Description
The Microwave Oven Capacitor is a critical high-voltage component that stores and regulates
electrical energy to power the magnetron, enabling efficient microwave operation. It works in
conjunction with the diode to convert AC power into the high-voltage DC required for generating
microwaves. Built for durability and reliability, the capacitor is designed to handle high-frequency
electrical loads, ensuring consistent performance and energy efficiency. Its insulated casing enhances
safety by preventing electrical leaks, while high-quality internal components contribute to long-lasting
functionality .Commonly used in microwaves, industrial heating equipment, and other high-voltage
appliances, the capacitor plays a crucial role in ensuring proper heat generation. Regular inspection and
maintenance are essential to prevent power failures or microwave malfunctions, as a faulty capacitor
can lead to reduced heating efficiency or complete appliance failure.
Highlights
- Production Name: CH85 High Voltage Capacitor for Microwave, Wistand Voltage: 2100 V AC
- Embody one 10M ohm inside the capacitor, it will release high voltage through the ressistance and diode on idle time or shut down power, ensure safety
- More general models
Specifications
Color Name | Silver |
Country of Origin | United Arab Emirates (UAE) |
Model Name | Oven capacitor |
Model Number | CH85 |
Item Qty | 1 |
Size | 3.2 inch |
What’s In The Box | Microwave Oven capacitor |
Key Features
- High-Voltage Storage – Stores and regulates electrical energy for magnetron operation.
- Efficient Power Conversion – Works with the diode to convert AC to high-voltage DC.
- Durable Construction – Built to withstand high-frequency electrical loads.
- Insulated Casing – Enhances safety by preventing electrical leaks and short circuits.
- Reliable Performance – Ensures consistent microwave heating and energy efficiency.
- Universal Compatibility – Suitable for various microwave oven models and high-voltage appliances.
- Safety Mechanisms – Designed to reduce risks of overheating or electrical failure.
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