CAT16-203J4LF

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, arrays, and the CAT16-203J4LF are designed to provide precision voltage and temperature coefficient resistors in a high density, low profile package. The package is designed to provide a full resistance range in the 1-50kΩ range with two homogeneous, symmetrical, low thermal emf terminations. It is a cost-effective solution for application with high density requirements, as it utilizes unique resistor network technology for superior performance and reliability.

The CAT16-203J4LF utilizes a four-wire configuration, consisting of four separate resistors joined together to form a single, large resistor with a single resistance value. These are connected in a resistance network, which is created in a process called parallel cur-rent sharing. In this arrangement, each resistor is designed to draw an equal amount of current and contribute equal amounts of voltage. The total resistance of the network is then determined by the resistance values of the individual resistors. This arrangement ensures that the overall resistance value remains the same, no matter where on the net-work the current is applied.

The CAT16-203J4LF also features a temperature-compensating resistor package. This package utilizes a special chip that contains a temperature-compensating resistor. The chip is connected to one of the four resistors in the network, and it reduces the resistance value as the temperature around the device increases. This ensures that the total resistance of the network does not change as the temperature around the device increases, and it keeps the total resistance value the same, regardless of the environmental temperature.

The CAT16-203J4LF is a low profile, ultra high-density resistor network, providing superior performance and reliability in demanding applications. With its four-wire configuration, temperature-compensated design, and a full resistance range of 1-50kΩ, it is ideal for system designs requiring highly accurate and reliable resistors. Its features make it a cost-effective solution for applications where space and power requirements are a concern.

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