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TL084CDR SMD IC op amp SOIC8 JFET TLO84 084 TL084CDR

TL084CDR SMD IC op amp SOIC8 JFET TLO84 084 TL084CDR

SKU:TL084CDR

Regular price Rs. 18.00
Regular price Rs. 99.00 Sale price Rs. 18.00
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100 in stock

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Product Overview:

A popular family of JFET-input operational amplifiers designed to offer a broad selection of performance characteristics for general-purpose analog applications. These devices combine high-voltage JFET and bipolar transistors on a single monolithic integrated circuit, providing high input impedance and fast slew rates while maintaining low noise and low harmonic distortion.

Core Specifications:

  • Manufacturer: Texas Instruments

  • Package Type: Available in various packages including D (SOIC), P (PDIP), and PS (SOP) depending on the specific variant.

  • Function: JFET-Input Operational Amplifier

  • Input Channels: Available in single (TL081), dual (TL082), and quad (TL084) configurations.

Features

  • JFET Input Stage: Features a JFET-input stage that results in exceptionally high input impedance, significantly reducing input bias current (typically 30 pA) and offset current (typically 5 pA).

  • Dynamic Performance: Offers a high slew rate of 13 V/µs (typical) for rapid signal tracking and low total harmonic distortion of 0.003% (typical).

  • Operational Robustness: Includes output short-circuit protection and features a latch-up-free operating design.

  • Voltage Range: Supports wide common-mode and differential voltage ranges, with the common-mode input voltage range including the positive supply rail 

  • Low Power Consumption: Operates with a typical power consumption of 1.4 mA per channel.

Applications

  • Signal Conditioning: Used for buffering and amplification in systems requiring high input impedance to avoid loading sensors or delicate signals.

  • Audio Equipment: Ideal for audio processing stages where low noise and low distortion are critical for high-fidelity performance.

  • Industrial Control: Utilized in control loops, active filters, and instrumentation circuits for precise data acquisition and processing.

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