4609H-101-392LF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistors are widely used in many electronic applications. One type of resistor network is the 4609H-101-392LF, which uses a four element, single pole configuration to provide a high isolation, low loss, and wide frequency response. In this article, we will discuss the application field and working principle of the 4609H-101-392LF resistor network.

Application Fields

The 4609H-101-392LF resistor network is ideal for applications which require a high level of isolation and low signal loss across a wide frequency spectrum. It is commonly found in aerospace, medical, industrial, automotive, and commercial applications.

This resistor network is especially well suited for applications which require a high level of isolation between multiple components, such as RF power amplifiers and antennas. It is also used in medical applications which require a high degree of accuracy and precision in sensor and telemetry systems.

The 4609H-101-392LF resistor network is also used in industrial applications such as switch mode power supplies and AC/DC converters. In addition, it is often found in automotive wiring systems where high-voltage levels and isolation are required.

Working Principle

The 4609H-101-392LF resistor network is a four element, single pole configuration which provides a high level of isolation and low signal loss across a wide frequency range. It is composed of two thick film resistors, one thin film resistor, and one chip resistor which are connected in series or in parallel, depending on the desired application.

The thick film resistors are usually composed of a high-temperature metal film deposited on an alumina substrate. This film can be combined with a variety of materials, such as titanium oxide, silver oxide, and lithium oxide, to create resistances from a few ohms up to many kilo ohms. This type of resistor has excellent chemical and mechanical stability, as well as high insulation resistance.

The thin film resistor is typically composed of a substrate of glass, ceramic, or polyimide with a thin metal film deposited on top of it. This type of resistor typically has a better temperature coefficient than thick film resistors, and can be used to create resistances from a few ohms up to many kilo ohms.

The chip resistor, also known as a surface mounted device (SMD), is a type of resistor which is mounted directly onto a printed circuit board. This type of resistor has a much smaller physical size than either thick film or thin film resistors, making it well suited for applications where space is a concern. Chip resistors are generally composed of a metal film deposited on a ceramic or glass substrate.

The 4609H-101-392LF resistor network is designed to provide excellent high frequency response and low signal loss over a wide isolation range. It is also designed for high reliability and repeatability in a wide range of operating conditions.

The specific data is subject to PDF, and the above content is for reference