Part Number: CDCLVC1108 Tool/software: P/N: CLVC1G125MDCKREP is Implemented in one of our design dedicated to Aircraft,
Kindly let us know whether it is a military grade part ,if yes could you provide us the screening test reports for our reference. …
Part Number: CDCLVC1108 Other Parts Discussed in Thread: LMK1C1108 , LMK00338 , LMK1D1208P Tool/software: I'm trying to verify if I power the CDCLVC11xx from 2.5V (so I can get 2.5V outputs), can I drive the input with a 3.3V signal? I assume no since…
Part Number: CDCLVC1108 Hi,
I am currently designing with a CDCLVC1108 to distribute clock signals to other devices. Not all outputs are going to be used, so I need to know exactly how they must be terminated so that they don't affect the circuit.…
Part Number: CDCLVC1108 I have a request to provide co-planarity info for the CDCLVC1108PWR.
I saw this E2E post on the topic: https://e2e.ti.com/support/logic-group/logic/f/logic-forum/809245/sn74hct245-about-dimension-of-coplanarity
Is this Seating Plane…
Part Number: CDCLVC1108 Other Parts Discussed in Thread: LMK01801 , LMK00804B , CDCLVC1102 Hi Team,
Good day, can you please confirm if 1:8 buffer CDCLVC1108 buffer can be configured 4 of the gates to inverting configuration? Else, is there a configurable…
Part Number: CDCLVC1108 I have a customer looking into a minor change, and are considering moving from the 4-Ch (CDCLVC 1104) to the 8-Ch (CDCLVC 1108).
I didn't see any Electrical Characteristics variations between devices in the DS, so is it safe to…
Part Number: CDCLVC1108 Other Parts Discussed in Thread: LMK03328 , LMK00105
Team,
we provide "Junction-to-ambient thermal resistance" and "Junction-to-case(top) thermal resistance" data in SCAS895B at page 6.
Do we have additional…
Part Number: CDCLVC1108 Other Parts Discussed in Thread: CDCLVD1212 Hi team,
My customer is looking for 12channel clk buffer, the input is 3.3v TTL 25Mhz, the output is LVDS or HCSL. The line length is 50cm. Do you have some suggestions? Thanks.
Part Number: CDCLVC1108 quick question. Can this part can handle input clock signals without Main 3.3 V power applied. I really did not see anything in the datasheet that glared at me saying this part is tri-stated at the input if no VCC. Can you confirm…