Y1747V0293BA1R

Y1747V0293BA1R is a resistor array which consists of four resistor elements with different resistance values. It is manufactured by Yageo Corporation, a major producer of electronic components. The resistor array is designed to provide precise adjustable resistance values to enable the user to make accurate calibrations and measurements. This makes it an ideal choice for use in a variety of applications where precision adjustment is required.

Resistor arrays are widely used in a range of different applications in the electronics industry. They are used in circuit boards, to provide adjustable resistance for use in voltage regulators, current-limiting resistors, amplifiers, and attenuators. They provide a high level of performance and accuracy in a range of different applications.

The Y1747V0293BA1R resistor array consists of four resistor elements, with each one having a separate resistance value. The resistance values are adjusted by changing the resistance of each element by varying the voltage applied to it. This provides a great degree of control over the resistance values that is not possible with a single resistor.

The Y1747V0293BA1R has a wide range of applications in the industry. It is commonly used in power supplies to provide accurate control over the output voltages. It can also be used for signaling in communications systems, for example. The array is also used in a multitude of different electronic designs, such as for analog-to-digital conversion, digital amplifiers, and other sensitive electronic circuits.

The working principle of the Y1747V0293BA1R is based on the principle of resistive divider circuits. As voltage is applied to each of the individual resistor elements, the current flow is divided among them and the voltage drop is determined by the resistance value of each resistor. This allows for a very precise measurement of the voltage applied to the array, allowing for a very precise adjustment of the resistor values.

The Y1747V0293BA1R is an ideal choice for a wide range of applications where precision adjustment of resistance values is required. Its ability to divide current among its individual components, and its accuracy in the measurement of the applied voltage, make it an ideal choice for a range of industrial and consumer applications.