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Part Number: OPA2695 Other Parts Discussed in Thread: OPA695 Hello,
I notice that the dual OPA2695 is covered by a different datasheet to the single OPA695, with the OPA695 looking to be considerably faster in terms of both small signal bandwidth and…
Part Number: OPA2695 Hello,
I understand that forming a voltage follower as the picture below is one of the ways to deal with an unused op-amp channel. But, is it OK to put +IN B (or +IN A) down to GND of OPA2695's unused channel? I'm concerned if it…
Part Number: OPA695 Other Parts Discussed in Thread: OPA2695 , , BUF602 , LMH6559 Hi Experts, My customer would like to use OPA695 or OPA2695 by unity gain. Does these devices can be stable operation at unity gain? I saw datasheet, OPA695 does not show a…
Part Number: OPA2695 Hello Experts, My customer has question as follows. Would you please answer them? 1. Why this device specify this spec? 2. Customer should put protection circuits if differential input voltage exceed this spec, such as clamp diode? 3…
Part Number: OPA2211A Other Parts Discussed in Thread: LMH6612 , OPA2695 Tool/software: Hi TIer
In my customer handheld ultrasound product in TGC circuit.
Could you help recommend a product with a package smaller than 3 mm *3mm, similar performance to…
Hi Thomas,
A correction for the exposed thermal pad of OPA2695, and I am sorry for the mix-up. The OPA2695 is junction isolated and not dielectrically isolated. So, the thermal pad must be connected to the most negative supply. This is negative supply…
Other Parts Discussed in Thread: OPA2695 Use opa2695 to make a amplifer witch G=-100, bandwidth=200MHz
The SCH. is in the attchment. But the IC didn't work ,and damaged because of heat.
Then the part A is cancelled,
Only the Part B is used . The…
Part Number: THS3001 Other Parts Discussed in Thread: OPA2695 , , THS3491 , THS3217 Hello,
I am trying to design an amplifier for an ultrasound pulse/receive system with an output swing of at least 26 Vp-p, although something closer to 40 Vp-p would be nice…
>Not sure about the other examples you show, the inverting mode is the highest slew rate and your gain of 1 examples probably exceed what theLMH6517 can deliver.
I was testing different conditions around the OPA2695 to see when the distortion disappears…
