Part Number: LF412 Other Parts Discussed in Thread: UA741 , LM2904B I teach an electronics lab. After problems in the lab yesterday I had an LF412 set up on my bench and measured the step response. I obtained trise=63 ns which corresponds to a BW 5.5…
Part Number: LF412 Hello,
Could you give me the difference for FL412CD between date code TI48M AG38 and TI58M AFHL.
When i perform diod tests between output pin and power supply pins, i get different results. Does the internal schematic diagram of…
Part Number: LF412QML Other Parts Discussed in Thread: LF412 Hi Team,
Posting on behalf of our customer.
I'll share this E2E post with our customer so he can reply when needed.
Customer inquired if they can glue LF412 MD8 using a conductive epoxy…
Part Number: LF412 Other Parts Discussed in Thread: TLV9352 , TLV9362 Tool/software: Due to our problems using LF412 I have decided to try something different.
I have tested TLV9352, but this type seems to have the same issues with the slew-rate-boost…
Part Number: LF412 Tool/software: For the last 15 years we have been using this OPAMP for several circuit. One of them is an classis inverting amplifier with a gain of 0.2. This circuit is driven by a pulse 2Vpp 50kHz dutycycle 5%.
The "older" batches…
Part Number: LF412 Tool/software: Hi TI Support Team,
I would like to request your assistance and clarification regarding a recent issue observed on the LF412CDR operational amplifier. We are encountering FCT self-test failures on product affecting…
Part Number: LF412 Other Parts Discussed in Thread: TL082H Greetings,
I'm Calvin. My team is using the LF412C amplifier and we encountered a spike when a step is pumped into the non-inverting input. The amplifier is configured as a non-inverting amplifier…
Part Number: LF412 Hello Team,
Is the LF412CDR manufactured with 2 different leadframes or has there been a change of the leadframe?
Thanks and Best Regards,
Hans
Part Number: LF412-N Hi team，
Following Tim Green's article in Operational Amplifier Stability, part 3 of 15,on the closed-loop output impendence VS frequency curve, FIG 20, we choose the G=10 curve and on its x-axis the point 0.8kHZ, at the intersection…
Part Number: LF412-N Hi,
Customer build a simple voltage follower (buffer) circuit using the LF412CN however they observe that the output hit compliance (Max Vcc Voltage) after they adjust the input voltage below 1V (all behavior is normal above 1V…
