Part Number: OPA237 Hi,
I am looking for OPA237NA-3K Open Loop Gain Max Spec.
Inside the spec has 80dB (min) and 88dB (typ) spec. May I know what is the max spec for this open loop gain?
End customer evaluation is based on closed loop gain, but…
Hello Philip,
Simply rename the file extension from ".mod" to ".txt" and it will work. Since SPICE netlists are all just raw text files, you can do this to change them between .mod, .txt, .lib, .cir, and other text types as needed.
Best regards…
Part Number: TIPD184 Other Parts Discussed in Thread: OPA237 , OPA277 Dear,
I have qestions TIPD184 EVM B/D.
I can see the current use the OPA237 in the TIPD184. but we trying to the replacement to OPA277UA.
pls, advice to the side impact or problem…
Part Number: TIPD184 Dear Javier,
Can you please pass me the your email address.
Because i'll send you the schematic with the FET applied. NOT for Forum.
Thanks and B/R.
Stewart.
Other Parts Discussed in Thread: OPA237 I am redesign a circuit with a unity gain buffer that I have had difficulty with due to the dual supply op amp requires the +/- rail voltage to come up equally (the dc-dc converter that powers this circuit the negative…
Hi Said,
I checked with our PA Op amp Marketing Engineering team and they were able to provide me with some insight on the OPA237 and OPA188 longevity plans.
Despite the OPA237 being introduced 20 years ago, it is a widely applied op amp. The semiconductor…
Part Number: UCC2801 Other Parts Discussed in Thread: UC3842 , OPA192 , OPA237 Hello I'm facing difficulties to check the stability margin with Bode 100 on a flyback built around UCC2801.
The flyback is in inverting step up mode with the following param…
Part Number: DRV411 Other Parts Discussed in Thread: DRV421 , OPA454 , OPA237 , TIPD184 Tool/software: Dear team,
I am referring to the TI design guide titled ±50A Current Sensor Using Closed-Loop Compensated Hall Element ( www.ti.com/.../TIPD180) and…
Part Number: AMC1100 Other Parts Discussed in Thread: OPA237 , AMC1300 Hi,
AMC1100 component is used for sensing the RAW power supply AC supply 50Hz. The following ckt is used.
Here VDD1 is connected to 5V_Main_AC. 5V_Main_AC (5V DC) is generated…
