OL7555E-R52

Through Hole Resistors

The OL7555E-R52 is a type of through hole resistor, based upon a physical design that secures the resistor in place by welding it directly to the circuit board. This physical design offers the advantage of reliability and durability, making a through hole resistor ideal in applications that require high durability and ruggedness. Through hole resistors are also useful in applications that require a combination of precise resistor placement and thermal overload protection.

Application Field & Working Principle

The OL7555E-R52 is an ideal resistor choice for applications requiring high precision and stability, such as those used in automotive and medical device applications. It is a precision resistor that can be used to precisely control voltage and current values, which is important in many industries. In addition, it features thermal overload protection which allows it to handle high power loads, making it ideal for use in power supplies and other high-power applications.

The working principle of the OL7555E-R52 is based on controlling the amount of resistance which passes through its structure. In other words, this type of resistor works by controlling the current that passes through it and adjustable resistors allow for the resistance value to be changed according to the application needs. Furthermore, the circuitry the resistor is connected to can utilize this resistor value for its desired purpose.

The OL7555E-R52 features a non-inductive construction which helps to reduce noise in power-sensing applications and further enhances its precision and stability. It also features resistors with high accuracy and overload protection which increase its safety and reliability in rugged environments. Additionally, because of its through-hole design, the OL7555E-R52 is able to easily dissipate heat from its package, making it ideal for high-power applications.

The OL7555E-R52 is a versatile resistor that offers high reliability, durability, and precision in a range of applications. Its non-inductive construction and overload protection make it ideal for high-power applications where accuracy and stability are key. Furthermore, its through-hole design makes it capable of dissipating heat quickly, ensuring the safety of the device in high-stress applications.