PACK OF 100 PIECES

The MYG20-201 is a varistor featuring a 20mm diameter, designed for surge protection in electronic circuits. It has a voltage rating of 205 volts, can handle surge currents up to 10000 amperes, offers a power dissipation of 1.00 watt, a tolerance of 10%, and an energy absorption capacity of 100 joules. This varistor is suitable for applications requiring robust protection against voltage surges and spikes.

1. Voltage Rating (205V): The 205-volt rating indicates that this varistor is appropriate for circuits operating around this voltage level, where it can effectively clamp or absorb voltage surges.

2. Surge Current Capacity (10000A): With the ability to handle surge currents of up to 10000 amperes, the MYG20-201 is capable of protecting electronic components against significant voltage spikes.

3. Power Dissipation (1.00W): The power dissipation capacity of 1.00 watt is an important specification, indicating how much power the varistor can handle safely over time.

4. Size (20mm Diameter): The varistor's 20mm diameter size allows for robust surge protection, suitable for a variety of electronic devices and circuits.

5. Tolerance (10%) and Energy Absorption (100 Joules): A tolerance of 10% indicates the range within which the varistor can operate effectively, and an energy absorption capacity of 100 joules signifies its ability to withstand substantial energy spikes.

6. Applications: Varistors like the MYG20-201 are commonly used in power supply units, control systems, and electrical appliances to protect circuits from over-voltage conditions. They are also utilized in industrial and commercial settings for comprehensive surge protection.

7. Features: Known for their fast response to voltage surges, varistors are crucial components for protecting electronic circuits from damage due to transient voltage spikes.

The MYG20-201 varistor, with its high surge current capacity, energy absorption capability, and power dissipation in a 20mm package, is a reliable choice for enhancing the protection of electronic circuits against voltage surges. Its specifications make it suitable for a wide range of applications that require robust surge protection capabilities.