4816P-1-622LF

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Resistor networks and arrays are components with multiple resistors of varying value connected together to form a desired pattern and are versatile, cost effective solutions for many applications. The 4816P-1-622LF is an excellent example of this type of component. This datasheet will explain the application field and working principle of this component in detail.

The 4816P-1-622LF has a series of resistors connected in a daisy chain configuration, offering a range of resistances between 2.21KΩ and 6.22KΩ. The combination of resistors is determined by the configuration of the device and the values of each resistor within the chain. This component provides a simple solution for many circuit-level design needs and can be used in applications such as active filters, circuits requiring frequency compensation, resonant networks, RC delay lines, signal synthesis, and many more.

The 4816P-1-622LF utilizes the contactless resistive switching principle using a slotted impulse control technology between its two parallel pins. Its working principle is based on an oscillating magnetic field. The magnetic field causes the contacts to move along the resistors, which results in changing the resistance value in between the two pins. Due to this type of technology, the 4816P-1-622LF can handle high temperature and vibration loadings, as well as relatively long sizes. Furthermore, this device does not require soldering or any external welding which makes it more cost effective.

The 4816P-1-622LF is designed for both DC and AC applications. It can be used in a wide range of projects such as RF modules, antenna amplifiers, voltage regulators, and other related devices. With its high precision and stability, the 4816P-1-622LF is an excellent choice for analog design applications as well as digital logic circuits. Its MELF (Metal Electrode Leadless Face) format is also available, making the component easier for wire bonding and PCB assembly.

In conclusion, the 4816P-1-622LF is a highly versatile resistor network with a range of resistances between 2.21KΩ and 6.22KΩ. Its working principle is based on an oscillating magnetic field principle and it utilizes the contactless resistive switching technology. This component is designed for both DC and AC applications and can be used in many projects such as RF modules, antenna amplifiers, voltage regulators, and other related devices. Its MELF format is also available, making it an ideal choice for analog design applications as well as digital logic circuits.

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