Part Number: OPA187 Other Parts Discussed in Thread: OPA383 , INA317 , INA333 Tool/software: Hi:
In datasheet , the recommend MIN supply voltage is 4.5V. But in my test board, even with 4.0V supply voltage, the OPA187 can still work well and sent out…
Part Number: OPA187 Tool/software: I recently came across the datasheet for OPA187IDBVR (opa187.pdf) and noticed that there are Orderable Part numbers having suffix .B at the end. (e.g. OPA187IDBVR.B).
Are these part numbers considered a valid part…
Part Number: OPA187 Other Parts Discussed in Thread: OPA188 , Tool/software: Hi support team.
Could you please provide some information about the method and measurement environment for measuring the input bias current of the OPA188 introduced in the…
Part Number: OPA187 Hi
I used OPA187 as a buffer ,the input REFOUT is 2.5V, the output provide the 2.5V for a resistance bridge(350R) and a resistance 480R(see the below picture 1).
but the wave between E+ and E- always havs the low frequency noise…
Part Number: OPA187 Other Parts Discussed in Thread: TLV6001 Tool/software: Hello,
I recently came across an informative post on EDN that discusses methods for testing the characteristics of operational amplifiers. It was very insightful, and I decided…
Part Number: OPA187 Other Parts Discussed in Thread: OPA4187 , OPA2187 , In our product design, we are using OPA187ID IC. In the data sheet, it is mentioned ±10 μV input offset voltage, we are selecting VSSOP package. I want clarification about VSSOP…
Part Number: OPA187 Other Parts Discussed in Thread: OPA205 Tool/software: My application uses the OPA187 with (V-) = 0V, (V+) = 12V. It is configured as a non-inverting amplifier. I would like to know if an output voltage of 0.5V at 5mA load current…
Part Number: OPA187 I need a circuit design that includes a fourth-order Butterworth filter for processing a wide-range differential input signal from ±50V to ±10mV, eventually feeding into an AD9467 ADC, with an accuracy requirement of 0.05%. Could you…
Part Number: OPA187 Dear product line
My customer ask me design a BPF:(butterworth, level 2: 300Hz~20KHz). So, I used filter-design-tools in TI web to design a active filter. the result as below.
then I simulation this circuit. the circuit as below…
