RWR80S2551FRB12

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Through Hole Resistors are widely used in a variety of applications due to their robust construction and reliable performance. The RWR80S2551FRB12 is a through-hole resistor specifically designed for use in high-frequency, low-voltage circuits. It is capable of operating up to 250 mA of current and is capable of withstanding surge currents of up to 5A and operating temperatures of up to 175°C.

This type of resistor is perfect for use in high-amplitude applications requiring superior signal integrity. The RWR80S2551FRB12 incorporates a unique combination of metallization and terminations to ensure maximum power dissipation and consistent operation. This makes it extremely durable and capable of withstanding even the most robust applications.

The RWR80S2551FRB12 is a ceramic-encased through-hole resistor, and it features a novel design that helps to keep it cool while it is in operation. It uses a wide range of resistive and inductive values to ensure accurate and repeatable results, while the wide range of series and parallel connections makes it suitable for low-voltage high-frequency applications.

The installation and use of the RWR80S2551FRB12 are relatively straightforward. The resistors are mounted on the PCB using the integrated mount hardware, which is fastened to the printed circuit board using an appropriate fastener. To reduce mounting stresses and ensure proper positioning, the resistors should be properly mounted before applying power.

The working principle of the RWR80S2551FRB12 is fairly straightforward. When a voltage is applied across the resistor, a current will pass through it, generating a voltage drop. This voltage drop is proportional to the resistance of the resistor, thus if the resistance is changed, the voltage drop of the resistor will also change accordingly. This allows the resistor to control the amount of current passing through it, making it a reliable and dependable means of regulating current flow in circuits.

The RWR80S2551FRB12 is well-suited for use in applications where high-frequency and low-voltage applications are required. It can be used to provide signal conditioning of audio, data, and analog signals, as well as in numerous other applications. Its unique combination of metallization and terminations make it an ideal choice for use in high-amplitude applications. The wide range of resistive and inductive values, as well as its robust construction, make it a reliable and durable choice for use in numerous electronics applications.

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