WFH160L150JE

Chassis Mount Resistors represent an essential part of the electronic industry today. They can be found in many household and industrial settings, and serve a variety of applications. The WFH160L150JE is particularly popular for chassis mount resistors because of its robust design and good performance. In this article, we will discuss this resistor\'s application field and working principle.

The WFH160L150JE is a type of fixed resistor, which means that it has a fixed resistance encapsulated in a ceramic tube. This resistor is designed to be fitted into a chassis or cabinet for more protection from the elements and from mechanical stress. The chassis mount design helps make the resistor more suitable for applications that require more reliable operation and maintenance. This type of resistor is commonly used in high-voltage, low-impedance applications, such as AC/DC switching power supplies, power amplifiers, and other AC/DC power circuits.

The working principle of the WFH160L150JE is straightforward: it simply resists the flow of current through it. To do so, this type of resistor utilizes a ceramic material coated with metallic film. This provides the resistor with an appropriate amount of resistance for the area of application. The resistance value is usually expressed as an ohm or kilo-ohm value depending on the needs of thedevice.

The WFH160L150JE is typically mounted on a circuit board and connected by soldering to a particular connection point. The resistor is also designed to be shock and vibration resistant so it can operate reliably in harsh environments. Additionally, this type of resistor has a tolerance range of 5% which makes it suitable for applications that require higher precision and consistency.

In conclusion, the WFH160L150JE is a high-quality, robust chassis mount resistor designed for high-voltage and low-impedance applications. It is designed to resist current flow reliably and offers shock and vibration resistance and an acceptable tolerance range, making it a suitable choice for a variety of circuits. With these features, it comes as no wonder that this resistor is commonly used in the electronic industry today.