H42K0DZA

A through-hole resistor, as the name implies, is a resistive device which is constructed to be inserted into an electrical component assembly via the component’s through-holes. It is usually constructed of either ceramic, aluminum, or a metalized plastic material that can support the weight of the resistor while providing sufficient electrical insulation for the assembly. The main advantages to using a through-hole resistor are its durability, flexibility, minimal stress and simplified assembly.

The H42K0DZA is one of the most popular through-hole resistors on the market today. It is constructed using a high-precision thick film ceramic body which is very durable and flexible. This makes it suitable for applications that require extreme temperatures or vibration. The body is also designed to help dissipate heat more efficiently than standard ceramic resistors. In addition, the terminals are extremely strong and able to withstand significant amounts of force. It also has a low profile which allows it to be used in tight spaces.

The H42K0DZA is typically used in industrial automation control systems and motor drives, where it is used to protect circuits from excessive current levels. It is also commonly used in medical equipment, automotive applications and avionics. It is also designed to operate in high temperatures, up to +205°C and offers a resistance range of 0.2-200KΩ with 0.5% tolerance.

The working principle of a through-hole resistor is based on the fact that when current passes through a conductor, it encounters resistance, which works to limit the amount of current flowing through the conductor. The resistance of the through-hole resistor depends on its material, its shape and its size. For the H42K0DZA specifically, as current flows through the resistor, it encounters the high-precision thick-film ceramic which offers resistance that can be predetermined with a very high accuracy of 0.5%.

In conclusion, the H42K0DZA is a very popular through-hole resistor which offers a range of features making it ideal for many different applications. It is durable and flexible and offers a high level of accuracy and reliability. Furthermore, it is designed to operate reliably in extreme temperatures and offers resistance that can be predetermined with a very high accuracy of 0.5%.