Study of Op Amp as Instrumentation Amplifier

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Product Details:

Voltage +12V, -12V DC Operation
Display LED Indicators and test points
Usage Educational laboratory instrument for Op-Amp study
Power 5 W (approx)
Product Type Instrumentation Amplifier Trainer
Material High-grade PCB board with ABS Enclosure
Design Tabletop compact modular
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Study of Op Amp as Instrumentation Amplifier Price And Quantity

Minimum Order Quantity 1 Unit

Operating Temperature 0°C to 50°C
Test Points Multiple for voltage/current measurement
Safety Features Overload and short-circuit protection
Input Differential analog signals
Number of Op-Amps 3 for accurate instrumentation amplifier configuration
Application To study differential and instrumentation amplifier characteristics
Output Single-ended amplified output
Included Accessories User manual, external power supply adapter, connecting leads
Gain Adjustment On-board variable resistor (potentiometer)
Op-Amp Type IC 741 Op-Amps on board

Study of Op Amp as Instrumentation Amplifier Product Specifications

Weight Approx. 1.2 kg
Charging Time Not Applicable (N/A)
Voltage +12V, -12V DC Operation
Display LED Indicators and test points
Power Source External Dual DC supply (included)
Product Type Instrumentation Amplifier Trainer
Usage Educational laboratory instrument for Op-Amp study
Accuracy High, depends on component quality (typically <0.1%)
Dimension (L*W*H) 300 mm x 200 mm x 75 mm approx.
Detector Not Applicable (N/A)
Material High-grade PCB board with ABS Enclosure
Design Tabletop compact modular
Power 5 W (approx)

Operating Temperature 0°C to 50°C
Test Points Multiple for voltage/current measurement
Safety Features Overload and short-circuit protection
Input Differential analog signals
Number of Op-Amps 3 for accurate instrumentation amplifier configuration
Application To study differential and instrumentation amplifier characteristics
Output Single-ended amplified output
Included Accessories User manual, external power supply adapter, connecting leads
Gain Adjustment On-board variable resistor (potentiometer)
Op-Amp Type IC 741 Op-Amps on board

Study of Op Amp as Instrumentation Amplifier Trade Information

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

Product Description

Study of Op Amp as Instrumentation Amplifier

Objective : Calculate the Voltage Gain of Instrumentation Amplifier and draw a curve between V & R.

Features : Instrument comprises of One ± 15 VDC Regulated Power Supply, 2 DC Regulated short circuit and overload protected continuously variable Power supplies, 3 no. IC 741 placed inside & connections brought out at sockets. One Potentiometer and combination of Resistances placed on the front panel.

Versatile Instrumentation Amplifier Training Solution

The study kit enables in-depth exploration of instrumentation amplifier principles using three IC 741 op-amps. Its modular tabletop design, combined with accessible test points and LED indicators, allows for systematic experimentation and easy observation, making it highly suitable for engineering and diploma students.

User-Friendly Operation and Adjustable Gain

Gain adjustment is quick and intuitive with the onboard potentiometer, letting users experiment with various amplification levels without complex setup changes. Multiple test points facilitate real-time voltage and current monitoring, contributing to a deeper understanding of operational amplifier behavior in instrumentation configurations.

Comprehensive Safety and Durability

Built with user safety in mind, the unit offers overload and short-circuit protection, minimizing risks during hands-on sessions. The enclosure employs industry-grade ABS and high-quality PCB materials for lasting durability, designed to withstand regular use in busy laboratory environments.

FAQs of Study of Op Amp as Instrumentation Amplifier:

Q: How do I adjust the gain on the instrumentation amplifier?

A: You can adjust the gain by rotating the onboard variable resistor (potentiometer) provided on the kit. This allows precise control over the amplification level to suit different experimental requirements.

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

A: The kit accepts differential analog signals as input and provides a single-ended amplified output, making it ideal for studying typical instrumentation amplifier applications.

Q: When is this study kit typically used?

A: It is primarily used in educational laboratories for hands-on learning about differential and instrumentation amplifier characteristics, as well as for practical demonstrations and experiments.

Q: Where can voltage or current measurements be taken on the kit?

A: Multiple test points are integrated throughout the board, enabling users to easily connect measurement instruments to monitor voltage and current at various key stages of the circuit.

Q: What is the process for starting an experiment with this instrumentation amplifier board?

A: Connect the dual DC power supply (+12V, -12V) using the included adapter, connect differential inputs, adjust the gain with the potentiometer, and use the test points along with LED indicators to observe outputs and measurements.

Q: What benefits does this instrumentation amplifier study kit offer?

A: It provides a thorough and safe hands-on understanding of op-amp based instrumentation amplifiers, with high accuracy (<0.1%), comprehensive accessories, and reliable safety featuresessential for effective and secure learning.

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