Part Number: THS770006 Other Parts Discussed in Thread: ADS4246 DEARS.
I want to use THS770006 and ADS4246. Are there design issues for THS770006 and ADS4246? Help me review the schematic.
Thank you
Hi Carlos,
We've given example driving circuit using THS770006 op-amp in the user guide of ADS5263 EVM. You can use similar configuration in your application. I'm adding the reference below,
ADS5263EVM Evaluation Module (Rev. A)
Please refer to…
Part Number: ADS5263EVM Other Parts Discussed in Thread: THS770006 , ADS5263 Hello, I have a question about Vcm in ADS5263EVM. In datasheet for ADS5263 I see the recommended common-mode voltage = +1.5V (+-50mV), and for THS770006 this voltage needs to be…
Hello Ed,
On the ADS5263EVM, it follows the schematics (on User’s Guide):
The footprints of 4 channels can be used for transformer or THS770006.
But due to the components limitation,
the EVM was soldered according to Default configuration:
1)using…
Hello Boniello,
How are you?
Thank you for using our ADS5263 device.
Please take a look at TI ADS5263 User's Guide as the following link:
www.ti.com/.../technicaldocuments
On its page 5 and page 6 (also you can test on ADS5263 EVM's CH_IN3A SMA at…
Hi Richard,
Here are the links to the rev B schematics.
/cfs-file/__key/communityserver-discussions-components-files/73/3858.2251.ADS5263EVM_5F00_REV_5F00_B_5F00_SCH.pdf
and the BOM:
/cfs-file/__key/communityserver-discussions-components-files/73/6747…
Hi Chris,
The ADS5263 cannot sample DC signals in its default configuration. Channels 1, 2, and 4 are limited by the transformers to input signals above 400kHz. Channel 3 is limited by the ADC driver's (THS770006) output common mode voltage range. …
Other Parts Discussed in Thread: ADS5294 , THS770006 , LMH6551 , THS4509 , LMH6554 , THS4524 , THS4522 , THS4521 , LMH6629 , TINA-TI Hello,
I want to use the ADS5294, a octal channel 80MSPS ADC.
My analog input signals amplitude is +-1V (differentiaI) @ 0V common…
Other Parts Discussed in Thread: THS770006 , OPA827
Adequacy of noise performance
of fully differential amplifiers for driving high-speed 16-bit ADCs can be determined by comparing the noise
figure of the amplifier to the noise figure…
