Part Number: OPA140 Other Parts Discussed in Thread: OPA2140 Greetings. The datasheet of OPAx140 introduces relevant information about EMI Rejection, but the figure 7-6 OPA2140 EMIRR provided in the datasheet describes dual-channel OPA2140 EMI Rejection…
Part Number: OPA140 Hi,
I try to use OPA140 to design my circuit. When I build a inverter amplifier, the result looks not correct.
I am not sure it is because of the supply voltage for omamp too small. When I increase to ±10V, it looks work well.…
Part Number: OPA140 Hi,
I am considering OPA140 as a replacement for OPA124.
The output from the photodiode is received by OPA140 and amplified.
However, distortion of the output voltage waveform occurred with OPA140, which was not seen with OPA124…
Part Number: OPA140 Tool/software: Hi Alec,
Thank you very much for your detailed response, and apologies for the delay in getting back to you. The project is currently on hold and may be moving in a different direction, so we won’t be needing an op…
Part Number: OPA140 Tool/software: Hello,
We are working on a very sensitive amplifier to interface with a high impedance sensor.
I discovered that the datasheet and the simulation model doesn't include the current 1/f noise.
We need to make sure…
Part Number: OPA140 Other Parts Discussed in Thread: OPA2828 Hi Experts,
Can you help with the inquiry below?
I have to design a charge Amplifier for a piezoelectric Sensor. The sensor capacity is between 30 and 50 pC, amplification should be at least…
Part Number: OPA140 Tool/software: App Note
Dear All,
I came across a Burr-Brown application note from February 1994 (SBOA060 – Noise Analysis of FET Transimpedance Amplifiers ), which presents a detailed noise analysis of a transimpedance amplifier…
Part Number: OPA140 Tool/software: Hello All,
I am trying to build a transimpedance amplifier for capacitive sensor. This sensor captures 50Hz power frequency signal by capturing E field created.
that being said, the sensor´s presence did not changed…
Part Number: OPA140 Tool/software: Team-
The OPA140 lists typical input offset voltage drift as typically +/-0.35 uV/C with a max of 1 uV/C.
What is the mean and standard deviation of this parameter?
Thanks!
-Steve