H438K3BCA

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, also known as discrete resistors, are a series of resistors with an extended metal cylindrical body. The body is either plated or made of ceramic, often with a plastic coating. This type of resistor is the simplest and easiest to set into an application. H438K3BCA through-hole resistors are a subset of these resistors and are widely used in many electronic applications.

H438K3BCA can be used in a variety of applications, from automotive to industrial. This type of resistor is ideal for applications that require large voltage tolerance, long-term stability, and reliable performance. Additionally, through-hole resistors are preferable over chip resistors in most cases, due to their relatively low cost.

The H438K3BCA also works with a variety of electrical properties in order to produce accuracy and stability. It contains a metal core along with a ceramic coating that helps to reduce the thermal expansion of the resistor, as well as providing a more constant electrical performance. This ceramic coating also helps to decrease self-heating of the resistor, as well as reduce the variation in resistance if the resistor is exposed to temperature extremes.

The H438K3BCA also works in conjunction with inductors to provide a lower rated current. Inductors are a type of electronic component that stores current and provides a higher amount of self-heating than a resistor. By using these two components together, the self-heating of the resistor is reduced significantly.

In order to understand how the H438K3BCA works, it is important to look at the overall design of the resistor. The metal core of the resistor is made from a nonmagnetic material such as aluminum, and this core is surrounded by dielectric material such as ceramic powder. This dielectric material is then coated with a plastic insulation or dielectric that helps to reduce the amount of thermal strain on the core.

In addition to the ceramic coating, the H438K3BCA utilizes a number of other technologies to ensure that the accuracy and performance of the resistor is maintained. The resistor provides a high degree of accuracy because it is constructed with a precision tolerance, which helps to eliminate any potential inaccuracies.

The H438K3BCA also has a variety of other features designed to increase the stability and performance of the resistor. This includes the shock resistance and vibration resistance for applications which require more extreme environmental conditions. Another important feature of the resistor is its ability to compensate for changes in temperature, and it can handle a wide range of temperatures.

The H438K3BCA also utilizes an abrasion layer technology to help reduce the amount of current leakage. This type of technology helps to reduce the risk of damage to the electrical components during installation and use. Additionally, this type of resistor is very reliable and can be used for a variety of different applications.

Overall, the H438K3BCA through-hole resistors are one of the most reliable and effective resistors on the market today. With its high precision tolerance and reliability in extreme environmental conditions, it is an ideal component for a variety of applications. From automotive, industrial, and medical applications, the H438K3BCA can be used in a variety of different applications. This type of resistor is an excellent choice for anyone looking for increased accuracy and performance.

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