Part Number: OPA207 Other Parts Discussed in Thread: OPA2202 , OPA2196 , OPA4196 , OPA4197 , OPA2197 , OPA4202 I am looking for a 2 and 4 channel equivalent of the OPA207.
Please make any recommendation that will satisfy this need.
Part Number: BUF634A Other Parts Discussed in Thread: OPA207 , DAC11001B , DAC91001 , TINA-TI , OPA549 , LM3886 , OPA564 , OPA1656 , OPA1622 , BUF634
Hi, I want to reimplement Jim Williams classic power booster design using all TI's parts. The design is detailed…
Part Number: OPA207 Other Parts Discussed in Thread: OPA1692 , OPA1641 Hi,
I'm having some problem with the OPA207 PSpice model in LTSpice (sorry, I can't use TINA as I only have a Mac). The model is giving me what looks like incorrect noise figures…
Part Number: OPA207 Other Parts Discussed in Thread: OPA4202 , OPA4196 , OPA4191 Hello,
I have to switch from single to quad packages for size. Right now i am using OPA207 in the Design, but there is no mutiple Channel Version of it, so i am looking for…
Part Number: OPA207 Hi there,
I am searching for an LNA specifically for GPS application. Does TI has something specially designed for this purpose?
Looking forward to your reply.
Thanks, Zain
Part Number: OPA207 In the datasheet, Eco plan staus of POPA207IDBVR is still TBD.
Could you let us know When the staus will be changed ?
and fhe first letter of parts number P means before release ?
If yes, when POPA207IDBVR will be released ?
Part Number: OPA207 Other Parts Discussed in Thread: OPA140 , OPA828 , OPA197 Hi Team,
I received the following request, can you suggest me the best device?
############################################################
We are looking for a solution to read…
Part Number: OPA207 Hello,
The OPA207 datasheet describes that it can replace from OP-177.
Certainly, the electrical characteristics has the same or higher performance,
however, I have one concern.
In ADI OP177 datasheet, it is written that as below…
Part Number: DIFFAMP-EVM Other Parts Discussed in Thread: OPA207 I'm trying to utilize the DIFFAMP-EVM to output the difference between two signals at approximately 2.3V. When I attach those two signals to VIN+ and VIN-, I see an output around 1.15V.…