Operational Amplifier

Operational Amplifier

Product Details:

  • Power Source External DC
  • Resolution Analog, Continuous
  • Power Supply Dual (+/-) or Single supply
  • Interface Through Hole (DIP) or Surface Mount (SOIC, TSSOP)
  • Components Silicon IC, Metal pins, Plastic body
  • Usage Electronic Circuits, Signal Conditioning
  • Operating Temperature -40C to +85C (standard)
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Operational Amplifier Price And Quantity

  • 10 Piece
  • 200 INR

Operational Amplifier Product Specifications

  • Standard IC package thickness
  • Analog, Continuous
  • Dual (+/-) or Single supply
  • Analog Signal Amplification
  • External DC
  • Approx. 1-5 g (per IC)
  • Silicon IC, Metal pins, Plastic body
  • Operational Amplifier IC
  • 15 V
  • Through Hole (DIP) or Surface Mount (SOIC, TSSOP)
  • Standard DIP or SOIC (varies by package)
  • Up to 1 MHz (unity gain bandwidth, depends on model)
  • Approx. 9 mm x 7 mm x 3 mm (DIP-8, varies by package)
  • Electronic Circuits, Signal Conditioning
  • Voltage Follower, Integrator, Comparator, Filters, Instrumentation Amplifier
  • Black
  • +3V to +32V or +/-1.5V to +/-16V (depending on model)
  • Single Ended
  • -40C to +85C (standard)
  • Differential
  • Standard for ICs (varies with package)
  • Low input offset, High CMRR, Low power consumption, Compact size
  • Typically 20 mA (output)
  • Slew Rate dependent (varies by model, e.g., 0.3 V/s to 10 V/s)

Product Description

Our vision to excel and establish a strong foothold in the market has assisted us to evolve as a prominent supplier of Isolation Amplifier. It is an op-amp circuit which provides isolation of one part of a circuit from another, so that power is not used, drawn, or wasted in a part of the circuit. Our diligent agents procure this amplifier from the reputed vendors of the market. The purpose of an Isolation Amplifier is to isolate the circuit which appears before the amplifier from the circuit that appears after it.       

Features:

  • Very high input impedance
  • Compatible with type II or type III compensation networks
  • Low power operation


Precision Performance for Analog Applications

Engineered for high accuracy with a low input offset voltage and impressive common mode rejection, this op-amp delivers reliable and stable analog signal amplification. Whether used as an integrator, voltage follower, or filter component, its design meets stringent signal conditioning demands in modern electronic systems.


Multiple Package and Mounting Solutions

With a range of package options including DIP, SOIC, TSSOP, and SMD, this op-amp fits seamlessly into both through-hole and surface-mount designs. Its standard IC dimensions and compact size make it ideal for both prototyping and large-scale manufacturing, providing flexibility for various project needs.


Enhanced Safety and Environmental Compliance

Built with standard ESD protection and full RoHS compliance, this operational amplifier ensures both user safety and adherence to global environmental standards. Its suitable for use by manufacturers, suppliers, and distributors across India, bringing peace of mind for quality and reliability.

FAQs of Operational Amplifier:


Q: How is this operational amplifier typically used in electronic circuits?

A: This operational amplifier is predominantly used for analog signal amplification and conditioning in various electronic circuits. Typical applications include voltage followers, filters, comparators, integrators, and instrumentation amplifiers, enabling precise and stable signal processing in both industrial and consumer devices.

Q: What package options are available and how do I select the right one for my project?

A: This op-amp comes in DIP, SOIC, TSSOP, and SMD packages. The right choice depends on your mounting preference: DIP is suitable for through-hole PCBs and prototyping, while SOIC, TSSOP, and SMD are ideal for automated surface-mount production. Consider board layout, available space, and assembly process when choosing.

Q: When should I consider the op-amps input offset voltage and bias current during circuit design?

A: Input offset voltage (~2 mV typical) and input bias current (~80 nA typical) are crucial when designing precision circuits. If your application is sensitive to slight voltage errors or requires high input impedance, these parameters will significantly influence circuit accuracy and performance.

Q: Where can these operational amplifiers be sourced in India?

A: These op-amps are available through multiple channelsincluding distributors, importers, manufacturers, suppliers, traders, and wholesalersacross India. They are accessible both in physical component markets and through reputable online electronic component distributors.

Q: What benefits does the high CMRR provide in practical applications?

A: A high common mode rejection ratio (>70 dB) enables the op-amp to suppress unwanted common-mode signals or electrical noise, making it ideal for instrumentation and measurement applications where signal integrity is paramount, thereby enhancing overall circuit reliability and accuracy.

Q: How can I ensure optimal performance regarding power supply and mounting?

A: To achieve optimal performance, use a compatible power supply within the rated voltage ranges (+3V to +32V or 1.5V to 16V) and adhere to the recommended mounting type (through-hole or surface mount) suitable for your circuit board and package selection.

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