4816P-1-250

Resistor Networks, Arrays, are electrical components that are used to divide voltage, and control current in an electrical circuit. The 4816P-1-250 is no exception. It is a PTC Resistor Network with 4 resistors, each having a resistance rating of 250 ohms. Each individual resistor is located on a common PCB board, and the network is then arranged in a specific pattern to divide the voltage and control the current.

The Application Field of the 4816P-1-250

The 4816P-1-250 is designed for applications where the voltage is divisible into two or more parts. Commonly used in computer networks and telecommunications systems, it provides balanced current flow, and helps protect the system from power surges and overloads. It can also be used in medium voltage control circuits and in heating and lighting systems. The resistance rating of 250 ohms ensures maximum current flow for a given voltage.

The Working Principle of the 4816P-1-250

The 4816P-1-250 operates on the principle of current division. This means that when a certain voltage is applied across the network, the current is divided in the ratio of the resistors’ resistances. In the 4816P-1-250, the resistors have a rating of 250 ohms each. This means that when a certain voltage is applied across the network, the current will pass through each resistor in the same ratio of 250 to 250.

The 4816P-1-250 also helps to reduce noise. The resistors help to reduce the noise level by dampening it. A noisy power supply can generate unnecessary electrical noise, which can be reduced with the help of a 4816P-1-250. This also helps to protect sensitive equipment from any unwanted electrical noise.

The 4816P-1-250 is also used for current control. Since the current is divided in the same ratio as the resistors’ ratings, it is possible to control the current flow through the circuit. By adjusting the resistance of each resistor, the current can be controlled and adjusted to the desired levels.

The 4816P-1-250 is also commonly used in regulating current in high current circuits. By connecting the network in series or parallel, the resistors can be adjusted to provide the desired voltage and current. This also makes it possible to regulate the current in the circuit, resulting in an efficient power supply.

Conclusion

The 4816P-1-250 is a reliable PTC Resistor Network with 4 resistors, each having a resistance rating of 250 ohms. It is used in a variety of applications, including computer networks, telecommunications systems, medium voltage control circuits, lighting systems, and heaters, as well as current control and noise reduction in circuits. Its resistors are arranged in a series or parallel configuration to divide the voltage and control the current, thus providing an efficient power supply.