4814P-T01-101

Resistor Networks, Arrays

Resistor networks and arrays provide a compact, efficient method of providing same resistor values in multiple locations. This allows the use of only a few electrical components between the power source and the load. They also allow for any variation of resistance, as well as protection against potential problems and elimination of unwanted current paths.

The 4814P-T01-101 is a resistor network/array. It consists of two terminals on one side of the array and a third terminal on the opposite side of the array. These terminals are connected to copper ribbon strips, and the case is made of plastic and is also insulated to prevent any electrical shock or heat flow.

Application Fields

The 4814P-T01-101 is used primarily in automotive relay systems, computer graphics & circuit design, communications systems, computer monitors, and other electrical applications. It can provide a resistive element to control the current and voltage supply in the circuit, as well as protection against high voltage like in a power supply. It is also used in the protection of components from strong variations in temperature.

Working Principle

The 4814P-T01-101 works by controlling two resistors, one at each side of the array. The resistors will be connected to the third terminal, and will be connected in parallel with each other. This ensures that the physical distance of the two resistors will not affect the electric current that passes through them. The overall resistance of the array will remain constant, no matter the parameter values of the two resistors.

The 4814P-T01-101 is designed with a tight tolerance. This means that the resistance will remain constant under normal operating conditions and that the electrical characteristics of the circuit will stay consistent. This also provides a greater degree of safety for electronic circuit design.

Conclusion

The 4814P-T01-101 is a resistor network/array designed to provide a safe and consistent level of electric current in circuits. Its tight tolerance and multiple terminals make it useful in a variety of applications. The use of such a device allows for greater control of the electrical power in a circuit, allowing for greater efficiency and reliability.