Part Number: ADC08D1520 Tool/software: AM using ADC08D1520 with following configuration registers loaded using SPI (Extended control mode): 1. x"00107FFF" 2. x"0011BAFF" 3. x"0012007F" 4. x"0013807F" 5. x"001903FF" 6. x"001A007F" 7. x"001B807F" 8. x"001E00FF…
Part Number: ADC08D1520 Hi,
In 1:2 Demux Non-DES Mode
CLK+/- (pin 18, and 19) is 250MHz, and
VINI+/-(pin 11 and 10) and VINQ+/-(pin 22 and 23) are active.
DCLK+/- is 125 MHz
Data is received on DI, and DId
Data is received on DQ, and DQd…
Part Number: ADC08D1520 I want to use two independent channels in ADC08D1520 with 1350MHz sampling Rate and FPGA clock at 200MHz can you recommend me the configuration required in ADC for this?
Part Number: ADC08D1500 Other Parts Discussed in Thread: ADC08D1520 , Customer is designing a platform with interchangeable ADC08D1500 & ADC08D1520.
1. Any recommendations on how to design to support the minor pin differences between these 2 devices…
Part Number: ADC08D1520 I have a follow on question to this thread:
https://e2e.ti.com/support/data_converters/f/73/t/412581?jktype=e2e
Peter Gatchell's ( https://e2e.ti.com/members/365439 ) response dated Mar 31, 2015 9:47 PM provides a clear…
Part Number: ADC08D1520 Other Parts Discussed in Thread: ADC07D1520 , Hello,
I am wondering about your recommendation about separating the ADC07D1520 (AGND) from the digital part FPGA (or say PCB DGND).
By separating the AGND from DGND it will end…
Hi Mark
The ADC08D1520 differential clock receiver has a very high effective gain and doesn't have any hysteresis. Those characteristics combined with the AC-coupled nature of the CLK+/- connections from the clock source results in self-clocking from…
Part Number: ADC08D1520QML-SP Other Parts Discussed in Thread: ADC08D1520 Please confirm that the footprint for ADC08D1520QML-SP does not match ADC08d1520.
The expectation was that the two parts can for used for development and flight with the same…
Part Number: ADC08D1520 To Whom it may concern: We are currently using ADC08D1520 and have configured it as follows: 1). I+/- inputs are ac coupled 2). single ended. What is the proper way to connect the Q+/- inputs with respect to Vcmo if they are not…
