CPR052R200JE6630

Through hole resistors are a type of resistor that are typically comprised of an anodized aluminum block housing an axial-leaded resistor element. The CPR052R200JE6630 is a Through Hole Resistor that features a 5K2 resistance value as well as a primary power rating of 0.30W. It also possesses a wide temperature range of -55 to 125 degrees Celsius and includes a tolerances accuracy of; 5%. This resistor is a popular choice due to its capabilities of handling numerous high voltage and power applications.

Applications for the CPR052R200JE6630

Through hole resistors like the CPR052R200JE6630 are used in a wide variety of power, audio, telecommunication, and signal equipment applications. It is used in power supplies, amplifiers, modulators, oscillators, filters, surge suppressors, and for snubber circuits. The CPR052R200JE6630 is also used in automotive audio, cell-phone, professional sound, and TV applications such as volume control, voltage dividers, bridging circuits, and balancing circuits.

The CPR052R200JE6630 is well designed to handle thermal shock. This is due to the fact that it has an anodized aluminum housing and a wide temperature range from -55 to 125 degrees Celsius which contribute to its reliability and longevity in many electronics applications.

The CPR052R200JE6630\'s power rating of 0.30W enables it to be able to handle relatively high voltage and power applications. This coupled with its broad temperature range makes it a popular choice for many electronics manufacturers.

Working Principle of the CPR052R200JE6630

The CPR052R200JE6630 has a 5K2 resistance which has an indefinite element. This element is wound up into a leaded package wherein a capacitive voltage divider is formed. The element is placed in a cylindrical shape and is then anodized in order to maintain its integrity. The anodized aluminum block housing helps to reduce the risk of damage from environmental factors enabling the device to be used in extreme temperature environments like those found in automotive applications.

When the power supply voltage is applied to the two leads of the resistor, electric current flows through the resistor element and is divided to create a voltage drop on the output leads. The voltage drop allows the device to offer an impedance to the electrical current which ultimately takes the form of heat. This heat from the resistor is dissipated to the environment due to the anodized aluminum block housing.

The amount of current flowing through the device is determined by the resistance of the element which is set at a default resistance of 5K2. The 5K2 resistance is set to allow a current of 0.3W per volt of supply voltage which should be sufficient to handle the voltage requirements for most low to moderate powered electrical applications.