741 Operational Amplifier: Difference between revisions
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=====Description===== | |||
The [http://en.wikipedia.org/wiki/Operational_amplifier '''741 Op-amp'''] chip is designed to accept two inputs on pins 2 and 3. The difference between the inputs is amplified to give the output. | The [http://en.wikipedia.org/wiki/Operational_amplifier '''741 Op-amp'''] chip is designed to accept two inputs on pins 2 and 3. The difference between the inputs is amplified to give the output. | ||
=====Features and Applications===== | |||
If the voltage on pin 2 is greater than pin 3 the output is negative. If pin 3 is greater than pin 2 the output is positive. | If the voltage on pin 2 is greater than pin 3 the output is negative. If pin 3 is greater than pin 2 the output is positive. | ||
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OFFSET NULL is used to balance output in high gain applications. | OFFSET NULL is used to balance output in high gain applications. | ||
{{Transistor & IC Buyers Guide}} | |||
[[Category:Secondary]] | [[Category:Secondary]] | ||
[[Category:Electronics Components]] | [[Category:Electronics Components]] | ||
Latest revision as of 12:13, 3 July 2016
Description
The 741 Op-amp chip is designed to accept two inputs on pins 2 and 3. The difference between the inputs is amplified to give the output.
Features and Applications
If the voltage on pin 2 is greater than pin 3 the output is negative. If pin 3 is greater than pin 2 the output is positive.
The Op-amp gives a voltage gain as opposed to a transistor which gives a current gain.
Uses: Switching, amplifiers, oscillators and analogue computing.
Data:
Pin
- OFFSET NULL not normally used
- inverting input
- non inverting input
- 0V is connected to the zero supply
- OFFSET NULL not normally used
- OUTPUT
- positive (+ve) supply voltage (+3V to +18V)
OFFSET NULL is used to balance output in high gain applications.
