Description
PACK OF 100 PIECES
The MYG10-471 is a varistor with a clamping voltage of 470 volts, capable of handling surge currents up to 25 amperes, an energy absorption capacity of 60 joules, a power dissipation of 0.40 watts, and it has a diameter of 10mm. This varistor is designed for surge protection in electronic circuits, particularly in applications where these specific parameters are needed.
-
Voltage Rating (470V): The 470-volt rating indicates the voltage level at which this varistor can effectively clamp or suppress voltage spikes, making it suitable for circuits that operate at or around this voltage level.
-
Surge Current Capacity (25A): Able to handle surge currents up to 25 amperes, this varistor is equipped to protect electronic components from significant surge events such as lightning strikes or power surges.
-
Energy Absorption (60 Joules): With an energy absorption capacity of 60 joules, the MYG10-471 can withstand substantial energy spikes, providing robust protection for sensitive electronics.
-
Power Dissipation (0.40W): The varistor’s power dissipation capacity of 0.40 watts is an important specification, indicating the amount of power it can handle safely over time.
-
Size (10mm Diameter): Its 10mm diameter size makes it suitable for a variety of electronic devices, especially where space allows for a component of this size to deliver effective surge protection.
-
Applications: Varistors like the MYG10-471 are commonly used in power supplies, control systems, and electrical appliances to protect circuits from over-voltage conditions. They are also utilized in industrial and commercial environments where surge protection is critical.
-
Features: Known for their rapid response to voltage surges, varistors are essential components for protecting electronic circuits from damage due to transient voltage spikes.
The MYG10-471 varistor, with its specifications of 470V, 25A surge current capacity, 60J energy absorption, and 0.40W power dissipation, is an effective solution for safeguarding electronic circuits against voltage surges and spikes, especially in applications requiring a robust level of protection.
