Part Number: ADS5409 Other Parts Discussed in Thread: ADS5402EVM Tool/software: Hi Team,
Input to ADC clock pin is generated from external source. Instead of using SMA and balun circuit for single to differential conversion.
Can you please suggest some…
Part Number: ADS5409 Other Parts Discussed in Thread: ADS5402EVM , , ADC12DL3200 , LMK04832 , LMK04828 , LMK61E08 Tool/software: Hi Team,
1) In the below image of ADS5402EVM, Pin number P10, N10 are used as trigger pin function. But in datasheet it mentioned…
Part Number: ADS5409 My customer is having a problem with the temperature readback from the ADS5409.
They're accessing the ADC via its 3-wire SPI port and have no problem accessing other internal registers.
No evidence of a problem with the SPI.
The…
Part Number: LMK61E08 Other Parts Discussed in Thread: ADS5409 Tool/software: Hi ,
We are going to use this LMK61E08-SIAR part in our design.
1.If needed to configure this Oscillator as LVPECL output and LVDS output what will be termination resistors and…
Part Number: ADS5409ADS5409 has a SYNCp/n (LVDS differential pair) which forces the DDR output clock into a determinate state.
The datasheet (p.25) says that the SYNC signal is registered on the rising edge of CLKIN - the ADC sample clock.
Is there any…
Part Number: ADS5409EVM Other Parts Discussed in Thread: ADS5402EVM , ADS5409 The ADS5409EVM (same as ADS5402EVM) appears to be driving the ADC’s SCLK, SDIO, and SDENB pins with 3.3V levels in violation of the ADC’s absolute maximum input voltage levels…
Part Number: ADS5409 Hi Team,
I have a question that I'd like to get your help on regarding the ADS5409.
My customer is wondering if applying a differential signal less than 3.3V to the input pins before its supply voltage rails come up has the potential…
Part Number: ADS54J20 Other Parts Discussed in Thread: ADS5409 , LMK04828 Hi Team,
My customer is working on a new design that uses one ADS5409 and one ADS54J20. They are clocking the ADS5409 at 750 MHz and want to also clock the ADS54J20 at 750 MHz. They…
Hey Chuck,
Here is everything the sytems engineer could find on this device. We have not been able to get ahold of the design team for this chip. All of the sleep mode information i currently have on this device is seen below.
