Part Number: LM741 1. Is the part number for the LM741A in a TO-99 case LM741AH?
2. What is the maximum power dissipation for the LM741, in a TO-99 case, at 90C?
Part Number: LM741 Figure 1-2 in the Texas Instruments Application Report "Understanding Operational Amplifier Specifications" identifies the resistance between the sig(+) and sig(-) terminals as Ri. So, the value given for the “Input resistance” of 2M…
Part Number: LM741 I can not find an open-loop gain for the LM741A on its datasheet. Is there a way to calculate the open-loop gain for the LM741A using values given on its datasheet?
Part Number: LM741 Other Parts Discussed in Thread: TLV333 , DAC081C081 Hello Team TI ,
We want to create the milivolt source, to source the another circuit from the range of 1mV to 20mV with the step size of 1mV. also the circuit should not provide…
Part Number: LM741 Tool/software: Dear Team,
I hope you are doing well.
Need concept of "COMMON MODE VOLTAGE" IN OP-AMP".
Please provide some notes for getting more knowledge on calculation. power dissipation and filtering concept of op-Amp.
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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…
Part Number: LM741 Other Parts Discussed in Thread: TLV2374 Tool/software: To TI Support Team:
The customer is needign the ordering part number to the TI device in DIP-14 packaged depicted in the attached image with the below markings:
Can…
Part Number: LM741 Tool/software: What is MAX thickness of the Au finish on the thru hole termination leads for the LM741H//883 OP AMP? Is there range (MIN - MAX) of Au finish thickness on the thru hole termination leads for the LM741H//883 OP AMP?
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…