Part Number: OPA2320
Hi,
Page4 says: " In order to utilize the maximum input dynamic range of ADC, this sensed differential voltage ( shunt V ) signal needs to be amplified and adjusted to meet the ADC input requirement. This requires a precision…
Part Number: OPA2320 Other Parts Discussed in Thread: OPA2380 , Hi Team,
My customer was use OPA2380 and looking for better noise performance.
Now they use OPA2320 to do testing, and set it up as differential amplifier, gain is 33. The input signal…
Part Number: OPA2320-Q1 Hi,
this device has operational temp range up to 150 degrees C, but all parameters are tested and guaranteed only up to 125 degrees.
Do we have any characterization/data in the range from 125 to 150 degrees?
If not, it is…
Hi,
Could you let me know output state at shutdown when _SHDN is low, please? ->I think that output state of OPA2320S at shutdown is high impedance. Is it correct?
Best regards, Shimizu
Other Parts Discussed in Thread: OPA2322 , OPA2320 Hi
Our customer is considering OPA2320 or OPA2322. Which is better linearity about offset voltage vs common-mode voltage?
I think OPA2320 and OPA2322 has same linearity. Is that right?
Regards.
Hello Sir,
No I dont have a Gain/Phase analyzer. The schematic is very simple.
OPA2320 is fed with an input to the positive pin from a signal generator. The negative pin and the output are shorted. The output is given to a DSO. The positive 2.5V…
Part Number: ADS1258-EP Other Parts Discussed in Thread: ADS1258 , OPA2320 Hello Team,
As per the datasheet of ADS1258-EP (16 channel ADC), the Sensor Bias (Current Source) with SBCS[1:0] = 11 is 24uA.
Is this the analog input current per channel…
