FVTS10R1E150R0JE

Chassis Mount Resistors: FVTS10R1E150R0JE application field and working principle

Chassis mount resistors are an important type of electrical circuit components that can function as a form of passive electrical element inelectrical circuits. A chassis mount resistor can act as a resistive device, on the one hand, it resists an electric current, on the other hand, it can also be used to provide an electrical ground connection. The chassis mount resistor is usually a cylindrical form housed in a metal or plastic case.

Overview of FVTS10R1E150R0JE

FVTS10R1E150R0JE is a cylindrical chassis mount resistor with a total resistance of 10 ohms. Its rated voltage is 150V, and its rated power dissipation is 0.5W. It operates in a temperature range from -55° C to +150° C. It is available in 2 different configurations – radial leaded, or axial leaded. The FVTS10R1E150R0JE is a radial leaded resistor that is typically used as a fixed value resistor. The resistor has a maximum operating temperature of 150 °C, a voltage rating of 150V and a power rating of 0.5 watts.

Application Field of FVTS10R1E150R0JE

Chassis mount resistors such as the FVTS10R1E150R0JE are commonly used in automotive, industrial and avionics applications. They are typically used in electronic circuits such as power supplies, voltage regulator stages, neutralizing and balancing networks and line filters. They are also used in motor control systems, instrumentation, and communications systems.

The FVTS10R1E150R0JE can be used in applications such as linear lighting, power supplies, and power applications. In linear lighting applications, FVTS10R1E150R0JE resistors can be used for current limiting, voltage protections, and to provide remote sensing and dimming. In power supplies, the resistor can be used for current limiting, over-voltage protection, inrush current limiting, input voltage range setting, and frequency control.

Working Principle of FVTS10R1E150R0JE

The working principle of a FVTS10R1E150R0JE is simple. It is essentially a cylindrical resistive device consisting of a copper coil or ribbon wrapped around a fixed or variable resistor. When connected to a voltage source, current passes through the resistive element, resulting in the conversion of electrical energy into heat energy. The heat energy produced causes a current flow in the opposite direction, thus providing a resistance to the current flow.

The total resistance of a FVTS10R1E150R0JE is determined by the number of coils or the wire ribbon. The larger the number of coils or the wire ribbon, the greater the resistance. The resistor is also temperature dependent, meaning that the resistance of the resistor increases with an increase in temperature.

The FVTS10R1E150R0JE is typically used as a fixed value resistor. This means that the resistance remains constant regardless of the changes in temperature and voltage.