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Voltage Doubler And Tripler Circuit

Name: Voltage Doubler And Tripler Circuit
Brand: ZOOM SCIENTIFIC WORLD
Price: 130 INR
Availability: InStock

Price 130 INR/ Unit

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MOQ : 1 Unit

Voltage Doubler And Tripler Circuit Specification

Usage
Laboratory

Product Type
Tripler Circuit

Color
White

Voltage
230 Volt (v)

Material
Stainless Steel

Operating Frequency
50Hz

Environment
Indoor laboratory use

Number of Stages
2 (Doubler), 3 (Tripler)

Capacitor Specification
Electrolytic, 10uF/400V

Circuit Protection
Fused input for safety

Maximum Output Voltage
Up to 690V AC (Tripler mode on 230V AC input)

Compliance
RoHS and CE certified components

PCB Type
Single sided epoxy

Weight
Approx. 120 grams

Mounting Type
Panel Mount

Diode Specification
IN4007 or equivalent

Voltage Doubler And Tripler Circuit Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
100 Units Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Export Market(s)
Western Europe, Australia, North America, Eastern Europe, Central America, Middle East, South America, Asia, Africa

Main Domestic Market
All India

Voltage Doubler And Tripler Circuit About

Voltage Doubler And Tripler Circuit

Zoom Voltage Doubler And Tripler Circuit

Objective:- To study voltage multiplication using diodes. Resistance & capacitors.

Features:- Instruments comprises of ac power supply with output selectable using band switch,circuit diagram of doubler and tripler printed & components mounted on the front panel.

Versatile Voltage Conversion for Labs

The Voltage Doubler and Tripler Circuit provides a practical solution to achieve higher AC voltages from a standard 230V AC source. Built with quality stainless steel and equipped with an input fuse, its design prioritizes safety, compliance, and longevity, making it a reliable choice for experimentation and teaching in laboratories.

Reliable, Safe, and Certified Components

Only RoHS and CE certified components are used in this module. The circuit utilizes 10uF/400V electrolytic capacitors and IN4007 (or equivalent) diodes, ensuring stable and safe operation. The fused input prevents overload, adding an extra layer of protection for users during laboratory usage.

FAQs of Voltage Doubler And Tripler Circuit:

Q: How does a Voltage Doubler and Tripler Circuit work?

A: A voltage doubler uses capacitors and diodes to charge and transfer energy in a way that the output voltage is approximately twice the input AC voltage. Likewise, in tripler mode, the circuit configuration allows the output to reach nearly three times the input voltage, making use of additional stages.

Q: What is the maximum voltage output I can expect from this circuit?

A: With a 230V AC input, the doubler mode can output up to approximately 460V AC, while the tripler mode can deliver up to around 690V AC, depending on load and line conditions.

Q: Where is this module typically used?

A: It is mainly used in indoor laboratory environments for educational demonstrations, experimental high-voltage generation, or situations requiring elevated AC voltages for testing and research purposes.

Q: What components are used in the construction of this circuit?

A: The circuit uses high-quality electrolytic capacitors (10uF/400V), IN4007 or equivalent diodes, all soldered on a single-sided epoxy PCB, and includes fused input protection for safety.

Q: How is safety ensured during operation?

A: Safety is provided by using only RoHS and CE certified components and incorporating a fuse at the input to guard against overloads. The device is intended for panel mount installation in a controlled, indoor laboratory setting.

Q: Can I mount this module in an equipment panel?

A: Yes, the module is designed for panel mounting, making it easy to integrate into laboratory testing stations and control panels.

Q: What are the main benefits of using a voltage doubler or tripler in the lab?

A: This circuit enables efficient, compact, and cost-effective generation of high-voltage AC from standard mains. Its valuable for testing, research, and educational projects where higher voltages are necessary but are not readily available from the mains supply.

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