Part Number: CDCS503 Hi team,
Background: We are evaluating CDCS503PWR with a 3.3‑V LVCMOS input clock. After reviewing the datasheet (SCAS872) and related TI E2E threads, we could not find explicit guaranteed limits for input clock pk‑pk jitter or…
Part Number: CDCS503 Tool/software: Hi team,
Does this device have a start-up sequence? Is there any unstable clock that can cause problems when it is turned on? We would like to confirm this because we are experiencing a problem where the clock is…
Part Number: CDCS503 Other Parts Discussed in Thread: CDCE913
Tool/software:
Hello,
I want to use the CDCS503 as a clock multiplier in my circuit.
From the datasheet, the minimum clock input frequency is 8MHz.
I would like to drive a CMOS…
Part Number: CDCS503 Other Parts Discussed in Thread: CDCS504-Q1 Hello,
I'm comparing CDCS503 vs CDCS504Q1, specifically looking at cycle to cycle jitter. The 503 is spec'd at 110ps at 108MHz, and the 504 is 144ps at 11.264MHz. Because of the different…
Part Number: CDCS503 Tool/software: Hello,
I would like to use this clock multiplier in my circuit.
My supply voltage is V_DD=3.3V.
Fron the datasheet I know what its supply current when it works and outputs clock signal (OE input is high).
What…
Part Number: CDCS503 If using 2% Spread Spectrum reduces EMI, why would I select "no spread spectrum" as my option? Is there a tradeoff I need to know about?
Part Number: CDCS503 Hi team,
The datasheet states that the SSC_SEL0, SEL1, OE, and FS pins have internal pull-up resistors, but what are the resistor values? Also, can I connect an external pull-up or pull-down to each of these pins? If so, what is…
Part Number: CDCS503-Q1 Other Parts Discussed in Thread: CDCE913-Q1 , CDCE6214-Q1 , CDCE913 , CDCE6214 , CDCEL913 Hi Sirs, Would you please provide a recommended part similar to CDCS503-Q1 but support 100MHz, 150MHz, 200MHz with +/-2% spread spectrum…
