CF18JA51R0

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Through Hole Resistors, such as the CF18JA51R0, are used in a variety of applications and operate on a simple, yet effective principle. When a current passes through the device, the voltage drop across its terminals is proportional to the amount of current. As such, these resistors are used as current-limiting devices, signal conditioning circuits, and as voltage dividers.

The CF18JA51R0 through-hole resistor is commonly found in automotive applications such as power supplies, engine management systems, and instrument clusters. It is designed to provide an ideal balance between low heat dissipation and high current-handling capability. The device consists of a ceramic-encapsulated package, a flat base, and two solder pins that are spaced apart in order to allow for better thermal dissipation.

In order to maximize the device\'s efficiency, it is important to pay attention to the electrical characteristics. The CF18JA51R0 has a maximum power rating of 200mW and a resistance range of 0.1-20 ohms. Due to the negative temperature coefficient of the device, the resistance decreases as temperature rises. It can operate within a temperature range of -55°C to +125°C.

The CF18JA51R0 through-hole resistor also provides high levels of accuracy. It has a tolerance of ±1%, which ensures that the device performs within the specified range. In addition, the device offers excellent noise immunity, which is critical for applications that require high performance. Finally, the device is designed to be highly reliable, which makes it suitable for long-term use in harsh environments.

In summary, the CF18JA51R0 through-hole resistor is an ideal choice for applications that require a reliable device with high levels of accuracy and noise immunity. With its high power rating, wide resistance range, and negative temperature coefficient, the device can handle a wide range of current levels. Additionally, its ceramic-encapsulated package is designed to provide excellent thermal dissipation ensuring long-term reliability and efficiency.

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