Part Number: TRF372017 Hi,
Would you tell us what the maximum input level at EXT_VCO pin of TRF372017? We do not get this information in datasheet.
Thanks~!
Part Number: TRF372017 Other Parts Discussed in Thread: TRF370317 Hi Team,
TRF372017 datasheet doesn't describe base-band input voltage range(VBB). I checked following e2e and it said VBB range is 1Vpeak-to-peak. https://e2e.ti.com/support/rf-microwave…
Part Number: TRF372017
Hi teams,
We want to use NXP Processor to control TRF372017, and let the Latch-Enable signal to notify TRF372017, as shown in the figure below:
But NXP Processor's SPI does not have a Latch-Enable Pin, is it possible to…
Part Number: TRF372017 Hi Team,
My customer is evaluating TRF370217 EVM and has some issues that described as following. Please give us some advices.
We're currently testing the TRF372017 evaluation module. EVM abnormal phenomenon need to be resolved…
Part Number: TRF372017 Other Parts Discussed in Thread: LMX8410L ,
Hi Teams,
I am studying TRF372017 and LMX8410L to build a transciever.
There are several questions as below which I can't find the answers from datasheets or relative documents,…
Part Number: TRF372017 Other Parts Discussed in Thread: DAC3484 , TRF3722 , DAC3482 , DAC3283 Hello team,
As DC component is needed in my application, I tried to change coupling caps at BBI and BBQ pins to 0Ohm resistor for DC coupling.
However, it…
Part Number: TRF372017 Hello,
We were side tracked into some other work and hence could not follow up for this issue.
Since the last discussion we tried the following:
1) Fed the DAC's I channel out to the Q port of the IQ modulator and there was…
Part Number: TRF372017 Other Parts Discussed in Thread: LMX8410L , Hello,
We have some SPI control issues on TRF372017 & LMX8410L.
Can we use “Daisy Chain” to control these ICs as follow cases? case1) 2 pcs of TRF372017,
case2) 2 pcs of LMX8410L…
Part Number: TRF372017 Other Parts Discussed in Thread: TRF3765 Hello,
I am working on project that support Frequency hopping,
I need to know what is the Frequency Settling to Any step size, maximum frequency error = 1 Hz.
Regards,
Adi
