High Heat Transfer HeatSink Radiator Cooler 22x22x15mm w/d Thermal Tape

Key Features:

* Dimensions:
* * Size: 22mm x 22mm x 15mm (L x W x H)
* * The compact size makes it suitable for small electronic components and confined spaces.

* Material:
* * Typically made from aluminum or copper.
* * Aluminum: Lightweight and has good thermal conductivity.
* * Copper: Higher thermal conductivity than aluminum but heavier and more expensive.

* Design:
* * Fins: The heat sink usually has multiple fins or pins to increase the surface area for better heat dissipation.
* * Base: Flat surface for direct contact with the heat-generating component.

* Mounting Mechanism:
* * Often comes with adhesive thermal tape, thermal paste, or mounting clips to attach securely to the component.

Applications:

* Integrated Circuits (ICs):
* * Used to cool microprocessors, microcontrollers, and other ICs in various electronic devices.

* LEDs:
* * Helps in dissipating heat from high-power LEDs to prolong their lifespan and maintain performance.

* Power Transistors and Voltage Regulators:
* * Used in power supplies and amplifiers to prevent overheating of power transistors and voltage regulators.

* Raspberry Pi and Similar Single-Board Computers:
* * Helps manage the temperature of the CPU and other critical components in small computing devices.

* Small Electronic Modules:
* * Applied to components like motor drivers, and network modules to ensure they remain within safe operating temperatures.

How It Works:

* Heat Absorption: The heat sink absorbs heat from the electronic component it is attached to through direct contact.
* Heat Dissipation: The fins or pins increase the surface area, allowing more heat to dissipate into the surrounding air.
* Passive Cooling: Relies on natural convection, meaning it doesn’t require additional power or moving parts to function.

Installation:

* Preparation:
* * Clean the surface of the component and the heat sink to remove any dust or old thermal compound.
* Application:
* * Apply thermal paste or use the provided adhesive thermal tape on the contact surface of the heat sink.
* Mounting:
* * Press the heat sink firmly onto the component to ensure good thermal contact.

Example Scenario:

In a small electronic project, such as a custom-built drone, the microcontroller and motor drivers generate significant heat. A 22x22x15mm heat sink can be attached to these components to keep them cool, ensuring stable operation and preventing thermal shutdowns.
Advantages:

* Improved Performance:
* * Prevents thermal throttling and ensures components run at optimal speeds.

* Extended Lifespan:
* * Reduces the risk of heat-induced damage, extending the life of electronic components.

* No Moving Parts:
* * Silent operation with no mechanical wear and tear, leading to reliable long-term performance.