CAT16-430J8LF

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

Resistor networks, broadly speaking, are two or more sets of resistors designed to share or split load-current and/or voltage. Different types of resistors networks, including single-ended and differential types, can be designed for different applications. The CAT16-430J8LF is a specific type of resistor network that is designed and manufactured by Caddock Electronics, Inc. This article will discuss the CAT16-430J8LF’s application field and working principle.

The CAT16-430J8LF is a 60-terminal, 8-resistor, single-ended resistor network. This device consists of an eight resistor, dual-in-line sorting network, integrated within a single 60-terminal package. Each resistor is a precision matched element, and all elements are bonded in close thermal contact. This makes the CAT16-430J8LF ideal for precision applications involving temperature stabilization.

Due to its structure and design, the CAT16-430J8LF can be used for a variety of electronic applications. It is well suited for use in line-syncing and audio amplifier circuits, as well as for high voltage dividers. The CAT16-430J8LF can be used in digital precision measurement systems, as its bonded elements provide accurate readout characteristics. Additionally, it is well suited for use in temperature controlled feedback loops.

The working principle of the CAT16-430J8LF resistor network is fairly straightforward. It operates by splitting a load voltage across the multiple resistors. Each of the eight resistors is a precision matched element. This creates precise voltage or power splits, making the network ideal for applications where accurate voltage sharing is required. The device can also act as a voltage reference, providing a relatively stable output that is independent of temperature variations.

The CAT16-430J8LF is a highly versatile resistor network that offers a variety of applications in digital measurement systems, audio amplifier circuits, line-syncing applications, and more. It is a 60-terminal, 8-resistor, single-ended network that consists of eight precision matched elements bonded in close thermal contact. As such, it is well suited for precision applications involving temperature stabilization. The device works by splitting a load voltage across the multiple resistors, resulting in a stable output that is relatively independent of temperature variations.

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