Part Number: OPA837 Other Parts Discussed in Thread: OPA625 , TIDA-01055 I was wondering about the common-mode input range of the OPA837 when used as a reference buffer for an ADC.
The TIDA-01055 compares the OPA625 with the OPA837 as a lower power option…
Part Number: OPA837 Other Parts Discussed in Thread: OPA832 Hi community,
I hope everyone is safe at the current time.
Actually, I was trying to design a buffer and LPF circuit with a single-supply design using OPA837 op-amp and I tried to follow Figure…
Part Number: OPA837 Other Parts Discussed in Thread: OPA838 , OPA2837
I was going to use this table in an article discussing max linear output current - might be a few errors here, this is in the 5V table,
1. Perhaps the overtemp output voltage swings…
Part Number: OPA837 Other Parts Discussed in Thread: OPA810 Hi,
I have a rather general query regarding offset voltage and bias/offset current specifications, given in datasheets. But for reference I've mentioned OPA837.
I was doing some error analysis…
Part Number: OPA837 Hello,
Are the input bias currents modeled in the OPA837 spice model? According to the notes in the model, the bias currents should be modeled.
However, the simulation shows bias currents of ~17uA. According to the datasheet the bias…
Hi,
The TINA-TI model can be easily converted into a generic pspice .CIR file using the following tutorial training.ti.com/how-convert-tina-ti-model-generic-spice-model .
For the model download, I am able to download successfully without any issues…
Perhaps the same query as this one? Follow this one along if so,
https://e2e.ti.com/support/amplifiers-group/amplifiers/f/amplifiers-forum/1037940/lmh6628qml-sp-redundant-buffer/3837692?tisearch=e2e-sitesearch&keymatch=opa837#3837692
Other Parts Discussed in Thread: OPA837 Hi engineers, for deepen understanding of op amp parameters, I want to build different test circuits for various op amp parameters, but the datasheet just introduce some test condition, so I need some document which…
Hi Mike,
Thank you for quick reply. OPA837 input range is +-1V, so I will have to rescale my input. But its good that it allows multiplexing. Thank you for help.
Regards,
Vishal