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  • RE: OPA365: I need an alterative to OPA365AIDBVT, could anyone recommend a solution?

    Hi Luke, First check all of the distributors. Second, the OPA365-Q1 and OPA365-EP are the same device, they just have more intensive vetting which adds cost. We have two alternatives available: OPA607 and LMV793 aka LMP7717. These can be externally compensated…
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  • [FAQ] What precision amplifiers are right for an Inverter & Motor Control system (IMC)?

    Resolved
    Other Parts Discussed in Thread: LMV841-Q1 , TLV197-Q1 , OPA197-Q1 , ALM2402F-Q1 , ALM2403-Q1 , OPA192-Q1 , OPA322-Q1 , OPA388-Q1 Inverter and Motor Control systems are used in electric vehicles to manipulate an AC signal with pulse width modulation that ultimately…
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    • Answered

  • OPA365-Q1: OPA365-Q1

    Resolved
    Part Number: OPA365-Q1 Other Parts Discussed in Thread: OPA365 , OPA365-EP , LMV793 , OPA607 , LMP7717 , OPA354 Hello, Is the OPAx365-Q1 equivalent to the OPA365 except the OPAx365-Q1 is qualified for automotive? We have used the OPA365 with excellent results…
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    • Answered

  • RE: Gain mV/Volt

    Resolved
    Guang Zhou said: If you don’t like “20 V/V”, you can convert to anything that makes you comfortable - 20mV/mV, 20KV/KV, 20000mV/V, 0.02V/mV, 0.00002KV/mV… Again the reason to convert is to keep both sides of the equation (V/V)…

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