Study of Characteristics of Operational Amplifier

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Product Details:

Voltage Input: 220V AC; Output: 12V DC
Display Analog/Digital readout (External multimeter required)
Power 220V AC/50 Hz, 12V DC regulated supply
Usage Laboratory study and experimentation of op-amp characteristics
Product Type Educational Training Kit
Material ABS plastic panel with printed circuit and components
Design Portable desktop unit, colour-coded circuit layout
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Study of Characteristics of Operational Amplifier Price And Quantity

Minimum Order Quantity 1 , , Unit

Test Points Multiple terminals for connection and observation
Mounting Type Desktop
Suitable For Engineering colleges, polytechnics, science labs
Experimentation Features Open and closed loop gain, CMRR, input & output offset voltage, Slew Rate, Frequency Response
Casing Rigid, insulated enclosure for safety and durability
Accessories Included Patch cords, user manual
Protection Fuse protected power supply
Panel Markings Screen-printed, clear functional diagram
Operating Temperature 0°C to 50°C
Op-Amp IC Provided IC 741 or equivalent

Study of Characteristics of Operational Amplifier Product Specifications

Weight Approx. 1.5 kg
Power Source AC mains
Display Analog/Digital readout (External multimeter required)
Power 220V AC/50 Hz, 12V DC regulated supply
Usage Laboratory study and experimentation of op-amp characteristics
Dimension (L*W*H) 325 mm x 220 mm x 80 mm
Detector Not applicable (uses external measurement tools)
Design Portable desktop unit, colour-coded circuit layout
Product Type Educational Training Kit
Material ABS plastic panel with printed circuit and components
Voltage Input: 220V AC; Output: 12V DC
Accuracy High accuracy for educational measurements

Test Points Multiple terminals for connection and observation
Mounting Type Desktop
Suitable For Engineering colleges, polytechnics, science labs
Experimentation Features Open and closed loop gain, CMRR, input & output offset voltage, Slew Rate, Frequency Response
Casing Rigid, insulated enclosure for safety and durability
Accessories Included Patch cords, user manual
Protection Fuse protected power supply
Panel Markings Screen-printed, clear functional diagram
Operating Temperature 0°C to 50°C
Op-Amp IC Provided IC 741 or equivalent

Study of Characteristics of Operational Amplifier Trade Information

Supply Ability 5 , , Unit Per Week
Delivery Time 4-5 Days

Product Description

Study of Characteristics of Operational Amplifier (AE 304 )

Objective : To study the basic characteristics of Op - Amp as Input Offset Current, Offset Voltage, Slew Rate, Band width and Null Balancing.

Features : Instrument comprises of 15V DC Regulated Power Supply, 2 round meters, Different type of Resistances and Capacitors, IC 741 connected inside.

Comprehensive Op-Amp Analysis

This desktop unit allows students to investigate a wide range of operational amplifier parameters, including gain, CMRR, slew rate, and input/output offset voltages. Designed for hands-on experimentation, the provided IC 741 or equivalent ensures accurate fundamental study of analog circuit behavior.

User-Friendly and Safe Design

The unit is built with a rigid, insulated ABS enclosure to guarantee user safety during experiments. Screen-printed, color-coded layouts simplify circuit identification, while clearly labeled test points accommodate essential patch cord connections. The power supply is fuse-protected for added reliability.

Versatile Educational Tool

Suitable for engineering, polytechnic, and science laboratories, this equipment supports the curriculum by facilitating in-depth exploration of op-amp fundamentals. Its compact, portable design and durable construction make it practical for both individual and group demonstrations.

FAQs of Study of Characteristics of Operational Amplifier:

Q: How do I measure the characteristics of the operational amplifier using this equipment?

A: To analyze op-amp characteristics, connect your external multimeter to the color-coded test points on the unit. Use patch cords to complete the necessary circuit configurations described in the user manual. Parameters like open/closed loop gain, CMRR, offset voltages, slew rate, and frequency response can be studied by selecting appropriate input/output points.

Q: What experiments can be performed with the provided IC 741 or equivalent?

A: You can conduct experiments to observe open and closed loop gain, measure the common-mode rejection ratio (CMRR), determine input and output offset voltages, examine the slew rate, and analyze the frequency response. The equipment is engineered to support these essential laboratory analyses with reliable results.

Q: When should I use external measurement tools with this unit?

A: An external analog or digital multimeter is required whenever you wish to observe circuit outputs or take voltage/current readings. This unit is designed for compatibility with standard measurement tools to ensure students gain valuable hands-on experience.

Q: Where can this op-amp experiment unit be used most effectively?

A: This equipment is ideal for laboratory environments in engineering colleges, polytechnic institutions, and science labs. Its robust casing and desktop design provide stability and safety, making it perfect for both instructional demonstrations and individual experiments.

Q: What process should I follow to ensure safety during operation?

A: Always operate the equipment in a well-ventilated space within the temperature range of 0C to 50C. Verify power supply connections (220V AC input) and use only the provided, well-insulated patch cords. The built-in fuse protects against electrical faults, and all components are housed in an insulated ABS enclosure for safe usage.

Q: How does this equipment benefit students and instructors?

A: The panel offers high measurement accuracy for educational purposes, helping students develop practical skills in analog electronics. Clear functional diagrams, accessible test points, and robust construction minimize setup errors, making it easier for instructors to teach and supervise laboratory sessions effectively.

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