RACF164DFT5K11 Resistors

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 and arrays are used for a variety of applications in fields such as communication, automotive, avionics, and electronic design. The RACF164DFT5K11 is a popular resistor network in these areas that offers a reliable and accurate solution for any project.

The primary application of the RACF164DFT5K11 is for voltage sensing. This network includes resistors with very small footprints and high precise accuracy. The resistor network uses four components: two voltage divider networks, a reference voltage, and a current source. This combination helps to quickly and accurately measure voltage across networks, eliminating the need for a separate voltage sensor.

The RACF164DFT5K11 also has applications when used in conjunction with dc to dc converters. The resistor network helps to reduce the output ripple of the dc to dc converter, creating a cleaner power that can be used in delicate circuitry. The precision resistors allow for the voltage output to be maintained at different loads, while the reference voltage provides a precise voltage for comparison to the input.

The working principle of the RACF164DFT5K11 is fairly simple. The two voltage divider networks are used to split the input voltage in half, with each half having its own resistors. This provides a reference voltage for comparison to the input voltage, which helps to regulate the output. The current source then supplies the required current for the circuit, allowing for the precise voltage adjustment.

The RACF164DFT5K11 provides an accurate and reliable solution for a variety of applications in resistor networks and arrays. Its small footprint, high precision resistors, and the inclusion of both voltage divider networks and a reference voltage allow for accurate voltage sensing and transfer. Its simple working principle makes the RACF164DFT5K11 an ideal choice for both dc to dc converters and other applications where resistor networks are needed.

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