Part Number: ADC07D1520 Other Parts Discussed in Thread: ADS8166 , ADS7066 Tool/software: Hi sir,
Does TI have solution to replace AD5941WBCPZ-RL7?
P2P would be better.
Thanks a lot!
Part Number: ADC07D1520 Other Parts Discussed in Thread: DAC3151 Dear Texas Instruments,
We have designed a circuit with an ADC07D1520 and DAC3151 on an embedded system managed by an FPGA. We are having some problems dealing with the ADC output data…
Part Number: ADC07D1520 I have looked at the document. But I am not sure whether it can use as real-time streaming. Is the "Acquisition Size" described in the document as real-time streaming?
Acquisition Size - This setting displays and selects the…
Part Number: ADC07D1520 Hi,
I'd like to keep the DCLK running all the time even during ADC calibration. According to datasheet pg 8/53 this is possible but Resistor Trim portion of calibration should be disabled after the very first power-on calibration…
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 er
Please also refer to section 1.1.1 Calibration.
The power-on calibration process will start after t CAL_DLY input clock cycles (CLK+ and CLK-), and will complete after t CAL input clock cycles. The results are only valid given a stable input…
Hi, if you read description on page 37 of the datasheet under section 1.5 MULUTIPLE ADC SYNCHRONIZATION. It mention "The DCLK_RST pulse must be of a minimum width and its deassertion(falling) edge must observe setup and hold times with respect to the…
Hi Eric
The ADC07D1520 input CLK+/- must be AC-coupled to allow the device to set the input common mode and optimize the duty cycle for DES modes of operation.
For the analog inputs, driving a signal with a common mode voltage that is significantly…
Other Parts Discussed in Thread: ADC07D1520 , LMX2541 , LMK01020 , LMK04808 I need some help choosing the best solution for a 1:4 1 ,500 MHz clock distribution system, that will feed 4 ADC07D1520 chips. The 1,500MHz are generated by a LMX2541 from a 100MHz…
