Part Number: ADC12D1600RF Tool/software:
Hello,
I am expecting the DCLKI output to always have a 50% duty cycle with a frequency of Fs/4 in 1:2 DMUX mode. Can you confirm DCLKI will always have a 50% duty cycle please?
I have a VHDL process that…
Part Number: ADC12D1600RF
Hello,
If the analog FSR is set to +1V peak-to-peak differential, can you confirm 1 LSB, i.e. the ADC sensitivity is 1/2^12 = 1/4096 = 0.244mV?
Thank you
Part Number: ADC12D1600RF Other Parts Discussed in Thread: ADC12D1000RF , What are the maximum number of (solder) reflow cycles that can be applied to these parts to support troubleshooting.
Part is not suspect but needs to be removed to troubleshoot…
Part Number: ADC12D1600RF Hi team,
ADC12D1600RFuses 3.2G sampling rate to sample 1750MHZ ~ 2750MHZ signal
1. Check the manual ,the ADC's 3dB bandwidth up to 2.7G. If the input frequency reaches 2.7GHZ, there are only 7.5 Bits (Effective Number of…
Part Number: ADC12D1600RF Other Parts Discussed in Thread: WAVEVISION5 , ADC12J2700 Dears.
Target Frequency is 1.4 GHz to 2.44 GHz. Set Fs of ADC12D1600RF to 2.6Ghz and Can it be used from 1.3GHz to 2.6GHz (2nd Nyquist zone)?
Thank you.
Part Number: ADC12D1600RF Hello,
I'm working on debugging a spur which is located right in the center of the passband(At the typical location of the interleaving spur).
This is strange as we are running only one channel of the ADC in non-DES mode…
The addition of analog filters to the clock and to the tone being digitized significantly reduced the harmonics created by the signal generators. The ENOB I measure at 1000 MHz increased from 5.5 to 8.1 after this change. The harmonics are no longer the…
Part Number: ADC12D1600RF Other Parts Discussed in Thread: ADC12D1600 Hello,
Does TI have any kind of noise power ratio (NPR) specification for the ADC12D1600RF?
Thank you
Part Number: ADC12D1600RF HI,
in the datasheet (6.1.2.5) regarding input clock jitter (Tjmax), there is a formula using 2^(N-1) where N is the ADC resolutions in bits.
my question is, does N in this device is 12 or should I look at the ENOB, where…
