Part Number: CDCE6214-Q1 Other Parts Discussed in Thread: , CDCE6214 , LMK03318 We are evaluating CDCE6214-Q1 on the CDCE6214-Q1EVM evaluation kit.
To assure correct operation we would like to simulate the loop filter in Plladium, however the part is…
Part Number: CDCE6214-Q1 Hi Team,
We are planning to use the CDCE6214-Q1 part in our design.
1. Could you please clarify whether the EEPROM can be programmed using the Serial Interface Mode to set different output frequencies, or if this programming…
Part Number: CDCE6214-Q1 Tool/software: Do you have a similar part that rated to 125C for automotive usage? CDCE6214-Q1 is only rated to 105C. Thank you.
Part Number: CDCE6214-Q1 Hi,
We are using the CDCE6214-Q1 configured for a default frequency of 100MHz on page 0.
We need to program page 1 for SSC 100MHz, 0.25% down-spreadyng at 32KHz.
then we need the capability to select NVM Page 0 or Page 1…
Part Number: CDCE6214-Q1 Hi Team,
During board testing, the 100 MHz differential clock waveform output from OUT1 of CDCE6214TWRGERQ1 is as shown below. It is not a standard square waveform. Please help confirm whether this output waveform is normal…
Part Number: CDCE6214-Q1 Hi Teams,
For the CDCE6214LTWRGETQ1 operating mode, we selected Fall-back mode. In this mode, REFSEL and HW_SW_CTRL are required to be left floating. However, we have a question regarding the input crystal selection: when REFSEL…
Part Number: CDCE6214-Q1 Other Parts Discussed in Thread: CDCE6214 Tool/software:
Hi Forum,
Above I have our current implementation of the clock IC. We are getting the correct output frequencies but the output is inverted or 180 degrees out of…
Part Number: CDCE6214-Q1 Other Parts Discussed in Thread: CDCI6214 , CDCE6214 , I want to replace the CDCI6214 with the CDCE6214. According to the datasheet it is required to repowering all the supplies to bring the device into a known state. Our actual…
Part Number: CDCE6214-Q1 In a current design, all VDDO inputs are powered at 2.5V. Output 2 is set for 1.8V LVDS, will this damage the part? I have found conflicting information regarding VCC0_12 at 2.5V and 1.8V LVDS on outputs 1 or 2.
Part Number: CDCE6214-Q1 If VDDO_12 is powered at 2.5V, is it possible to use 1.8V LVDS on output 2? Will setting CH2_1P8VDET to 1 damage the part or cause signal instability?
