Microwave Parts

The microwave oven uses a magnetron to generate microwave energy. The microwave energy travels through a waveguide and is distributed into a metal cavity where the food is cooked. The waves are absorbed by the food and excite water molecules in the food. This heat then transfers throughout the food cooking it.

The microwave oven uses a magnetron to generate microwave energy. The microwave energy travels through a waveguide and is distributed into a metal cavity where the food is cooked. The waves are absorbed by the food and excite water molecules in the food. This heat then transfers throughout the food cooking it.

AVAILABLE IN DIFFERENT SIZE Item Name Model Magnetron 210-1 Round corner Magnetron 214-2 Round corner Magnetron 610-2/244-2 Round corner Magnetron 286-1 Round corner

The microwave oven uses a magnetron to generate microwave energy. The microwave energy travels through a waveguide and is distributed into a metal cavity where the food is cooked. The waves are absorbed by the food and excite water molecules in the food. This heat then transfers throughout the food cooking it.

The microwave diode converts the alternating current (AC) power output of the transformer to direct current (DC), doubling the voltage to nearly 5,000 volts. This high voltage powers the magnetron to heat the food or beverage placed in the oven cavity. If the diode is burned out, the magnetron will not receive enough voltage to operate and the microwave oven will fail to heat.

MAGNETRON 210-1

capacitors are used as surface mount devices in microwave printed wiring boards, and sometimes in hybrid integrated circuits DC filtering. Multilayer technology allows high capacitance in small volume. Sizes of multilayer capacitors that are popular for microwave