RLR07C3160FPR36

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Through hole resistors are a type of resistor for Printed Circuit Board (PCB) assemblies that are designed for extreme levels of reliability and stability under extreme levels of operating conditions. RLR07C3160FPR36 through hole resistor is a high performance device that can be found on a large number of printed circuit boards across a broad range of applications. This resistor is built to withstand conditions from high temperature, vibration, humidity and other high-stress environmental conditions.

The RLR07C3160FPR36 through hole resistor’s application field is wide due to its excellent endurance and individual capabilities in regards to specific applications. In automotive, medical, industrial, information technology, measuring and control, consumer electronics and military applications, this through hole resistor can be used to provide circuit protection or resistance against noise and interference. In the medical application, the resistor can protect the circuits from high temperature and shock or vibration.

In addition, the RLR07C3160FPR36 through hole resistor can be used in such demanding tasks as high-power system interference suppression, process control, power supply circuits, transformers and power amplifiers. It also provides protection to low-voltage and high-resistance devices in various temperature, humidity, vibration and other extreme conditions.

The working principle of the RLR07C3160FPR36 through hole resistor is based on the general method of reducing the current flow between two points. The basic principle of a resistor is that current is directly proportional to the voltage applied and the resistance. As the voltage applied to the resistor increases, a corresponding decrease in current will occur. The resistor limits the current by creating a voltage drop across its terminals, as per Ohm\'s law.

In addition, when a signal passes through the resistor, the impedance of the resistor will be further broken down into two components: dissipative power loss (also called resistance power loss) and reactive power loss (also called capacitance or inductance power loss). The resistance power loss is directly proportional to the resistance and voltage drop across the resistor. The reactive power loss is the result of the capacitance or inductance of the resistor, which creates electromagnetic interference.

The RLR07C3160FPR36 through hole resistor is designed to provide reliable and accurate performance for a variety of applications. According to the manufacturer, the resistor has a dimension of 7.1x5.1 mm and a power rating of 1W. It comes with a tolerance of ±1%, a temperature coefficient of 100ppm/℃, and a maximum voltage rating of 800V. In addition, the resistor is made of silicone core with an encapsulation with phenolic material for enhanced reliability and longevity.

In conclusion, the RLR07C3160FPR36 through hole resistor is designed for extreme demands where its excellent endurance and specific individual capabilities play a significant role. The resistor is used in various applications such as automotive, medical, industrial, consumer electronics, measuring and control, and military. Its working principle is based on reducing the current flow between two points and controlling the impedance breakdown of the resistor. The resistor is built to provide reliable and accurate performance while supporting a maximum voltage rating of 800V with a tolerance of ±1%.

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