HHV-50FR-52-560K Resistors

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Through Hole Resistors are vital electrical components for circuit boards. They are designed to manage current and voltage flow, often used in power supplies and to drop a voltage that is too high. One type of through hole resistor is the HHV-50FR-52-560K, a diode built in resistor which operates with very low parts per million of power and temperature coefficient.

The HHV-50FR-52-560K is an axial leaded device with two metal end caps sealed in epoxy-sealed glass which makes it highly resistant to moisture and most chemicals. The resistor has a power rating of 50 watts and the maximum voltage range of 560 kilovolts, making it capable of handling a wide range of power supplies. The device also has a high pulse and surge capability and maximum operating temperature of 150 C.

The main application area for the HHV-50FR-52-560K is in high voltage power supplies. These are the power sources that require electric current and voltage to be dropped from too high a level to an acceptable level for the operation of electrical components and other devices. The HHV-50FR-52-560K is also used in other applications such as telecommunication devices, such as mobiles and satellite communication devices, and in medical equipment.

The work principle of the HHV-50FR-52-560K is to reduce the amount of current or voltage through a part of an electrical circuit. This is achieved by using a wirewound ceramic or plastic resistive element. The element has an electrical resistance value which is expressed in ohms, and it has a certain temperature coefficient of resistance too, meaning when temperatures change, its resistance also changes. The resistor is then mounted onto a circuit board and the current is able to be treated and regulated. This is done by adding an appropriate amount of resistance.

The HHV-50FR-52-560K through hole resistor is a reliable and durable component which is able to handle extreme temperatures and extensive pulse capabilities. It is highly resistant to moisture, chemicals and harsh environments making it suitable for a variety of circuit board applications in high voltage and power supplies as well as telecommunication and medical equipment. Its axial lead creates low inductance which is crucial for applications that require faster response times to a changing voltage or current.

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