RWR80S1820FPB12

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Through hole resistors have been widely used as an indispensable part of electronic components and assemblies for many years. The RWR80S1820FPB12 through-hole resistor is no exception. It is a surface mount device designed to withstand extreme temperatures and is typically used for power or security applications.

This resistor is composed of a two-terminal device with an electrically insulating base, which permits the development of current when a voltage is applied. Its electrical resistance is specified in ohms and is based on the size of the resistor and the materials used. The resistor’s power ratings are specified in watts. These power ratings vary depending on the size and application field.

The RWR80S1820FPB12 has a power rating of 8 Watts and an operating temperature range from -55°C to +125°C. Its resistance value is 1820 ohms suitable for applications which require higher resistance levels. It has a maximum working voltage of 250 VAC, and a maximum surge voltage of 8kV. The device also features a flame-retardant coating capable of withstanding hazardous environmental conditions such as smoke and chemical fumes.

The RWR80S1820FPB12 is manufactured using a through-hole process, meaning that components are inserted through a hole drilled into the printed circuit board (PCB). The hole is then sealed by either filling with solder or plugging with a metal pin or some other type of electrical connector. This simple and robust method of construction ensures reliable and robust electrical connections that remain intact for many years.

The RWR80S1820FPB12 is suitable for high-voltage applications such as surge and power protection. It is also suitable for long-term environmental exposure. It can be employed in various fields including automotive, military, medical, communications, power control, industrial, and consumer applications. This makes this device particularly well-suited for applications requiring a flexible and reliable solution.

The working principle of the RWR80S1820FDPB12 is quite simple. The resistor has two terminals connected to a power source. When a voltage is applied to the resistor, current flows through it, creating a corresponding voltage drop across the resistor. The voltage drop across the resistor is proportional to the amount of current needed to flow through it. This voltage drop across the resistor is the difference between the applied voltage and the output voltage of the device, and is determined by the resistance of the resistor.

In conclusion, the RWR80S1820FPB12 is an ideal device for high voltage applications such as power protection and surge protection. It is a surface mount device that is composed of a two-terminal device with an electrically insulating base, which permits the development of current when a voltage is applied. Its power rating is 8 Watts with a maximum operating temperature range from -55°C to +125°C. The doping of the resistor produces a voltage drop across the resistor when a voltage is applied to it. This device is suitable for a wide range of applications and is manufactured using a through-hole process, ensuring reliable and robust connections.

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