OK4335E-R52

Through Hole Resistors

The OK4335E-R52 is a through hole resistor, designed to provide a precise and stable amount of resistance when placed into an electrical circuit. Through hole resistors are used to regulate the amount of current that flows through a circuit in order to protect it and its components from damage. They are also used to reduce the level of noise in a circuit, and for the measurement of currents. Generally, through hole resistors consist of an insulating ceramic body covered with two conductive leads, connected at one end to the back of the resistive element, and at the other end to the component to be protected.

The OK4335E-R52 resistor is a through hole component made with a combination of a ceramic and metal layer. The latter is made of Ni-Cr, an alloy that is both resistant to temperature, voltage and corrosion. The design of the resistor ensures that its resistance will not be changed over time by temperature, voltage or other applied external influences. It can also work as either a series or shunt resistor. The device is capable of withstanding very high levels of temperature and voltage. Its dimensions are 41.3 x 22.5 x 12.6mm.

The OK4335E-R52 is suitable for use in a variety of applications. It is primarily used in audio systems and electronics where precise resistance is required. An example is its application in amplifiers, speakers, and other sound system components. It is also used for the measurement of electric currents, voltage regulation, noise reduction, battery testing, and to add safety in industrial equipment. The resistor is also commonly used in automotive electronics such as car radios.

The operating principle of the OK4335E-R52 is a simple one. When the device is connected to a circuit, it will resist the flow of current through the device and limit the amount of current that will flow through the circuit.

The OK4335E-R52 is a reliable, solid, through hole component that has many advantages over other types of resistors. It is able to withstand temperatures ranging from -67°F to +450°F, and is designed to maintain accuracy and precision throughout its life. It is also capable of providing a very precise and stable resistance when placed into an electrical circuit. Its simple and reliable design makes it an ideal choice for numerous applications.