H413RBZA

Through Hole Resistors, such as H413RBZA, are used in a wide range of applications. These applications are divided into two major groups, passive devices like resistors, and active devices such as amplifiers and transistors. The H413RBZA is a through-hole resistors with great tolerances and temperature coefficient of resistance (TCR).

It is important to understand the differences between passive and active devices when using H413RBZA in a circuit design. Passive devices are ideal for almost any application where voltage or current is the main concern, as they do not require any additional power to maintain a certain level of performance or functionality. This makes them well suited for circuit designs that require a low cost, low power solution. In contrast, active devices require an additional power source to maintain a specific performance level or to enable other features such as amplification.

The H413RBZA through-hole resistors are usually used for applications with a wide range of resistances, including low-value, medium-value, high-value, and wide band resistors. The structural design of the H413RBZA allows for easy integration into circuit boards for low-profile designs. Due to its high tolerances, it is also ideal for applications that require process-dependent precision. It has a wide temperature coefficient of resistance (TCR) range, ranging from -100°C to 300°C, making it suitable for many different applications, including temperature sensing and medical instruments.

The working principle of the H413RBZA through-hole resistor is simple and efficient. It works by using a combination of resistive elements, which reduce the voltage and/or current passing through them. The resistor’s power rating is determined by the current rating of the resistor. For example, 1/4 watt resistor can handle up to 1/4 watt of power. When putting the resistor into a circuit, the voltage and current are reduced and the total resistance of the circuit can be calculated. By using the Ohm’s law formula, the total resistance of the circuit can be determined based on the voltage and current in the circuit.

The H413RBZA through-hole resistors have excellent resistance stability and temperature tolerance, making them highly suitable for applications where long-term stability and performance are critical. They can also be integrated into low-profile designs or circuits that require precise process-dependent measurements, as they are inexpensive and have excellent temperature coefficient of resistance (TCR) values. Due to their wide range of resistance ratings and high-level performance, H413RBZA through-hole resistors are the ideal choice for a variety of different applications in the fields of robotics and industrial automation.