CPL10R0600JB313

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Through Hole Resistors are a type of electronic passive component used to resist the electric current or control the voltage in a circuit. The CPL10R0600JB313 is a specific model of Through Hole Resistor. This article will focus on the CPL10R0600JB313 application field and its working principle.

CPL10R0600JB313 is a Through Hole Resistor which is generally used in the aerospace industry due to its high voltage capability and low thermal heating abilities. It typically comes in a single or dual-inline package (SIP/DIP) and can provide electrical characteristics that suit applications of more than 5kV and reliable performance. This type of Through Hole Resistor can be used at temperatures under -65 to +165 °C.

Due to its precise accuracy, the CPL10R0600JB313 is ideal for medical and automotive devices. It is also widely used in consumer electronics, charging systems, power supply systems, and audio systems. Its usage is not limited to certain products however due to its wide range of capabilities. It is mainly found in sensitive circuits with high voltage that require excellent mechanical strength and high-temperature loading.

The CPL10R0600JB313 also has a robust design due to its high-temperature sealed construction and corrosion resistant materials which enables it to withstand rough environments. It also has a double-insulated coating which adds protection against shocks, vibration as well as any kind of electronic status. Its wire-wound design ensures reliability, accuracy, and stability when connected in a circuit.

The CPL10R0600JB313 is designed with a wide range of resistance values, allowing for precision adjustment in electrical circuits. This resistor utilizes a technique called Resistive Divider Network (RDN), which is a method of connecting multiple resistors in series or parallel combinations to create more complex resistance values. This is commonly used in low-voltage applications such as lighting or power supplies.

The CPL10R0600JB313 is also designed with a constant temperature coefficient, which helps regulate its temperature and maintain a stable resistance.

The working principle of the CPL10R0600JB313 is very simple. As an electrical current passes through the resistor, the built-in resistive material inside the resistor absorbs some of the current. This reduces the current flowing through the circuit and restricts the voltage. The amount of current and voltage which is restricted by the resistor depends on the value of its resistance.

In summary, CPL10R0600JB313 is a Through Hole Resistor which is used in high voltage applications such as medical and automotive devices. In addition to its robust design, it has a constant temperature coefficient and Resistive Divider Network for more precise adjustments of resistance values. It also works by absorbing some of the current which passes through it, thus reducing the amount of voltage flowing through the circuit.

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