4608H-102-222LF

Resistor Networks, Arrays are widely used in electronic circuits for controlling, protection as well as signal processing. The 4608H-102-222LF is a type of product that provides integrated electronic circuit protection for a variety of applications and allows high level of system integration and interface protection.

The 4608H-102-222LF is a surface-mount dual-in-line resistor network designed for DC, AC or pulse operation. It is a slim, highly integrated surface-mount component with very low inductance for decoupling and transient protection. The four element resistor arrangement provides two series-connected elements, each in parallel with a separate shunt element. The typical insertion loss of the 4608H-102-222LF is less than 0.5dB.

The 4608H-102-222LF has a wide range of applications. It can be used for signal integrity applications due to its surface mount design, such as decoupling for differential signaling, high-speed I/O’s, RF circuits, and EMI/RFI filtering. It can also be used in power supply smoothing applications to reduce ripple voltage, as well as for peak current limiting, such as voltage regulator protection. Finally, it can be used in audio and video devices, such as noise reduction, circuit protection for wideband analog filtering or as a low-level distortion component.

The 4608H-102-222LF works using a combination of series and shunt elements. The two series elements shoulder the load evenly to prevent localized current overloading. The shunt elements provide back-to-back protection against high-voltage or overcurrent.

The 4608H-102-222LF is found to be highly reliable, cost effective and easy to integrate into any system. The component is usually rated for a maximum voltage of 40V and a maximum power of 250mW and comes in terminations of gull-wing or flat-pack variants.

To conclude, the 4608H-102-222LF is a highly versatile surface mounted resistor network that has a wide range of applications, including signal integrity, power supply smoothing, peak current limiting, noise reduction and for circuit protection. It works by using a combination of series and shunt elements and is highly reliable, cost effective and easy to integrate into any system.