Part Number: OPA2810 Hi Team, we would like to seek your assistance on the graph translation since the plot starts near 180 instead of 0.
Hoping for your inputs.
Thank you.
-Mark
Part Number: OPA2810 We are planning on using OPA2810 in our Analog IO card. I need some clarifications.
Our requirement is +/-10V single ended. We will be using +/-12V as Vs+ and Vs- supply voltages.
I am a little bit concerned because allowable input…
Part Number: OPA2810 We are planning on using OPA2810 in our Analog IO card. I need some clarifications.
Our requirement is +/-10V single ended. We will be using +/-12V as Vs+ and Vs- supply voltages.
I am a little bit concerned because allowable input…
Part Number: OPA2810 Hi team,
Is there any problem by negative and positive supply voltage unbalancing?
For example, the supply voltage is +17V and -10V which is within recommended total supply voltage. Does OPAMP keep its gain accurately within its input…
Part Number: OPA2810 Other Parts Discussed in Thread: OPA837 , Hi team,
Could tell me the difference between SSBW and LSBW?
I understood SSBW = GBW/Gain, which shows input signal frequency capability for linear operation of OPAMP.
Could you tell me the meaning…
Part Number: OPA2626 Other Parts Discussed in Thread: OPA350 , OPA626 , , TINA-TI , OPA607 , OPA810 , TLV365 , OPA2810 , TLV2365 , OPA2607 , OPA838 , OPA625 , OPA2625 Tool/software: Hello
I have run simulation for the circuit below, when I use OPA350, the result…
Part Number: OPA2810 Other Parts Discussed in Thread: OPA2211A , OPA1611 , LMP8672 HI Sir
I already use the ADA4898-2 in my circuit,verifty ok
but I want to see the difference between the ADI and TI
Do you have any sugestion?
thanks
Part Number: OPA2810 Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models Hello TI team
I would like to evaluate OPA2810 in my application but can't find a Spice model.
Do you have some already available?
Thank you
Reg…
Part Number: OPA2810 Hello,
I have a circuit with an AC large signal input +13V to minus 13V, 50Hz. My circuit has to operate from a single +5V supply.
I divide and shift the input signal with a 3 resistor (and a reference) circuit so that +13V translates…