Part Number: ADS42JB69 Other Parts Discussed in Thread: LMH6554 , ADC3664 , ADS62P44 , ADS62P43 , ADC16DV160 Hello,
We purchased a DC-coupled, single-ended ADC card with a ADS42JB69 ADC that is being driven by a LMH6554. The ADC driver circuit follows…
Part Number: SN74AVC8T245 Other Parts Discussed in Thread: ADC16DV160 Is there an LVDS alternative to the sn74avc8t245?
I have a differential clock signal from an FPGA at 3.3 V and my ADC (ADC16dv160) needs a differential 1.8 V clock signal.
Alternatly…
Other Parts Discussed in Thread: ADC16DV160 , LMK04808 , ADC16DV160HFEB HI
As per given ADC input equivalent circuit in the given below link for 1GHz, we simulated the circuit along with impedance matching circuit which is refereed from ADC16DV160 evaluation…
Other Parts Discussed in Thread: ADC16DV160 , LMH6517 Hi
I am using LMH6517 followed by ADC16DV160 in my design. I want to simulate the AAF filter needed in between and would like to know the output impedance of LMH needed for the same. Can you provide…
Hi Josh, thanks for the prompt answer. Could you perhaps suggest me a fully differential op amp to drive the ADC16DV160? I need it to shift the level of the signal and to get, in the case of 2.4 Vpp, a gain in voltage of 0.6
Thanks in advance
G…
Part Number: CDCM7005 Other Parts Discussed in Thread: ADC16DV160 , HI
I want to connect both a DAC (DAC5682) and an ADC (ADC16DV160) to an FPGA board (NEXYS VIDEO) via an FMC connector. I have a very limited amount of pins, so I have decided to use…
Other Parts Discussed in Thread: ADC16DV160 Hi , all
Let me ask a question about ADC16DV160.
My customer is trying to connect a clock generator (Analog devices_AD9520-4) to ADC(TI_ADC16DV160).
The sentence “An LVPECL and/or LVDS driver can…
Part Number: LMK04808 Other Parts Discussed in Thread: ADC16DV160
Hi,
PLL(PART NO :LMK04808B) is tested with the following configurations.
Here PLL CLKout0 is used as source clock for ADC1(PART NO :ADC16DV160), PLL CLKout2 drives ADC2 of the same…
Dhaval,
From this observation, I do not see a design issue. The ADC16DV160 has a switched-capacitor input network and periodic charge transients kick charge back out of the ADC input pins resulting in additional frequency content that you are observing…
