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 to…
Part Number: THS3217 Other Parts Discussed in Thread: THS3215 Hi Team,
We have designed a DAC circuit with using THS3217 part. Our design requirement as below,
Bandwidth (-3dB) at least 10MHz
Support output range +-5V
Output drive current >=25mA
…
Part Number: THS3217 Hii,
OPS output gain is configured as 2.5 as per the datasheet table 2.
But we are not getting output 10Vpp as per the 2Vpp input in OPS section. As per the suggested value its not at all amplifying. Output is same in input we are…
Part Number: THS3217 Other Parts Discussed in Thread: THS3091 , THS3491 Team,
Please help to answer on customer query on previous e2e thread - https://e2e.ti.com/support/data-converters/f/73/t/839127
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Hi Rohit,
We thank for your support…
Part Number: THS3217 Other Parts Discussed in Thread: AFE7225 , THS4221 , THS3215 , THS3491 Hi Team,
We are designing a 2 channel DAC circuit using analogue front end AFE7225 part. The output of the DAC we are converting D2S by using THS3217 part and the…
Part Number: THS3217
Hi!
Could you, please tell me, what i'm doing wrong?
There are graphs of HD2 and HD3 in the datasheet of ths3217 t. It's easy to see, that if a signal has amplitude about 2,5 V in the output of ths3217, there will be about…
Part Number: THS3217 Other Parts Discussed in Thread: LMH6401 ,
Hi!
I need to drive LMH6401 with THS3217 and get very low HD2 and HD3 (not worse as datasheet's one at +6V and -6V supplies)/
There is a graphic of HD2 and HD3 vs power supplies in datasheet…
Part Number: THS3217 Hello,
My customer is designing power trees for THS3217.
To keep the performances specified in the datasheet, any power rail ripple or noise requirements to be followed?
Best regards,
K.Hirano
Part Number: THS3217 Hi Team,
According to the THS3217 data sheet, the output stage of the device shows overshoot for a step response. My customer has a circuit that shows similar and they'd like to minimize the overshoot.
Here are some design requirements…