H8442RDZA

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A resistor is an electronic component that resists the flow of electricity. Through Hole Resistors have terminals that pass through a hole in the wiring board and protrude from the other side. The H8442RDZA is a general-purpose, through hole resistor.

The H8442RDZA is designed to be used in various digital applications, including instrumentation, printed circuit assemblies, test equipment, and analog and digital circuit controls. The device has a resistance range of 0.1 to 10 kilo-ohms. Its power rating is up to 2 watts, and its operating temperature range is from -55°C to +85°C.

The H8442RDZA offers superior temperature stability, as well as low temperature coefficient and high temperature variation of resistance. This combination makes it suitable for precision circuit applications. The device is also capable of withstanding high temperatures and humidity levels, making it ideal for use in extreme environmental conditions.

The H8442RDZA features a ceramic casing and wire-wound construction. This design provides heat dissipation and durability for a long life span. The device is conforming to to MIL-PRF-83401, and IEC60252 standards.

The working principle of the H8442RDZA is based on the principles of electrical resistance. When electricity is introduced to the device, electrons flow through the wires and through the resistor. As the electricity passes through the resistor, the resistance causes the electrons to lose energy, thus reducing the flow of electricity.

The resistance of the H8442RDZA varies depending on the amount of current flowing through it. The resistance can be adjusted by changing the no-load voltage. This will affect the current flow through the device and thus the resistance. This makes it possible to control the current flow and voltage levels in a circuit.

The H8442RDZA can be used in a variety of applications, from digital signal processing, and noise suppression to current limiting, surge protection, and power supply. It is reliable and able to handle temperatures ranging from -55°C to +85°C, making it a great choice for any electrical application.

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