Part Number: THS3217EVM Other Parts Discussed in Thread: OPA134 Hello
We are new to this board and are not sure of having read the manual properly. The issue is we get 4 mV or 40 mV when we use the OPS amplification even if the differential signal we…
Part Number: THS3217EVM Other Parts Discussed in Thread: THS3217 , I ordered two THS3217 EVMs to prototype a DC-coupled DAC driver circuit for a Xilinx RFSoC driving an I/Q mixer. I would like to connect +VCC to 6V and -VCC to -6V. However, it appears…
Part Number: THS3217EVM Other Parts Discussed in Thread: THS3215EVM , , THS3217 Hello, engineers: I would like to ask a question, in the application THS3215EVM and THS3217EVM (SBOU161A), I see a lot of test points are not directly added to the trace,…
Part Number: THS3217EVM Other Parts Discussed in Thread: THS3217 , , LMH3401EVM , BUF602 Hi Experts,
Good day. We have this query from client about THS3217:
In the D/S this part is written to interface with a DAC (current driven), but can we drive…
Part Number: THS3217EVM Other Parts Discussed in Thread: THS3217 , LMH6703 , OPA695 1) We are using the Diff amplifier PN: THS3217 and our maximum operating frequency up to 800 MHz’s We want 0dB gain for entire BW from DC to 800 MHz signals. We wanted…
Part Number: THS3217EVM Hi,
The manual states that this produce has a fixed 2 V/V gain. It would be useful for our application to increase that value by maybe a factor of 2 or 4 without adding any extra components.
Can the resistors on this board…
Part Number: THS3217EVM Other Parts Discussed in Thread: THS3217 Hi there,
Can I use THS3217 as a bias tee to add DC to a single-ended AWG output (e.g Vin+ for signal and Vin- for DC)? Our application prevents us from using conventional bias tee which…
Part Number: THS3217 Hello Engineers
THS3217 DC to 800-MHz, Differential-to-Single-Ended, DAC Amplifier.
I’m hoping to get some advice from anyone that has experience using THS3217EVM dev board.
The problem is, I am seeing is distortion (compression…
Hi Weyann,
I spoke to a team member which supports the BUF802 device, and he will be able to look over the layout and give additional feedback. Looking at your THS3217, everything looks laid out as ideal as could be with your decoupling capacitors close…
