Y1691V0167VV0L

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

The Y1691V0167VV0L is an advanced network of resistors used in a variety of applications for its resistance scaling accuracy and stability over temperature. Housed in an epoxy body, the Y1691V0167VV0L forms an array of resistors connected in a common configuration. This array is commonly used in a wide array of electronic components, including amplifiers, power supplies, signal conditioning circuits, and other devices.

Applications

The Y1691V0167VV0L is most commonly used in power supplies and amplifiers to provide an accurate, stable resistance over temperature and voltage. The wide range of resistance values the network provides also makes it viable for use in a wide range of signal conditioning circuits, allowing for precise scaling of signal voltages and currents. Additionally, the Y1691V0167VV0L can be used in sensor circuits for precise measurement of temperatures, pressures, and other physical parameters.

Working Principle

The Y1691V0167VV0L is a complex network of resistors, each connected to either a common terminal or the output terminal. The output terminal in the network is connected to the power supply or output device, while the common terminal is connected to the ground or reference point. Depending on the configuration, the network of resistors must be arranged such that the total resistance seen is equal to the desired value. The input resistance and output voltage seen from the network depend on how the network of resistors is arranged.

In the case of the Y1691V0167VV0L, the network of resistors is arranged in a common configuration, with the resistors listed in sequence. The total resistance seen by the network is equal to the sum of the resistors’ individual values. The network is designed to provide a consistent resistance, allowing for better voltage and current scaling for a wide range of devices. Additionally, the network’s accuracy and stability over temperature mean that it can be used in a variety of applications.

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