RN70C1102FBSL

Through Hole Resistors are used in a variety of applications where a device needs to control current or voltage flow within a circuit. Specifically, this type of component is used for guaranteeing a minimum or maximum current or voltage flow by providing resistance between two points in the circuit. The RN70C1102FBSL is a high power through-hole resistor available from Panasonic. The device is a two-terminal, axial lead-type structure containing resistive film, electrodes and an insulating material. It is designed for high-frequency and large currents and suitable for a wide range of applications.The device has a large power rating of 310 watts and wide resistance range from 0.1 to 1,000 ohms. It provides a wide range of resistances due to up to four resistive patterns that can be built into the device. The device also offers excellent thermal stability, high power rating, low inductance and low high-frequency resistance. It is rated to 150°C for long-term stability.The RN70C1102FBSL is designed for use in high power switching, power management, and power supply devices. It can also be used for sensing, protection, and filtering. It is commonly used for electric vehicles, solar arrays, power supplies, and power management systems. The device\'s operating principle is based on the flow of electricity through a resistor. When a voltage is applied across both ends of the resistor, the current flowing through it is proportional to the voltage. The current through the resistor is inversely proportional to the resistance value, and the voltage drop across the resistor is directly proportional to the resistance value. This is known as Ohm\'s Law. The RN70C1102FBSL uses a metal alloy film or a carbon resistor to create precise resistances that are stable over temperature and humidity. These resistances are generated by creating a thin film on an electrode. The film is electrically charged, creating a resistive field that impedes the current passing through it.The RN70C1102FBSL is a through-hole resistor that is specifically designed for high power applications. It has a wide resistance range and excellent thermal stability. It is used in electric vehicles, solar arrays, power management and power supply devices, as well as for sensing, protection and filtering. Its operating principle is based on Ohm\'s Law, and its resistances are created by a metal alloy film or carbon resistor on an electrode.