HS220 Heat Sinks by XON.COM – Efficient Thermal Management for Power Electronics
The Heat Sinks HS220 by XON.COM are high-performance passive cooling components designed to effectively dissipate heat from power semiconductors such as TO-220 packages. Engineered for use in demanding thermal environments, these heat sinks are essential for ensuring reliability, longevity, and safety in high-power applications.
In this article, we’ll explore the features, technical specifications, typical applications, and integration details of the HS220 Heat Sinks by XON.COM. Whether you're designing power converters, amplifiers, or voltage regulators, these thermal solutions provide a robust and affordable option.
Technical Specifications of HS220
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Manufacturer: XON.COM
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Part Number: HS220
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Type: Heat Sink for TO-220
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Material: Black Anodized Aluminum
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Thermal Resistance: ~10°C/W (varies by airflow)
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Mounting Style: Vertical or PCB Mount
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Dimensions: 25mm x 12mm x 20mm (approx.)
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Finish: Anodized for improved radiation and corrosion resistance
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RoHS Compliant: Yes
The HS220 Heat Sinks by XON.COM are lightweight yet highly effective, helping to maintain device temperatures within safe operating limits.
Key Features of HS220 Heat Sinks
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Designed for TO-220 Components – Perfect fit for regulators, MOSFETs, and rectifiers
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Efficient Heat Dissipation – Keeps junction temperatures low under load
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Compact & Lightweight – Suitable for dense PCB layouts
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Anodized Finish – Enhances heat radiation and resists oxidation
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Easy to Mount – Vertical or horizontal installation with clip or screw
The HS220 Heat Sinks by XON.COM are trusted for stable performance in thermally challenging environments.
Applications of HS220 Heat Sinks
These heat sinks are commonly used in applications where thermal regulation is critical:
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Linear Voltage Regulators (e.g., LM317, 7805)
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Switching Power Supplies
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Audio Amplifiers
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Motor Drivers and Inverters
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Power MOSFETs and Diodes
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Embedded Systems and Development Boards
If your system involves high-current flow or continuous power output, Heat Sinks by XON.COM ensure safe and efficient thermal dissipation.
Mounting and Connection Overview
Typical mounting setup:
TO-220 Package Thermal Compound HS220 Heat Sink ? PCB or Panel
Optional thermal pads or insulating washers can be used to optimize heat transfer or provide electrical isolation.
Use Case Scenario: Linear Regulator in IoT Power Module
Scenario: A product designer developing an IoT power module using a 5V linear regulator needed a compact thermal solution to ensure consistent performance.
Problem: The regulator overheated under prolonged use, leading to voltage drops.
Solution: The HS220 Heat Sinks by XON.COM were added to dissipate excess heat without increasing PCB footprint.
Result: Improved voltage stability, lower operating temperature, and longer product life.
Download Datasheet for HS220
Looking for exact mechanical drawings or thermal performance data?
Download HS220 Datasheet from XON Electronics
Why Buy from XON Electronics?
XON Electronics is your one-stop shop for thermal and power management components:
- 100% Genuine Heat Sinks by XON.COM
- Global Shipping to USA, India, Australia, Europe & more
- Inventory Ready for Immediate Dispatch
- Bulk Pricing for OEMs and Contract Manufacturers
- Secure Online Ordering with Expert Support
Order now at www.xonelec.com and upgrade your thermal design with Heat Sinks by XON.COM.
Conclusion
The HS220 Heat Sinks by XON.COM offer a perfect balance of size, performance, and cost for engineers working on thermal-critical designs. With effective heat dissipation, anodized durability, and ease of installation, they are a reliable solution for regulating temperatures in TO-220-based circuits. Available now at XON Electronics with shipping across USA, India, Australia, Europe, and other global regions.
FAQs – HS220 Heat Sinks by XON.COM
Q1. What type of component is this heat sink designed for?
It is optimized for TO-220 packages such as regulators and MOSFETs.
Q2. Can I mount it directly to a PCB?
Yes, it supports both vertical and PCB mounting styles.
Q3. What is the approximate thermal resistance?
Around 10°C/W depending on airflow and thermal compound used.
Q4. Is it suitable for audio or power applications?
Absolutely—it's commonly used in amplifiers, power supplies, and more.
Q5. Where can I purchase it with global shipping?
From www.xonelec.com – we ship to USA, India, Australia, Europe, and worldwide.