Operational Amplifier as Voltage & Current Feedback Amplifier

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Product Details:

Power Low power consumption, typically < 5 mW (quiescent)
Display No physical display
Usage Voltage and current feedback amplification in analog electronic circuits
Voltage Dual supply 5V to 15V or single supply 5V to 30V
Product Type Voltage & Current Feedback Operational Amplifier
Material Semiconductor (silicon die) in plastic encapsulated DIP/SOP package
Design Standard operational amplifier IC design for precision analog feedback
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Operational Amplifier as Voltage & Current Feedback Amplifier Price And Quantity

Minimum Order Quantity 1 Unit

Number of Channels Single, dual, quad configurations available (1, 2, or 4 amplifiers per package)
Noise Low noise, typically <10 nV/Hz at 1 kHz
Common Mode Rejection Ratio (CMRR) Typically > 70 dB
Applications Analog signal processing, active filters, summing amplifiers, current-to-voltage conversion, instrumentation amplifiers
Input Impedance >1 Megaohm (high input impedance for voltage feedback configuration)
Propagation Delay Low, ensuring real-time signal processing
Temperature Range Operating range: -40C to +125C
Output Impedance <100 Ohm typ. (low output impedance depending on configuration)
Bandwidth Wide bandwidth; up to several MHz depending on part number and configuration
Slew Rate From 0.3 V/s to 1000 V/s (depending on op-amp family)
Mounting Type Through-hole or Surface-mount (SIP, DIP, SOIC packages available)

Operational Amplifier as Voltage & Current Feedback Amplifier Product Specifications

Display No physical display
Usage Voltage and current feedback amplification in analog electronic circuits
Product Type Voltage & Current Feedback Operational Amplifier
Accuracy High input and output accuracy, typical offset voltage < 5 mV
Detector Not applicable (electronic amplifier)
Material Semiconductor (silicon die) in plastic encapsulated DIP/SOP package
Voltage Dual supply 5V to 15V or single supply 5V to 30V
Power Low power consumption, typically < 5 mW (quiescent)
Power Source DC supply
Weight Approx. 1 gram
Design Standard operational amplifier IC design for precision analog feedback
Dimension (L*W*H) Standard DIP-8 package; 9 mm x 6 mm x 3 mm (approx.)

Number of Channels Single, dual, quad configurations available (1, 2, or 4 amplifiers per package)
Noise Low noise, typically <10 nV/Hz at 1 kHz
Common Mode Rejection Ratio (CMRR) Typically > 70 dB
Applications Analog signal processing, active filters, summing amplifiers, current-to-voltage conversion, instrumentation amplifiers
Input Impedance >1 Megaohm (high input impedance for voltage feedback configuration)
Propagation Delay Low, ensuring real-time signal processing
Temperature Range Operating range: -40C to +125C
Output Impedance <100 Ohm typ. (low output impedance depending on configuration)
Bandwidth Wide bandwidth; up to several MHz depending on part number and configuration
Slew Rate From 0.3 V/s to 1000 V/s (depending on op-amp family)
Mounting Type Through-hole or Surface-mount (SIP, DIP, SOIC packages available)

Operational Amplifier as Voltage & Current Feedback Amplifier Trade Information

Supply Ability 5 Unit Per Week
Delivery Time Days

Product Description

Operational Amplifier Characteristics as Voltage and Current Feedback Amplifier. (AE 311)

Objective: Voltage and Current Feedback Amplifiers has been designed to study the Operational Amplifier characteristics as voltage and current feedback amplifier.

The instrument comprises of the following built in parts:-

1)Fixed DC Regulated Power Supply of +15V.

2)DC Regulated variable power supply of 0 -1.5V.

3)IC 741 is placed inside the cabinet and connections are brought out at sockets.

4)Two dual mode range moving coil meters (1.5v/1.5mA and 15v/15mA) to read the output voltage and current are mounted on front pannel.

5)Different types of resistances and a potentiometer are also provided on front pannel.

Versatile Feedback Amplification

This operational amplifier adapts seamlessly to both voltage and current feedback configurations, providing exceptional signal fidelity in a variety of analog applications. Its flexible input and output settings make it easy to integrate into complex circuits requiring high accuracy in analog signal conditioning.

Wide Bandwidth and High Slew Rate

Engineered for high-speed performance, the op-amp features wide bandwidthextending to several MHzmatching the demands of real-time signal processing. With slew rates ranging from 0.3 V/s up to 1000 V/s, its particularly suited for applications requiring rapid response and low propagation delay.

Precision and Reliability Across Environments

With a robust operating temperature range from -40C to +125C, this amplifier maintains consistent operation in both industrial and laboratory settings. Its low input offset voltage and high CMRR ensure accurate signal reproduction even in noisy or challenging environments.

FAQs of Operational Amplifier as Voltage & Current Feedback Amplifier:

Q: How does the operational amplifier function as both voltage and current feedback amplifier?

A: The operational amplifier can be configured for either voltage or current feedback by selecting appropriate circuit topologies. In voltage feedback, it offers high input impedance (>1 M) and low output impedance (<100 ) for accurate voltage signal amplification. As a current feedback amplifier, it provides excellent bandwidth and fast transient response, making it suitable for dynamic analog functions.

Q: What are the key benefits of using an op-amp with high input impedance and low output impedance?

A: High input impedance ensures minimal loading on the signal source, preserving signal integrity. Low output impedance enables effective driving of subsequent stages or loads with minimal voltage drop, resulting in accurate signal transmission throughout your analog system.

Q: When is it ideal to use this operational amplifier in circuit design?

A: This op-amp is ideal when you require wide bandwidth, low noise, precise signal reproduction, and stable performance across temperature ranges. Applications include analog signal processing, active filters, current-to-voltage conversion, and instrumentation amplifierssituations demanding both speed and accuracy.

Q: Where can this operational amplifier be mounted and what package options are available?

A: The amplifier is offered in SIP, DIP, and SOIC packages, supporting both through-hole and surface-mount assembly. This flexibility allows mounting on a wide range of printed circuit boards for educational, industrial, or commercial use.

Q: What process ensures the reliability and low noise performance of this op-amp?

A: Manufactured using advanced semiconductor processes and precision silicon die, the amplifier features optimized circuit design to reduce intrinsic noise (<10 nV/Hz) and improve long-term operational stability. Stringent quality control during packaging in DIP/SOP forms also ensures reliability.

Q: How do I optimize usage and power consumption of this amplifier in my system?

A: Operate the op-amp within its recommended dual or single supply voltage (+5V to +30V) with careful attention to circuit layout and biasing. With a typical quiescent power consumption below 5 mW, its well-suited for battery-powered and energy-efficient applications.

Q: What are the main advantages for exporters, manufacturers, suppliers, and traders in India using this op-amp?

A: The operational amplifiers standard design, flexible configurations, and reliable supply chain make it a practical choice for Indian exporters, manufacturers, suppliers, and traders. Its robust performance supports a variety of analog projects demanded domestically and internationally.

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