part Number: DS25CP114 Tool/software: Hello, teams
The unused differential input terminals are open (IN2, IN3 below) in our application. Can you ask tell for advice on appropriate IN2/IN3 pins handling when unused?
Best regards
Part Number: DS25CP114 Dear Technical Support Team,
When changing the constant current from 10uA to 200uA, the input current is about ±5uA from 10uA to 185uA. However, when the constant current becomes higher than 185uA , the input current seems to…
Part Number: DS25CP114 According to the Control Register table on page 16 of the datasheet, the individual outputs can be powered down. It is not mentioned anywhere however what this means:
Do the outputs go to High-Z?
Do they go to a fixed value…
Part Number: DS25CP114 According to data sheet for DS25CP113/114, OUT+ and OUT- are not defined unless abs(IN+ - IN-)>=100[mV].
Then I have a question what voltage OUT+ and OUT- output, when abs(IN+ - IN-)<100[mV]. (As a premise, OUT+ and OUT- are tied…
Part Number: DS25CP114 Other Parts Discussed in Thread: DS125BR401 , DS80PCI800 , DS80PCI402 , , DS64BR111 Hello,
I'm looking at designing a simple SERDES repeater – something that takes in 3.125 gbps CML differential pairs (100 ohm differential impedance…
