4605X-101-470LF

The 4605X-101-470LF is a multipurpose resistor network which has many applications. This particular variant is a 4-pin network meaning that it has four separate terminals. It is designed as an array of nine individual uniform resistors with each having a value of 470Ω. It has a maximum pulse width rating of 500 μs as well as a minimum pulse width rating of 1 μs.

This resistor network is a perfect component for use in designing and building both analog and digital circuits. It can be used for high speed switching applications or complex analog filtering or signal conditioning. It is also useful in designing power conversion circuits, motor controller circuits, or high frequency signal conditioning circuits.

The working principle of this resistor network is simple. Each four terminals are connected to an individual resistor. The same resistance value of 470Ω runs through each resistor, meaning that the total amount of resistance is nine times that – 4.23 kΩ. This is the total resistance value when all resistors are on at the same time.

Each resistor is connected via its terminal to a different circuit component. As a current is passed through each resistor it divides into nine parts due to the total resistance. This ensures that each of the nine components of the circuit gets the same amount of current. This is important in many circuits to ensure that they work correctly and that the current passing through them is within the required range.

Other applications for the 4605X-101-470LF include signal conditioning, level sensing, and frequency compensation. As a 4-pin device, it can be used in multiple configurations depending on the design of the circuit. For more specialized applications, the 470Ω resistor array can be used in analog signal processing or signal conditioning. This makes the device suitable for use in a wide variety of circuits.

In conclusion, the 4605X-101-470LF is a multipurpose resistor network that is widely used in many applications. It consists of nine 470Ω resistors and is connected using four terminals. This device works by dividing current into nine equal parts that can be used for a variety of circuit designs including analog signal processing, level sensing, and frequency compensation. With its ability to work in multiple configurations, this device is useful in building and maintaining complex circuits.