TL071 IC Pinout, Equivalent, Where We Can Use This IC and Other Info
Today we are doing to discuss about TL071 IC pinout, equivalent, where we can use this IC, and other important and interesting features of this operational amplifier IC.
TL071 IC Features / Technical Specifications:
- Low noise and low distortion circuitry
- Short circuit protection at the output
- Low current consumption
- Free from latch-up
- JFET used at the input
- 10mA output current
- Fast slew rate
- Very low harmonic distortion
- Wide operating voltage from 6V to 36V
- Quiescent current is only 1.4mA to 2.5mA
- Low cost and reliable
TL071 Pin Configuration:
|Pin#||Pin Name||Pin Description|
|1||Offset N1||Offset Null 1|
|2||IN-||Inverting Input of IC's First Operational Amplifier|
|3||IN+||Non Inverting Input of IC's First Operational Amplifier|
|4||Vcc-||Ground / Negative Connection|
|5||Offset N2||Offset Null 2|
|6||Out||Output of the IC|
|7||Vcc+||Positive Connection Terminal of the IC.|
|8||NC||No Connection or no connection with the internal circuit of the IC.|
TL071 Explained / Description:
TL071 is an IC of the TL07X family. TL07X also contains other dual and quad operational ICs which are TL072 and TL074. TL071 contains a single operational amplifier inside. The chip is available in 8pin DIP and SO-8 packages. The internal circuitry of the IC is consisting of 14 transistors, 2 JFETs, 11 resistors, 1 diode, 1 capacitor and 1 epi-FET. The internal circuitry of the IC is designed to get low harmonic distortion and low noise which makes it ideal to use in audio preamplification circuits.
Moreover, the IC also featured short circuit protection at it output, latch-up free, fast slew rate, low current consumption, low quiescent current more many more features which make it a robust device and also make it reliable to use in commercial equipment.
The IC is also available in three different types according to the temperature range which can be determined with the first alphabet after its part number. If the alphabet is “C” then its storage and operating temperature will be 0 °C to 70°C. If that alphabet is “I” then its operating temperature will be -40°C to 85°C, and it that alphabet is “M” then its operating temperature will be -55°C to 125°C.
Additionally, this IC is not limited to only audio preamplification tasks and can also be used in a wide variety of applications listed below.
Voltage comparator Circuits
Replacement, Equivalent, Or Alternative ICs / Part Numbers:
If you can’t find the TL071 IC then you can also use other ICs of this family which are TL072 and TL074 and only you have to use their one internal opamp from either of these ICs. Other nearest possible replacements can be NE5534, TLE2071, TLE2072.
Application Circuit :
The figure below shows an audio preamplifier circuit using TL071 and a few other components. The operating voltage of the circuit is 9V DC.
Safe Operating Guidelines / Absolute Maximum Ratings:
Each component has a limit and usage guidelines, operating a component above these limits can cause permanently damage the component or shorten its lifespan therefore it is also important to know about the absolute max ratings of each component before using it in your circuit or design.
When operating the IC with a dual power supply the maximum voltage should not be more than ±18V and with single power supply the max voltage should not be more than 36V.
Maximum Input Differential Voltage:
The maximum input differential voltage of the IC is ±30V.
Maximum Power Dissipation:
Max power dissipation is 680 milliwatt. It means the amount of heat this IC can handle and when it reaches to 680mW its temperature will go to 150 degrees centigrade.
Storage and Operating Temperature:
The IC should be operated under its mentioned temperature. As it is also mentioned above the storage temperature of the IC can be determined by the alphabet or suffix used after its part number.
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