Part Number: DAC37J84 Other Parts Discussed in Thread: ADC12QJ1600 , , LMK04828 Dear Team,
I am using the ADC12QJ1600 (ADC) and DAC37J84 (DAC) on my board, with an LMK04828 clock generator providing the respective clocks.
Considering that the SERDES…
Part Number: DAC37J84 Tool/software: Dear Team, Is there any automotive-grade alternate for the DAC37J84 IC or the ICs that belong to the same family? Regards, Liston
Part Number: DAC37J84 Hello,
I successfully established JESD communication between an FPGA and a DAC37J84 using the TI JESD204 IP. Now, I am designing a system that uses two FPGA-to-DAC37J84 links , so I need to instantiate the TI JESD204 IP multiple…
Part Number: DAC37J84 Other Parts Discussed in Thread: DAC38J84 Tool/software: We are transmitting 170Msps x 64 across two JESD lanes as shown below (16 bit I/Q for each of two DAC outputs)
My assumption is that the JESDCLK should be 170MHz (divide…
Part Number: DAC37J84 Hi, Support
Currently we have a FPGA circuit board interfacing with DAC37j84 boards via FMC connector. However the power for FPGA board and power for DAC circuit board side are separated.
My question is that : " Is it safe the…
Part Number: DAC37J84 Tool/software: We are considering the DAC37J84.
I noticed that the corresponding data capture eval board is not longer available.
Is there a newer/better part you can recommend? (quad channel)
Part Number: DAC37J84 Tool/software: Datasheet mentions "as the P*M ratio increases, the charge pump current needs to be increased accordingly".
I'm assuming this should read "P*M product" not "P*M ratio".
Datasheet describes "extreme" example of…
Part Number: DAC37J84 Tool/software: Datasheet indicates SYSREF differential input peak to peak voltage (VIDPP) is 0.4V.
This would indicate that Vpp is 0.2V and thus should be compatible with LVDS Vpp of 350mV.
We should be able to AC couple LVDS…
