STUDY OF OPERATIONAL AMPLIFIER AS V TO I & I TO V CONVERTER

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STUDY OF OPERATIONAL AMPLIFIER AS V TO I & I TO V CONVERTER Specification

Type
Laboratory Experiment Instrument

Material
PCB, Electronic Components, Acrylic Panel

Size
Bench-top module

Input Voltage
230V 10% AC, 50Hz

Color
White panel with blue/black labelling

Dimension (L*W*H)
300 mm x 200 mm x 125 mm (approx)

Capacity
Suitable for study group or laboratory batch

Noise Level
Silent (Electrical Device)

Operating Temperature
0°C to 50°C

Protection
Overload/short circuit protected outputs

Circuit Diagram
Clearly printed on-board circuit layout

Display
On-board analog/digital panel meters for voltage and current

Applications
Educational demonstration of Op-Amp as V to I & I to V converter

Compliance
Conforms to standard laboratory safety norms

Test Points
Multiple accessible test points for signal monitoring

Power Supply
In-built regulated DC power supply (±12V/±15V provided through module)

Weight
Approx. 2.5 kg

Components Included
Operational amplifier ICs, resistors, connectors, test sockets, potentiometers

Connections
Banana socket terminals for external connections

Experiment Manual
Comprehensive instruction manual included

About STUDY OF OPERATIONAL AMPLIFIER AS V TO I & I TO V CONVERTER

Experience unassailable performance and stellar value with the STUDY OF OPERATIONAL AMPLIFIER AS V TO I & I TO V CONVERTER, meticulously crafted for academic and commercial laboratories. Combining affordable outlay with scarce precision, this polished bench-top module features onboard analog/digital meters, robust components, and overload protection. The comprehensive experiment manual and clearly printed circuit diagrams help streamline its usage for aspiring engineers and technicians. Its regulated DC power supply, multiple test points, and reliable safety norms make this a must-have instrument for demonstrating Op-Amp concepts with confidence.

Commercial Advantages & Specific Usage

The STUDY OF OPERATIONAL AMPLIFIER AS V TO I & I TO V CONVERTER showcases competitive advantages in laboratory settings, ideal for commercial training centers, research facilities, and educational institutes. Its versatility allows instructors and learners to perform distinct experiments involving operational amplifiers, advancing technical proficiency. The module's specific usage in demonstrating voltage-to-current and current-to-voltage conversion makes it invaluable for curriculum development and hands-on practical skills.

Supply Ability, Packaging & Payment Terms

We ensure polished delivery and reliable supply capacity for batch or group requirements. Every unit is securely packaged for safe handling, reducing risk during transit. Express shipping options enable swift delivery to any location across India. Payment outlay flexibility is provided through standardized terms, accommodating institutions, distributors, and other stakeholders. Quick order processing ensures you receive your instrument promptly and in pristine condition.

FAQ's of STUDY OF OPERATIONAL AMPLIFIER AS V TO I & I TO V CONVERTER:

Q: How can the operational amplifier module be used in educational demonstrations?

A: The module allows instructors and students to practically demonstrate the functioning of operational amplifiers as V to I and I to V converters, providing hands-on experience with real circuit analysis and signal monitoring.

Q: What components are included with the Op-Amp converter module?

A: Each module includes operational amplifier ICs, resistors, connectors, test sockets, potentiometers, and an acrylic panel, ensuring a complete and polished setup for conducting experiments.

Q: Where can the module be installed for operational use?

A: This bench-top module is suitable for installation in school, college, university laboratories, commercial training centers, or industrial R&D labs needing educational demonstrations and circuit testing.

Q: What is the process for connecting external devices to the module?

A: External devices are connected via banana socket terminals provided on the module's panel, facilitating seamless integration and signal monitoring through multiple accessible test points.

Q: How does the instrument ensure safety during operation?

A: The module features unassailable overload and short circuit protected outputs, compliant with standard laboratory safety norms, keeping users and equipment safe during practical experiments.

Q: What benefits does this instrument provide for a study group or batch?

A: Its capacity, lightweight form, and silent operation enable group experiments and collaborative learning, making it a valuable resource for instructors handling multiple students.

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