Part Number: OPA277
How would you test for this op amp's open loop output impedance vs frequency and dc physically? Are the inductor and capacitor there only for simulation or are small values needed in real life? And how would you apply a current…
Part Number: LM741 Dear Team,
I dont quite understand how this circuit works. Can anyone help me analyze this circuit?
I only understand the second stage (the inverting output) but i have no clue about the left part.
Regards
HARI
Part Number: LM741 The TI datasheet LM741 states the LM741H is available per JM38510/10101. I cannot find parts using the designation JM38510/10101. Do you recognize this designation?
Part Number: LM741 I am trying to bulid a zero crossing detector circuit for the AC supply 220 V and 50 Hz. It should be capable of measuring phase differences between two AC signal. Can you suggest any single IC for measuring phase differences between…
Ron,
Hope you had a good holiday and are having a good New Year. Thank you for the test setup and information! I will keep this in mind in the future if we get anymore failed units that we can get an IC from to test.
Regarding the LM741CH, this is the…
Part Number: LM741 I have encountered multiple failures of the LM741CH operational amplifier ICs. In operation, these ICs are configured for a voltage follower configuration as part of a most negative input voltage auctioneering circuit. The failures…
Part Number: LM741 Other Parts Discussed in Thread: LF356 , TL071 I am using the attached circuit.
It is a standard inverting amplifier circuit.
There is a class D switching amplifier nearby and the switching frequency is 51 kHz.
Noise from the switching…
Part Number: LM741-MIL Other Parts Discussed in Thread: LM741QML Hi Guys,
LM741-MIL Product page clearly specifies that it's a Military grade part, however need your confirmation if the rest of the OPN's specifically LM741J is a Military grade part as…
Part Number: LM741 Hi Team
I am searching for a pspice model of the LM741 with modeled offset-pins. In the circuit I have to rebuild in Pspice, the offset pins are connected to a potentiometer. And the third pin of the potentiometer is connected to 15V…