4816P-2-390LF

4816P-2-390LF Resistor Networks, Arrays

Resistor networks are electronic components that provide electrical isolation and protection to circuits. They are used in a variety of applications ranging from protecting digital circuits to reducing signal reflection on transmission lines. The 4816P-2-390LF resistor network is a specific type of resistor network designed for optimal performance in military and aerospace applications. This article will discuss the design, application, and working principle of the 4816P-2-390LF resistor network.

Design

The 4816P-2-390LF resistor network is a four-resistor network composed of four parallel resistors connected at two ends. It is housed in an 8-pin surface-mount housing package. The resistors are connected in such a way that the three resistors on the ends are connected together at one end and the fourth resistor is connected to the first three resistors at the other end. The resistors provide a low-impedance path and resist the flow of current while the metal pin contacts provide electrical connectivity. Additionally, the 4816P-2-390LF resistor network has an overall size of less than 4816P-2-390LF mils, which allows for easy mounting and assembly in densely populated spaces.

Application

The 4816P-2-390LF resistor network is designed for use in military and aerospace applications. It is used for protection and electrical isolation of electronic systems, such as radios, satellites, navigation systems, and other communication systems. The 4816P-2-390LF resistor network is also designed to be rugged and able to withstand extreme temperatures, high levels of vibration, and other shock and environmental conditions that are common in such environments. Additionally, the resistor network is designed to provide superior electrical performance and provide increased protection for sensitive circuits in these applications.

Working Principle

The 4816P-2-390LF resistor network works by providing an electrical path for current to flow while providing protection for the sensitive circuits in the system. The two ends of the four resistors are connected in such a way that the current is distributed evenly across all four resistors. This evenly distributed current creates a low-impedance path where the voltage is dropped across the resistors and the overall current is suppressed. This configuration helps reduce signal reflections and other interference, while also providing electrical isolation and protection for the system. Additionally, the resistor network’s small size allows for easy mounting and assembly in dense areas, providing increased flexibility and options in design.

In conclusion, the 4816P-2-390LF resistor network is an important component in military and aerospace electronic systems. Its unique design allows for optimal performance, while its size makes it easy to mount and assemble in tight areas. The alternating four-resistor configuration provides a low voltage, low-impedance path for current and provides protection for connecting circuits. This makes the 4816P-2-390LF resistor network an ideal choice for any application where reliability and performance are of paramount importance.