Part Number: ADS4126 The datasheet for the ADS4126 states:
"For high input frequency sampling, it is recommended to use a clock source with very low jitter. Band-pass filtering of the clock source can help reduce the effects of jitter."
In our…
Part Number: ADS4126 The LVDS is a differential standard while the CMOS is a single ended standard.
Are both I/O standards useable for the full range of sampling rate permitted by this device?
Which of these is expected to give lower power dissipation…
Part Number: ADS4126 We are clocking this part at 150MHz with low latency mode and then sampling the CMOS output in an FPGA.
Sample clock is the ADS4126 input clock (i.e. not using CLKOUT).
I am trying to understand the time at which data will be valid…
Part Number: ADS4126
I used
[ power on state ]
OE = high pull up 4.7k 1.8V
DFS = 1.125 V (R dividing)
Reset = pull up 10K 1.8V ( FPGA Power on to '0' )
Clkp/Clkm = 100 Mhz
SEN = FPGA Power on to '1'
SCLK = FPGA Power on to '1'…
Part Number: ADS4126 Tool/software: Linux Hi everyone，
We used ads4126 to acquire signals， input clock is 125MHz ，and the DFS mode is complement/DDR LVDS LVDS. we used the test mode (register address 25h is configured to 04h value), the output signal…
Part Number: ADS4126 Hi team,
I know as of yet there are no plans to NRND the ADS4126, however I have a industrial client that plans to go into production next year and carry on for 5-7 years.
I was asked if we had any similar replacement part just,…
Part Number: ADS4126 Other Parts Discussed in Thread: CDCE72010 Hi Team,
I would like to understand a bit more regarding the clocking on the ADS4126.
The datasheet shows an internal block diagram labeled CLOCKGEN. What is this? Can this device generate…
Part Number: ADS4126
Hello,
I am working on interface between analogue to digital converter ads4126 and differential amplifier driving it.
I can't find two information.
1. What is the acquisition time?
I guess about 50 % of cycle time but am I…
Other Parts Discussed in Thread: ADS4129 , ADS4126 Hi,
Is there a Verilog or VHDL model available for the LVDS interface of the ADS412x devices. Specifically I would like to get a Verilog timing model for the ADS4126 and ADS4129, but even a behavioral model…
Follow up question to this regarding the ADS4126 (a similar device). When driving SCLK, SDATA, and SEN at voltages higher than 1.8V, will there be increased current due to a clamping circuit?
What's the spec for the current draw when operating…
