YC162-FR-079K1L

Resistor networks are circuits consisting of multiple resistors that allow current to flow between two or more electrical components. YC162-FR-079K1L is an example of a resistor network array type. It is designed for use in automotive and industrial environments where electrical or noise interference caused by oscillating currents is an issue.

This product is constructed from an array of nine resistors arranged in a particular configuration. The resistors are made of flame retardant materials which meet ASTM F/1470-02 specifications and provide excellent protection against corrosive environments. The resistors are connected in series and feature an isolated power connection between each resistor, allowing current to be supplied, without creating an undesirable voltage drop. This arrangement also reduces noise interference and helps protect components from electrical transients.

YC162-FR-079K1L is designed to work within a specific operating range and can withstand a maximum voltage of up to 9V. It is specifically designed to provide consistent current levels and minimize power dissipation by resisting the flow of current when it exceeds designed levels. This helps protect sensitive components from excessive heat generated by overcurrents.

In addition to its low voltage operation, YC162-FR-079K1L features a low profile construction which is compact and easy to install in space constrained automotive or industrial applications. The product offers superior signal integrity and noise immune performance, making it ideal for applications requiring tight tolerances and high performance.

YC162-FR-079K1L is a highly reliable resistor network array which enables efficient and safe operation of automotive and industrial applications. The array is designed to withstand high temperature and provides superior noise suppression and signal integrity, allowing it to be used in space-constrained applications. Its low profile construction helps to conserve valuable space and provides excellent protection against corrosion.