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TL072CP IC Operational Amplifier & 8-Pin DIP Sockets with Machined Contact Pins (Pack of 12)-0

TL072CP IC Operational Amplifier & 8-Pin DIP Sockets with Machined Contact Pins (Pack of 12)

Original price was: $28.98.Current price is: $27.53.
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TL062 Dual Low-Power JFET-Input Op Amp by TI 200µA Supply 3.5V/µs Slew

Original price was: $9.98.Current price is: $9.78.
TL062 Dual Low-Power JFET-Input Op Amp by TI 200µA Supply 3.5V/µs Slew-0

TL082CP Dual High Slew Rate JFET-Input Operational Amplifier Op-Amp IC DIP-8 & 8-Pin DIP Sockets with Machined Contact Pins (Pack of 1)

Original price was: $10.49.Current price is: $10.18.

The TL082CP dual JFET‑input operational amplifier from Texas Instruments delivers a high slew rate and ultra‑low input bias, making it ideal for high‑speed, precision analog circuits. With a modest 1.4 mA per channel power consumption and built‑in short‑circuit protection, it fits seamlessly into voltage‑feedback designs such as audio pre‑amps, sensor interfaces, and instrumentation amplifiers.

9999 in stock
SKU: CJ6148B074BD Category:
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Description

Product Overview

The TL082CP is a dual operational amplifier that combines the classic JFET‑input architecture with modern low‑power design techniques. Each channel draws only 1.4 mA typical current, allowing the device to operate efficiently in battery‑powered or energy‑constrained environments. The input bias current is exceptionally low at 30 pA typical, and the input offset current is just 5 pA, which translates to minimal error in high‑precision signal conditioning applications. Its high slew rate ensures rapid response to fast‑changing signals, making it suitable for audio, video, and instrumentation tasks where timing is critical.

Manufactured by Texas Instruments, a trusted name in analog and mixed‑signal semiconductor technology, the TL082CP is packaged in an 8‑pin DIP format with machined contact pins for reliable insertion into standard breadboards or socketed PCB designs. The included machined‑contact DIP‑8 socket further enhances mechanical stability and electrical continuity, reducing the risk of intermittent connections during prototyping or production runs. The device operates over a wide common‑mode voltage range and supports differential voltage inputs, providing flexibility for a variety of circuit topologies.

Usage

Engineers and hobbyists alike find the TL082CP valuable in a broad spectrum of applications. In audio engineering, its high slew rate and low noise floor enable clean amplification of microphone signals and line‑level sources without introducing distortion. For sensor interfaces, the low input bias current preserves the integrity of high‑impedance transducers such as thermocouples, strain gauges, and photodiodes, allowing accurate conversion of physical phenomena into electrical signals.

In instrumentation amplifiers, the TL082CP can be configured as a differential amplifier to boost small differential voltages while rejecting common‑mode noise, a crucial requirement in medical devices and industrial measurement systems. Its short‑circuit protection safeguards downstream components in case of accidental overload, extending the lifespan of the overall system. The device also excels in voltage‑feedback configurations, where its wide common‑mode range and stable gain characteristics simplify design and reduce the need for external compensation components.

Because the TL082CP is supplied in a DIP package, it is ideal for rapid prototyping on solderless breadboards, allowing designers to iterate quickly before committing to a surface‑mount layout. The machined‑contact socket ensures that repeated insertions do not degrade the pin integrity, a common issue with standard plastic sockets. This makes the TL082CP a reliable choice for educational labs, research prototypes, and low‑volume production runs where durability and repeatability are paramount.

Why Choose Us

Choosing the TL082CP means selecting a component backed by Texas Instruments’ extensive research and development resources. TI’s rigorous testing processes guarantee that each unit meets stringent performance specifications, providing confidence in long‑term reliability. The combination of low power consumption, ultra‑low input bias, and high slew rate delivers a performance envelope that addresses the most demanding analog design challenges without sacrificing efficiency.

Our commitment to quality extends beyond the silicon. The machined‑contact DIP‑8 socket is engineered to maintain consistent contact resistance over thousands of insertion cycles, reducing the likelihood of intermittent failures that can plague standard sockets. Additionally, we provide comprehensive technical support, including design notes, reference schematics, and application assistance, ensuring that you have the resources needed to integrate the TL082CP smoothly into your projects.

Environmental responsibility is also a priority. The TL082CP complies with RoHS directives, meaning it is free of hazardous substances such as lead, mercury, and cadmium. This compliance simplifies regulatory approval for products destined for global markets, giving you peace of mind that your designs meet both performance and environmental standards.

Key Features

  • Ultra‑low 30 pA input bias current for high‑precision signal acquisition
  • High slew rate ensures fast response to rapid signal changes, ideal for audio and video
  • Low 1.4 mA per‑channel power consumption extends battery life in portable devices
  • Machined‑contact DIP‑8 socket provides durable, reliable connections for prototyping
  • Comprehensive technical support and design resources from Texas Instruments

FAQ

What is the maximum supply voltage for the TL082CP?

The TL082CP operates safely up to a total supply voltage of 36 V (±18 V), allowing flexibility for both single‑supply and dual‑supply configurations.

Can the TL082CP be used in single‑supply applications?

Yes, the device is designed to function with a single positive supply voltage, typically ranging from 5 V to 30 V, making it suitable for low‑cost, battery‑powered designs.

How does the short‑circuit protection work?

The internal protection circuitry limits output current when a short occurs, preventing damage to the amplifier and downstream components while maintaining overall circuit stability.

Is the TL082CP compatible with surface‑mount technology?

While the TL082CP is supplied in a DIP package, the same silicon is available in surface‑mount packages (e.g., SOIC‑8) for designers who require a more compact footprint.

What are typical applications for this op‑amp?

Typical uses include audio pre‑amplifiers, sensor signal conditioning, instrumentation amplifiers, active filters, and general‑purpose voltage‑feedback circuits where low noise and high speed are essential.

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