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5-12V Mini ZVS Induction Heating Module 120W

Original price was: ৳ 999.Current price is: ৳ 850.

  • Module Type: ZVS induction heating driver
  • Input Voltage: 5–12V DC
  • Advertised Power: Up to 120W
  • Heating Method: High-frequency electromagnetic induction
  • Application: Educational experiments, heating demonstrations and DIY electronics

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5-12V Mini ZVS Induction Heating Module Price in Bangladesh

The 5-12V Mini ZVS Induction Heating Module 120W is a compact high-frequency induction heating driver designed for electronics experiments, demonstrations, and suitable DIY applications. The module uses a Zero Voltage Switching (ZVS) circuit to generate a high-frequency alternating current that can be used with an appropriate induction coil.

Induction heating works without requiring a direct electrical connection between the heating coil and a conductive object. Instead, the alternating magnetic field generated by the coil induces electrical currents in a suitable conductive material, producing heat within the material.

The compact size of this module makes it useful for learning about electromagnetic induction, resonant switching circuits, power electronics, and high-frequency energy transfer. It can be incorporated into controlled laboratory demonstrations and educational projects where the module’s electrical and thermal characteristics are appropriate.

The advertised 120W rating should be treated as a maximum/module specification rather than a guaranteed continuous output under every operating condition. Actual performance depends on input voltage, power supply capability, coil configuration, cooling, component temperature, and the particular module version.

What is ZVS Induction Heating?

Zero Voltage Switching (ZVS) is a switching technique in which the switching devices are operated under conditions that reduce voltage across them during switching transitions. This can reduce switching losses and help a resonant power circuit operate efficiently at high frequency.

In an induction-heating application, the ZVS driver works with a resonant coil/capacitor network to produce high-frequency alternating current. The resulting magnetic field can induce currents in nearby conductive materials.

Key Features

  • Compact mini induction-heating module
  • ZVS resonant driver design
  • Designed for DC input
  • 5–12V input range
  • Advertised power up to 120W
  • Suitable for high-frequency induction experiments
  • Compact PCB construction
  • Useful for educational demonstrations
  • Suitable for electronics and power-electronics projects
  • Requires appropriate induction coil configuration

Technical Specifications

Specification Details
Product Type ZVS Induction Heating Module
Input Voltage 5–12V DC
Advertised Power Up to 120W
Circuit Type Resonant ZVS driver
Heating Method Electromagnetic induction
Output High-frequency AC through induction coil
Application Induction heating experiments
Module Format Compact PCB
Cooling Dependent on operating conditions
Coil Configuration varies by module/version

Note: Exact operating frequency, current consumption, coil dimensions, capacitor values, MOSFET type, and continuous power capability vary between manufacturers and board versions. Check the supplied module specifications before use.

Working Principle

The module uses a resonant ZVS switching circuit to convert the supplied DC power into a high-frequency alternating electrical signal.

This alternating signal is applied to an induction coil and its associated resonant components. The coil generates a rapidly changing magnetic field.

When an electrically conductive object is placed within the effective magnetic field, electromagnetic induction causes circulating electrical currents to develop within the object. Electrical resistance in the material converts this induced energy into heat.

The amount of heating depends on several factors, including the material, distance from the coil, coil design, operating conditions, input power, and duration of operation.

Applications

The 5-12V Mini ZVS Induction Heating Module can be used for:

  • Electromagnetic induction demonstrations
  • Educational power-electronics experiments
  • High-frequency switching experiments
  • Resonant circuit demonstrations
  • Induction-heating research prototypes
  • Electronics laboratory projects
  • DIY induction-heating experiments
  • ZVS circuit learning
  • Electromagnetic energy-transfer demonstrations
  • Controlled heating experiments

Advantages

The compact form factor makes this module convenient for electronics experimentation where a large induction-heating system is unnecessary.

Its ZVS topology provides a practical example of resonant switching and high-frequency power conversion. Students and electronics enthusiasts can use the module to explore concepts such as resonance, electromagnetic induction, switching losses, and power transfer.

The low-voltage DC input also makes it more convenient for suitable laboratory and hobby setups than modules designed around higher-voltage power sources.

Limitations

The module’s advertised 120W power rating does not mean that 120W of continuous heating output will always be available. Actual performance depends heavily on the power supply, coil, cooling, and operating conditions.

The module and coil can become hot during operation. The induction field can also heat nearby conductive objects unexpectedly.

