Aluminum heatsink for Transistor and Mosfet

SKU: GFRGCCSEBT
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The Transistor Heat Sink is a compact passive cooling accessory designed to help dissipate heat generated by power transistors, voltage regulators, MOSFETs, driver components, and other electronic devices during operation. By providing a larger metal surface area around the heat-generating component, the heat sink transfers thermal energy away from the device and into the surrounding air, helping reduce operating temperature...
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The Transistor Heat Sink is a compact passive cooling accessory designed to help dissipate heat generated by power transistors, voltage regulators, MOSFETs, driver components, and other electronic devices during operation. By providing a larger metal surface area around the heat-generating component, the heat sink transfers thermal energy away from the device and into the surrounding air, helping reduce operating temperature and improve thermal stability.

The  heat sink is suitable for electronic circuits where semiconductor components may become warm or hot during continuous or high-current operation. It can be used with suitable transistors, voltage regulators, power devices, motor driver circuits, switching circuits, amplifiers, power supplies, and other electronic assemblies. Proper thermal contact between the component and heat sink is important for effective heat transfer.

The compact design makes the Transistor Heat Sink suitable for PCB-mounted electronics and small embedded circuits where space is limited. It provides a simple passive cooling solution without requiring a fan, power supply, or additional electrical connection. Depending on the component package and mounting arrangement, the heat sink can be attached using suitable thermal adhesive, thermal tape, clips, or other appropriate mounting methods.

Designed for electronics hobbyists, engineers, technicians, students, robotics developers, and DIY makers, the Transistor Heat Sink is useful for improving thermal management in power electronics and electronic prototypes. It is suitable for Arduino and microcontroller projects, voltage regulator circuits, motor controllers, power supplies, audio amplifiers, LED drivers, and other applications where additional passive cooling is required.

Key Features

Transistor Heat Sink
Compact Passive Cooling Solution
Designed for Electronic Components
Helps Dissipate Excess Heat
Improves Thermal Management
Reduces Component Operating Temperature
Increases Effective Heat Dissipation Area
Suitable for Power Transistors
Suitable for MOSFETs
Suitable for Voltage Regulators
Suitable for Power Semiconductor Devices
Suitable for Motor Driver Components
Suitable for Switching Circuits
Suitable for Power Supply Circuits
Passive Cooling Design
No Fan Required
No External Power Required
No Electrical Connection Required
Compact Size
Lightweight Construction
Metal Heat Dissipation Body
Easy to Install
Suitable for PCB Applications
Ideal for DIY Electronics
Suitable for Arduino Projects
Suitable for ESP32 Projects
Ideal for Robotics Projects
Suitable for Motor Driver Boards
Suitable for Voltage Regulator Circuits
Ideal for Power Electronics

Shipping & Returns

Orders placed before 3 PM IST will be shipped on the same day (excluding Sundays and Public holidays) through our shipping partners. In rare cases, the pickup may get delayed during Public holidays / Bandh / Environmental disturbances.

Specifications

Specifications:

Product Name: Transistor Heat Sink - RC047
Product Type: Electronic Component Heat Sink
Model: RC047
Cooling Type: Passive Cooling
Application: Semiconductor and Power Component Cooling
Primary Use: Transistor Heat Dissipation
Suitable Components: Transistors, MOSFETs, Voltage Regulators, Power Devices and Other Compatible Components
Material: Aluminum / Heat-Conductive Metal
Construction: Metal Heat Sink
Surface Area: Designed to Increase Heat Dissipation Area
Heat Transfer: Conductive Thermal Transfer
Electrical Connection: None
Power Requirement: None
Fan: Not Included
Cooling Method: Natural Convection
Mounting Method: Thermal Adhesive, Thermal Tape, Clip or Suitable Mechanical Mounting Depending on Application
Thermal Interface: Thermal Compound or Thermal Pad Recommended Where Required
Installation Type: Component Mounted
PCB Compatibility: Suitable for Compact Electronic Circuits
Component Compatibility: Depends on Component Package and Heat Sink Mounting Dimensions
Weight: Lightweight
Design: Compact
Maintenance: Low
Operating Environment: Suitable for General Electronic Applications
Thermal Performance: Depends on Component Power Dissipation, Mounting Method, Airflow and Ambient Temperature
Heat Dissipation Capability: Depends on Heat Sink Size and Operating Conditions
Recommended Use: Components Requiring Additional Passive Cooling

Additional Resources

FAQ

1. What is the Transistor Heat Sink RC047 used for?

The RC047 heat sink is used to dissipate heat from transistors, MOSFETs, voltage regulators, motor driver components, and other compatible electronic devices. It helps reduce component temperature during operation.

2. Does the heat sink require a power supply?

No. The RC047 is a passive heat sink and does not require electricity, a fan, or an external power supply. It dissipates heat naturally through its metal body and surrounding airflow.

3. Can the RC047 be used with MOSFETs and voltage regulators?

Yes. It can be used with suitable MOSFETs, voltage regulators, transistors, and other power semiconductor components, provided the physical dimensions and mounting method are compatible.

4. How should the heat sink be installed?

The heat sink should have good thermal contact with the heat-generating component. Depending on the component and application, suitable thermal paste, thermal adhesive, thermal tape, clips, or mechanical mounting can be used.

5. Does using a heat sink guarantee that a component will not overheat?

No. A heat sink improves heat dissipation but does not guarantee a specific operating temperature. Actual thermal performance depends on the component's power dissipation, heat sink size, thermal interface, airflow, ambient temperature, and mounting quality.

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