H818K2BDA

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors are relatively simple in design, containing two contact points and a resistance element connecting them. The H818K2BDA Through Hole Resistor is a standard axial-leaded style resistor, housed in a cylindrical metal case. It is composed of a carbon core and wrapped with metallic film on one end and a ceramic base on the other. The cylindrical case is filled with high temperature ceeling wax for insulation.

The H818K2BDA has a broad range of applications, with various types of resistors available for different applications. It is most often used in telecommunications, automotive, aerospace and consumer electronics industries for high precision filtering, voltage compensation, signal resistance, and as protection against current overloads. These Through Hole Resistors can also be used in audio/visual applications, such as television and radio. Furthermore, these Through Hole Resistors also find use in sensor applications, for measuring or monitoring AC or DC signals.

The H818K2BDA Through Hole Resistor is designed to work in high frequencies, and is ideal for high power applications, while maintaining a high degree of reliability due to its robust construction. The cylindrical body of the device is sealed with a wax-filled sleeve for optimal corrosion and vibration protection. The two end connections are brought out in a hermetic seal to ensure that no outside factor affects the functioning of the Through Hole Resistor, or the circuit in which it is utilized.

It is possible to use the H818K2BDA Through Hole Resistor in a wide variety of applications and circuits, relying on its reliable and robust performance. The two leads of the device can be soldered together directly to form a reliable connection, or utilized with suitable connecting components for increased flexibility. Due to its simple design, the H818K2BDA Through Hole Resistor is an affordable option and has relatively low maintenance costs. Its robust construction ensures that the resistor will function reliably in a variety of extreme conditions.

The specific data is subject to PDF, and the above content is for reference