It is not a general-purpose power supply or conventional resistive heater. Proper coil selection and a compatible resonant arrangement are required for reliable operation.

Installation / Usage Tips

Use only a suitable DC power source within the module’s specified input range and ensure the supply can handle the required current.

Mount the module securely and provide appropriate ventilation. Monitor component temperature during operation and stop the experiment if abnormal heating, smoke, burning smell, or other fault conditions occur.

Keep conductive tools, jewelry, loose metal objects, and sensitive electronics away from the active induction area. The electromagnetic field can induce unwanted currents in nearby conductive objects.

Use the module only with its intended coil/resonant arrangement. Do not modify the power stage or operate it outside the manufacturer’s electrical specifications.

Because induction heating can generate significant heat, use suitable heat-resistant mounting and allow the system to cool after operation.

Why Choose the 5-12V Mini ZVS Induction Heating Module?

The Mini ZVS Induction Heating Module is a compact way to explore high-frequency resonant switching and electromagnetic induction using a low-voltage DC source.

It is particularly useful for students, makers, and electronics enthusiasts working on educational demonstrations, power-electronics experiments, and controlled induction-heating prototypes.

Why Buy from ElectroXBD?

ElectroXBD supplies electronic components, power-electronics modules, sensors, development boards, robotics parts, battery accessories, and DIY electronics products throughout Bangladesh.

You can buy the 5-12V Mini ZVS Induction Heating Module 120W from ElectroXBD for suitable electronics, electromagnetic induction, and power-electronics projects.

ElectroXBD
Trusted Source for Reliable Electronic Parts
Address: H#1/1, Opposite of RH Chhatrabash, Vodra-Talaimari Road, Rajshahi
WhatsApp: 01600334238
Website: electroxbd.com

Frequently Asked Questions (FAQ)

1. What is the 5-12V Mini ZVS Induction Heating Module used for?

It is used for high-frequency induction-heating experiments, electromagnetic induction demonstrations, resonant switching experiments, and suitable educational electronics projects.

2. What voltage does the module require?

The module is designed for a 5–12V DC input, subject to the specifications of the particular board version.

3. What does ZVS mean?

ZVS stands for Zero Voltage Switching, a switching technique used in resonant power circuits to reduce switching losses under suitable operating conditions.

4. Is the module really 120W?

The module is commonly marketed as a 120W induction-heating module. Actual usable power depends on the input supply, coil, cooling, and module design, so the advertised maximum should not automatically be treated as a guaranteed continuous output.

5. Does the module require an induction coil?

Yes. An appropriate induction coil and resonant arrangement are required for the module to generate the intended induction-heating effect.

6. Can it heat metal?

The module is designed to generate an alternating magnetic field that can induce heating in suitable electrically conductive materials. Heating performance depends on the material, coil, distance, and operating conditions.

7. Can I power it directly from a USB charger?

A typical USB charger may not provide the voltage/current required for the module at its higher-power operating points. Use a suitable DC power supply that meets the module’s specified requirements.

8. Does the module become hot during operation?

Yes. The module, coil, and nearby conductive objects can become hot during operation. Appropriate ventilation and thermal precautions are necessary.

9. Is this module suitable for educational projects?

Yes. It can be useful for studying ZVS switching, resonance, electromagnetic induction, and high-frequency power electronics.

10. Where can I buy the Mini ZVS Induction Heating Module in Bangladesh?

You can buy the 5-12V Mini ZVS Induction Heating Module 120W from ElectroXBD, a trusted electronics components supplier in Bangladesh.

 

Common Questions:

Q: What is the price of 5-12V Mini ZVS Induction Heating Module 120W in Bangladesh?

A: The latest price of 5-12V Mini ZVS Induction Heating Module 120W in Bangladesh is 850 BDT.

Q: Where to buy 5-12V Mini ZVS Induction Heating Module 120W in Bangladesh?

A: You can buy the 5-12V Mini ZVS Induction Heating Module 120W at the best price from ElectroXBD in Bangladesh.

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FAQs

What payment methods ElectroXBD accepted?
ElectroXBD accepts cash on delivery, bKash, and bank transfers.
Can products be returned or exchanged?
Yes, returns are accepted within 7 days of delivery according to terms & policies.
How long does delivery take?
Delivery generally takes 2-4 business days, depending on the location.
To which locations does ElectroXBD deliver goods?
ElectroXBD delivers orders to all regions across Bangladesh.
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