STUDY OF DC-DC BOOST CONVERTER

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STUDY OF DC-DC BOOST CONVERTER Specification

Type
DC-DC Boost Converter Trainer

Material
Mild Steel, ABS Plastic Panel, Electronic Components

Size
Standard Laboratory Trainer

Input Voltage
9V DC (Adaptable to 12V DC)

Color
Multi-Color (Panel with Instructions Printed)

Dimension (L*W*H)
340 mm x 210 mm x 110 mm

Capacity
Up to 35V DC Output (Variable, depending on load)

Switching Frequency
Fixed, typically 60kHz (IC 555 Based)

Test Points
Multiple Test Points for In-Circuit Measurements

Protection Features
Inbuilt Fuse for Overcurrent Protection

Demonstration
Shows Principle of Boost Conversion, Duty Cycle Variation Effect

Display Type
Analog Voltmeter & Ammeter Provided On-panel

Accessories Provided
Patch Cords & Instruction Manual

Power Supply
Compatible with Adapter or Battery Input

Mounting
Bench-top Use

Operating Temperature
0°C to 50°C

Compliance
Meets Standard Laboratory Safety Requirements

Load Capacity
Up to 500mA (Depending on input & configuration)

Controls
Potentiometer for Duty Cycle Adjustment

Application
Educational & Laboratory Demonstration of DC-DC Boost Converters

Output Voltage Range
9V to 35V DC Adjustable

About STUDY OF DC-DC BOOST CONVERTER

The acclaimed STUDY OF DC-DC BOOST CONVERTER is a select educational trainer, meticulously crafted for transcendent demonstrations in electronics laboratories. With an adjustable output voltage range of 9V to 35V DC and a load capacity up to 500mA, this magnificent system features analog voltmeter & ammeter, multiple test points, and inbuilt overcurrent protection for unbeatable reliability. Designed using an IC 555-based fixed switching frequency (60kHz), it provides comprehensive insight into boost conversion principles. Constructed from durable mild steel and ABS, its multi-color panel displays clear instructions, ensuring effortless operation for trainers, students, and researchers alike.

Versatile Application & Outstanding Features

The STUDY OF DC-DC BOOST CONVERTER excels in educational institutions, training centers, and research laboratories. Designed for bench-top use, it is ideal for hands-on demonstrations and in-circuit measurements. Its analog display, adjustable duty cycle, built-in fuse, and versatile input compatibility enhance the learning experience. This magnificent trainer offers robust safety compliance and serves as a practical tool for understanding DC-DC boost converters.

Sample Availability, Quick Delivery & National Supply

Samples of the STUDY OF DC-DC BOOST CONVERTER are supplied upon request to facilitate product evaluation. With streamlined processes, charges are transparent, and orders are delivered promptly, ensuring educators and laboratories have timely access. The main domestic market includes all regions of India, supported through an extensive distributor, manufacturer, exporter, supplier, and trader network for unbeatable nationwide reach.

FAQ's of STUDY OF DC-DC BOOST CONVERTER:

Q: How is the STUDY OF DC-DC BOOST CONVERTER primarily used in laboratory settings?

A: This trainer is used to demonstrate and analyze the principles of boost conversion, allowing students and researchers to study duty cycle variation and in-circuit voltage and current measurements in electronic circuits.

Q: What educational benefits does this DC-DC Boost Converter provide?

A: It enables hands-on understanding of boost converter fundamentals, showcases the relationship between input and output voltages, and teaches effects of duty cycle adjustment, aiding practical skill development for learners.

Q: Where can the STUDY OF DC-DC BOOST CONVERTER be applied?

A: It is suited for use in universities, technical colleges, training institutes, and research laboratories requiring a reliable platform for DC-DC conversion experiments.

Q: What safety features are included in the converter?

A: The trainer includes an inbuilt fuse for overcurrent protection and follows standard laboratory safety requirements for secure and safe experiments.

Q: When can educators expect delivery of this trainer after placing an order?

A: Delivery is reliably executed within the promised time frame, with samples and full units supplied swiftly throughout India via a robust distributor network.

Q: What process is required to adjust the output voltage and duty cycle?

A: Users can easily adjust the output voltage and duty cycle using the provided potentiometer on the panel, enabling detailed exploration of boost conversion characteristics.

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