OPERATIONAL AMPLIFIER (INTEGRATOR/DIFFERNETIATOR)

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OPERATIONAL AMPLIFIER (INTEGRATOR/DIFFERNETIATOR)

Name: OPERATIONAL AMPLIFIER (INTEGRATOR/DIFFERNETIATOR)
Brand: EDUTEK INSTRUMENTATION
Price: 1200.0 INR
Availability: InStock

Price 1200.0 INR/ Piece

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MOQ : 1 Piece

OPERATIONAL AMPLIFIER (INTEGRATOR/DIFFERNETIATOR) Specification

Response Time
Instantaneous within bandwidth

Components
Op-Amp IC (e.g., 741/LM358), resistors, capacitors, connectors

Features
Switchable integrator/differentiator function, compact design, easy to use

Power Supply
Dual DC supply

Power Source
External DC adapter or laboratory power supply

Thermal Conductivity
Standard FR4 PCB

Resolution
Analog continuous

Usage
ENGINEERING ELECTRONICS INSTRUMENTS

Input
Analog voltage input

Operating Temperature
0C to 50C

Interface
BNC or screw terminal input/output connectors

Output
Integrated or differentiated analog output

IP Rating
Not rated (open PCB)

Product Type
OPERATIONAL AMPLIFIER (INTEGRATOR/DIFFERNETIATOR)

Application
ENGINEERING ELECTRONICS INSTRUMENTS

Rated Voltage
15V DC

Supply Voltage
12V to 15V DC

Size
Standard PCB size

Dimension (L*W*H)
Approx. 80mm x 60mm x 15mm

Function
Operational Amplifier Integrator/Differentiator

Color
Green PCB with black IC and silver components

Weight
Approx. 30g

Thickness
Approx. 1.6mm (PCB)

Capacity
Single-unit

Current Rating
Low current (~10-15mA)

Frequency
Operational up to a few kHz (bandwidth limited to educational demonstration)

Typical Input Impedance
100k (approximate)

Number of Channels
1 channel

PCB Material
FR4 Glass Epoxy

Mounting Type
Through-hole

Connector Type
Screw terminal or BNC (varies by model)

Lead-Free Status
RoHS compliant Where available

Package Contents
1x Operational amplifier module, manual sheet

Adjustments
Trimpots for offset or gain adjustment

Protection Features
Basic overvoltage tolerance

Typical Output Impedance
<1k

OPERATIONAL AMPLIFIER (INTEGRATOR/DIFFERNETIATOR) Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About OPERATIONAL AMPLIFIER (INTEGRATOR/DIFFERNETIATOR)

Specification:

OPERATIONAL AMPLIFIER (INTEGRATOR/DIFFERNETIATOR)

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.

Dual Functionality: Integrator and Differentiator in One Module

Experience both integration and differentiation of analog signals in a single unit. Switchable modes make this module highly suitable for illustrating fundamental electronics principles or for use as a signal processing block in laboratory experiments.

Reliable Design and Easy Integration

Manufactured with durable FR4 glass epoxy PCB and equipped with standard through-hole components, the module is robust and easy to mount. Adjustable trimpots allow for straightforward calibration, optimizing performance for varied experimental needs.

Convenient Connectivity and Safe Operation

Featuring screw terminal and BNC input/output connectors, the board ensures simple interfacing with laboratory equipment. Basic overvoltage tolerance protects essential circuitry during educational experiments, while RoHS compliance makes it a safe choice.

FAQ's of OPERATIONAL AMPLIFIER (INTEGRATOR/DIFFERNETIATOR):

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

A: The module features a switch that allows you to select between integrator and differentiator functions. Simply toggle the switch to set the operational amplifier to the desired mode for your experiment.

Q: What types of input and output connections does the module support?

A: Depending on the model, the module offers either screw terminals or BNC connectors for both input and output, allowing easy interfacing with standard laboratory instruments and experimental setups.

Q: When should I use the trimpots for adjustment?

A: Use the onboard trimpots to fine-tune offset or gain whenever precise calibration is required for your signal processing task. Adjustments are especially helpful before conducting demonstrations or measurements to ensure accurate results.

Q: Where is this operational amplifier module typically used?

A: This module is ideal for engineering electronics laboratories and educational demonstrations, allowing students and educators to explore the behavior of integrators and differentiators using real operational amplifier circuits.

Q: What are the basic protection features included?

A: The operational amplifier module incorporates basic overvoltage tolerance to safeguard critical components during normal use. However, as an open PCB unit, it does not have an IP (Ingress Protection) rating, so avoid exposure to moisture or dust.

Q: How does the module benefit engineering education?

A: With direct, hands-on experimentation, the module enables students to observe real-time integration and differentiation of analog signals, reinforcing theoretical concepts through practical application in controlled environments.

Q: What is required to power the module, and what is its recommended operating environment?

A: A dual 12V-15V DC power supply is necessary, either from a laboratory power source or compatible external adapter. Operate the device within 0C to 50C for optimum performance and component safety.

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