H4422RBDA

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Through Hole Resistors

Through-hole resistors are electrical components that were originally designed for through-hole printed circuit boards (PCBs). The resistors were designed to provide a precise resistance value and a linear resistance-temperature relationship. The resistors are connected to the board through a pair of circular holes, sometimes called “pins.” The pins are typically connected to the printed circuit board typically using through hole plating.

The H4422RBDA is a through-hole resistor design that originated in Japan in the late 1950s. The design allows for a high precision resistance value to be maintained over an extended temperature range. This resistor design has been popular with many military and industrial applications that require a precise, highly reliable resistance value.The resistor consists of a long strip of ceramic material held inside a metal tube. The metal tube is then sealed with epoxy on both ends, creating a pocket with a precisely determined resistance value.

The H4422RBDA has a number of advantages over traditional resistor designs. It is a low cost option that is reliable and can provide a precise resistance value over a long period of time. The resistor is extremely durable and can withstand extreme temperatures and other extremes without significant degradation over an extended period of time. The resistor also can handle high frequency signals, ensuring a smooth and consistent signal transmission.

The H4422RBDA resistor is primarily used in a variety of electronic applications such as test equipment, computer systems, and military systems. It can also be used in industrial applications such as power supplies, amplifiers, and servo systems. In these applications, the resistor can be used to fine-tune the gain or voltage of the system. This makes the H4422RBDA an ideal choice for many specialized electronic components.

The H4422RBDA working principle is based on the basic Ohm’s law. When the applied voltage equals the resistance of the resistor, current will flow. The resistor works by dissipating the power generated by the current flow into heat. As the temperature of the resistor increases, it becomes more resistant to the current flow, meaning more power will be dissipated. The resistor is designed so that its resistance increases linearly with temperature, ensuring a highly predictable performance.

The H4422RBDA is an excellent choice for many through-hole designs. It can be used in a variety of applications due to its high precision, durability and reliability. It is an inexpensive, low-cost resistor design that is well-suited for a variety of applications. Its reliable and predictable performance makes it an excellent choice for many applications that require a precise resistance value over a long period of time.

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