Operational Amplifier as Differentiator & Integrator

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Product Details:

Display No inbuilt display; results are observed via external oscilloscope
Power Typically 3 mW - 10 mW (depends on op-amp model)
Usage For analog signal processing, waveform shaping, educational and laboratory demonstrations
Voltage 12V to 15V dual supply, or as specified for operational amplifier
Product Type Educational Electronic Trainer / Analog Circuit Module
Material PCB with mounted electronic components
Design Open PCB or boxed module, with clear functional labelling
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Operational Amplifier as Differentiator & Integrator Price And Quantity

Minimum Order Quantity 1 , , Unit

Protection Overvoltage and short-circuit protection on input/output
Component Accessibility Sockets for resistor/capacitor changeover
Operating Environment 0°C to 50°C, non-condensing
Frequency Range DC to 100 kHz (typical), depends on component values
Op-Amp Type General purpose (e.g., 741 or equivalent IC)
Output Terminals 1 (for output observation)
Test Points Provided for signal monitoring
Input Terminals 2 (for signal input and ground)
Input Coupling Capacitive/Resistive depending on mode
Mounting Type Desktop/Laboratory bench
Configuration Switch-selectable Differentiator/Integrator modes

Operational Amplifier as Differentiator & Integrator Product Specifications

Material PCB with mounted electronic components
Product Type Educational Electronic Trainer / Analog Circuit Module
Power Typically 3 mW - 10 mW (depends on op-amp model)
Voltage 12V to 15V dual supply, or as specified for operational amplifier
Usage For analog signal processing, waveform shaping, educational and laboratory demonstrations
Detector Not applicable (not a detection device)
Weight Approx. 350 grams
Display No inbuilt display; results are observed via external oscilloscope
Design Open PCB or boxed module, with clear functional labelling
Power Source External DC dual power supply
Accuracy High accuracy for analog computation and signal waveform transformation
Dimension (L*W*H) Approx. 180 mm x 120 mm x 50 mm (varies with breadboard/enclosure)
Charging Time Not required (operates continuously with power supply)

Protection Overvoltage and short-circuit protection on input/output
Component Accessibility Sockets for resistor/capacitor changeover
Operating Environment 0°C to 50°C, non-condensing
Frequency Range DC to 100 kHz (typical), depends on component values
Op-Amp Type General purpose (e.g., 741 or equivalent IC)
Output Terminals 1 (for output observation)
Test Points Provided for signal monitoring
Input Terminals 2 (for signal input and ground)
Input Coupling Capacitive/Resistive depending on mode
Mounting Type Desktop/Laboratory bench
Configuration Switch-selectable Differentiator/Integrator modes

Operational Amplifier as Differentiator & Integrator Trade Information

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

Product Description

Operational Amplifier as Differentiators & Integrator (AE 305).

Objective: Operational Amplifier Circuits has been designed to study the Operational amplifier as Differentiator & Integrator.

The instrument comprises of the following built in parts;-

Fixed output DC Regulated power supply of + 12 V.
Operational amplifier IC 741 is placed inside the cabinet and connections are brought out at sockets. Circuit diagram for Differentiator & Integrator are printed on the front panel and components are mounted on the front panel.

Versatile Signal Processing Tool

Switch easily between differentiator and integrator functions to transform or analyze analog signals. The module accommodates input coupling changes (capacitive or resistive), enabling rich hands-on experiments for waveform shaping and analog computation, all in real time.

Customizable Laboratory Module

Sockets for resistors and capacitors offer great flexibility, allowing users to adapt the circuit for various experiments within the DC to 100 kHz frequency range. Clear labeling and readily accessible test points enhance the educational value and usability in laboratory environments.

Precision and Protection Built-In

Designed with reliable overvoltage and short-circuit protection on both input and output, the module delivers high accuracy and long-term resilience. Its open PCB or boxed format ensures easy access to components while maintaining operational safety and ease of use.

FAQs of Operational Amplifier as Differentiator & Integrator:

Q: How do I switch between differentiator and integrator modes on this module?

A: The circuit features a dedicated switch allowing you to toggle between differentiator and integrator configurations. Select the desired mode based on the type of signal processing or waveform transformation you wish to perform.

Q: What is the primary usage of this operational amplifier module?

A: This module is primarily used for analog signal processing tasks such as waveform shaping, analog computation, and educational laboratory demonstrations. It is an effective tool for visualizing and understanding differentiator and integrator circuit behavior using an external oscilloscope.

Q: When should I change the resistors or capacitors on the module?

A: Component changes are recommended when you wish to alter the frequency response or tailor the circuit for a particular experiment. The sockets provided make resistor and capacitor replacement easy and tool-free, accommodating experiments across the DC to 100 kHz frequency range.

Q: Where can I monitor the input and output signals?

A: Test points are built into the module for both input and output, allowing you to connect probes from an oscilloscope or other monitoring devices and observe the waveform transformations directly.

Q: What benefits does this module offer for laboratory settings?

A: It offers high accuracy, ease of use, and versatility in configuration. The module is designed for repeated use with robust protection features, modular component access, and clear functionality labeling, making it especially suitable for educational labs and research environments.

Q: How is power supplied to the operational amplifier module?

A: The module operates on an external dual DC supply, typically 12V to 15V, which is standard for general-purpose op-amps like the 741 IC. Power requirements range from 3 mW to 10 mW, depending on the operational mode and op-amp model used.

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