Part Number: LM4562
The above is an extract from AN 1671 published by National Semiconductor and written by Bob Pease on the LM4562,
How can the non-linearity when used as a unity gain follower be improved?
Part Number: LM4562 Other Parts Discussed in Thread: LM2776 Hi team,
customer is designing LM4562 in new project.
Customer met an issue. if customer provide the following condition, the V- voltage will change to 0V. It seems the current is to huge and…
Part Number: LM4562 Other Parts Discussed in Thread: OPA2134 Dear Amplifiers team
I have a old project of ultra low distortion oscillator, in this project, designer used several operational amplifiers of other competitor (Analog Devices).
My idea is to…
Part Number: LM4562 Other Parts Discussed in Thread: OPA1611 Hi:
I would like to use the LM4562 on +/-18.2V supply voltage. Is it common for these to work at voltages this high, or do they die at +/-17.1V (looking for test-bench experience).
Thanks…
Part Number: LM4562 Hi TI team
I would use the LM4562 in my "balanced control volume" project. I have several stages for each channel, so I'm using 5 chips in total. The board will have +15/-15V generated with LM7815/7915.
For LM4562 chips…
Part Number: LM4562 Other Parts Discussed in Thread: TINA-TI
The amplifier circuit is shown in the figure:
The amplifier used is LM4562, and the input and output images are shown in the figure:
At present, our input waveform has a large overshoot and…
Part Number: LM4562 I am using this device as a non inverting amplifier on a single supply rail of 12V. i am deriving a mid point voltage of 6V using two 10k resistors and a 10uF cap, fed into the non inverting input thru a 47k resistor. The audio input…
Part Number: LM4562 Other Parts Discussed in Thread: TINA-TI , , OPA2131 , OPA2140 Tool/software: TINA-TI or Spice Models Hello,
I'm looking for a working SPICE model of the LM4562 that I can use within LTspice. The model provided at the website has two…
Dirk,
After I consulted with the team about the status of LME49710 and LM4562 I got the following information:
LM4562 - SOIC and PDIP packages are in Active status while TO-99 is being EOL
LME49710 - Unfortunately this one is EOL for the three packages…