
Allicdata Part #: | 296-34314-5-ND |
Manufacturer Part#: |
TL971ID |
Price: | $ 0.00 |
Product Category: | Integrated Circuits (ICs) |
Manufacturer: | Texas Instruments |
Short Description: | IC OPAMP GP 12MHZ RRO 8SOIC |
More Detail: | General Purpose Amplifier 1 Circuit Rail-to-Rail 8... |
DataSheet: | ![]() |
Quantity: | 816 |
Specifications
Voltage - Input Offset: | 1mV |
Base Part Number: | TL971 |
Supplier Device Package: | 8-SOIC |
Package / Case: | 8-SOIC (0.154", 3.90mm Width) |
Mounting Type: | Surface Mount |
Operating Temperature: | -40°C ~ 125°C |
Voltage - Supply, Single/Dual (±): | 2.7 V ~ 12 V, ±1.35 V ~ 6 V |
Current - Output / Channel: | 80mA |
Current - Supply: | 2mA |
Series: | -- |
Current - Input Bias: | 200nA |
Gain Bandwidth Product: | 12MHz |
Slew Rate: | 5 V/µs |
Output Type: | Rail-to-Rail |
Number of Circuits: | 1 |
Amplifier Type: | General Purpose |
Part Status: | Active |
Packaging: | Tube |
Description
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TL971ID Field of Application and Working Principle
The TL971ID is a high-speed, high-precision, low-power integrated circuit (IC) designed for use in instrumentation, linear amplifiers, operational amplifiers, buffer amplifiers, and other analog and digital applications. This high-speed IC is ideal for precision signal conditioning, amplification, and filtering applications operating at moderate frequencies.The TL971ID was designed to operate with single-ended, dual-channel inputs and with rail-to-rail output swings. It provides excellent settling time, low distortion, high gain, and low power consumption. The amplifier can be configured as either a single or dual channel amplifiers. The TL971ID offers a wide range of gains from 0.1V/V to 1000V/V. In addition, the IC has a wide bandgap to allow for low frequency, low noise operation.The TL971ID is a CMOS device manufactured using a 0.35 micron CMOS process technology. It is available in packages ranging from 5-Pin SOT-23 (TL971IDCX) to 20-Pin DIP (TL971IDXX). The device operates from a single 3.3V to 5V power supply and dissipates very low levels of power compared to standard operational amplifiers and buffer amplifiers.The working principle of the TL971ID is based on a differential amplifier and voltage follower configuration. The differential amplifier configuration has two input stages and the voltage follower configuration has one input stage. The input stages of the differential amplifier are high input impedance stages that amplify the differential input voltage by the specified gains. The output stage of the differential amplifier is also high input impedance and provides the output to the voltage follower section. The voltage follower section provides low output impedance amplification and provides the output voltage swing by applying the differential voltage gain across the feedback resistor.The performance of the TL971ID is highly dependent on the gain and feedback resistor settings. The higher the gain and the lower the feedback resistor settings, the higher the output voltage swing and the lower the power consumption. On the other hand, the lower the gain and the higher the feedback resistor settings, the lower the voltage swing and the higher the power consumption.The TL971ID device can operate from a wide range of supply voltages from a single 3.3V to 5V supply and can be used in a variety of applications such as precision signal conditioning and amplification, linear amplifiers, and buffer amplifiers. Furthermore, the device has a wide slew rate of up to 1000V/μs and features a low power dissipation of up to 20mW.In summary, the TL971ID is an ideal solution for instrumentation and linear amplification applications requiring a high speed, high precision, low power integrated circuit with excellent performance and settling time. The device offers wide gains of up to 1000V/V, a wide bandwidth of up to 1MHz, and low power consumption of up to 20mW. Furthermore, the TL971ID has a wide operating temperature range of -40°C to +125°C and is available in 5-Pin SOT-23 and 20-Pin DIP packages.The specific data is subject to PDF, and the above content is for reference
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