Part Number: OPA2322 Tool/software: I'm using AD8226ARMZ-R7 from Analog devices with a gain of 1.99. The output of this Op-Amp is fed to a 6 pole 3KHz Butterworth anti-alising low pass filter having a unity gain formed by using OPA2322AIDGKR. I wanted…
Part Number: OPA2322 Other Parts Discussed in Thread: OPA4322 , OPA4323 , TLV9064 Customer would like to use OPA4322AIPWR for the 2nd source of the TLV9064IPWR. here list is comparison table.
The OPA is being used for the signal conditioning for phase current…
Part Number: OPA2322 The OPAx322 electrical characteristics table in the datasheet shows input voltage noise of 2.8µVpp . The OPAx322-Q1 , shows 4.5µVpp . Both datasheets however, show the same chart (Figure 10) for input voltage noise. Can you…
1. Ok so you are suggesting a ref5030 + resistor divider + a buffer to be feed the ref 1.5 in the circuit.
2. My second question is still unanswered. Can I use a single ref for three such condition circuit as mentioned in ref design.
As opa2322 has…
Part Number: OPA2322 Hi,
I have a query on the changes made to the following parameters in the latest datasheet "SBOS538F" w.r.t. the previous revision of the datasheet " SBOS538E" .
1. Input Offset Voltage vs Temp (dVos/dT) : In dat…
Part Number: OPA2322-Q1 Other Parts Discussed in Thread: TLV9062 Hi All,
My automotive customer is going to design a sensor automotive application using OPA2322-Q1. Does this p/n have wettable flanks pin? If so which exact package and code? If not, do…
Part Number: OPA2322 Other Parts Discussed in Thread: UCC28950 Hello
A customer wants to prevent the output of an error amplifier using the OPA2322 from saturating to shorten its recovery time. Vcc is 5V
We don't want to use a simple anti-saturation diode…
Part Number: OPA2322 Other Parts Discussed in Thread: TINA-TI Tool/software: TINA-TI or Spice Models Hello.
We need OPA2322AIDGKR and OPA4322AIPWR IBIS MODEL. Please kindly provide it. Thanks~
Dear Kai.
Good day.
This is the same problem that we discussed before.
We also try your suggestion before and just only one solution are worked.
We cut off GND_B and GND_C then use a 0.01uF between GND_B and GND_C. The problematic OPA2322 are work. But…