CAY16-2002F4LF

Resistor Networks, Arrays are used for a range of applications in many electrical and electronic systems. One of the most popular types of Resistor Networks is the CAY16-2002F4LF, which is a single-ended, dual-channel fixed resistor array with four independent lines. This type of resistor array is highly versatile and can be used for various applications including signal conditioning, voltage Divider, current termination and overload protection.

The CAY16-2002F4LF is an ideal solution for applications where integrated resistor arrays are required to be separated from a single-ended source. This type of resistor array has four independent lines, each providing a 25W resistance of 200mΩ for a total of 800mΩ of resistance. This allows for a variety of connections to be made between the source and the resistor array, such as voltage dividers, current termination and overload protection.

In addition to its flexibility, the CAY16-2002F4LF also offers a high level of performance. Its operating temperature range is from -55 to +125°C and it has a maximum operating voltage of 500Vrms. The resistor array has a high temperature coefficient of 0.003/°C, ensuring that the resistance is accurately maintained during changes in temperature. The resistor array also has a low-residual voltage, which helps to minimize interference.

The working principle of the CAY16-2002F4LF is simple. The four lines of the resistor array are connected to a single-ended source, which supplies the necessary voltage for the resistor array to operate. The voltage is then divided across the four resistors in the array, which allows the resistance to be accurately maintained. The resistance can then be adjusted by changing the voltage across the array.

Overall, the CAY16-2002F4LF is a highly versatile and cost-effective resistor array for a variety of applications. It has a wide operating temperature range and a low-residual voltage which helps to minimize interference. The simple working principle makes it easy to use and the four independent lines provide a high level of performance.