Y1691V0037VV9L

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Resistor Networks, Arrays are components which consist of multiple resistors connected together, forming a specific network or array that is used to split or combine electrical signals or power. One such example of a resistor array is the Y1691V0037VV9L. This particular type of resistor is often used in applications such as power distribution, current sensing, and voltage regulation.

The Y1691V0037VV9L is a 9-pin, 1-row resistor array with two additional connection pins. It is packaged in a DIP (Dual Inline Package) form and is utilized for various applications within digital circuitry. It is typically used to provide an array of resistors with a single port and is designed for use in high frequency and digital signal processing. This type of resistor has a low profile and is space-saving when compared to other types of resistors, making it suitable for high-density printed circuit board (PCB) designs.

The Y1691V0037VV9L has a DC power rating of 35V and can handle up to 2A of continuous current. It also has a maximum operating temperature of 71°C and a rated capacitance of 2.5nF. This particular type of resistor is also equipped with thermal cut-off protection features in order to prevent damage to the device should it become too hot.

The Y1691V0037VV9L utilizes a patented construction design, which reduces its inductance. This allows the resistor array to remain stable at high operating frequencies and eliminates the possibility of unwanted crosstalk or signal interference. The combination of its low inductance design and high power handling capabilities makes the Y1691V0037VV9L an ideal selectable device for use in digital signal processing applications such as video game consoles and digital media players.

The working principle of the Y1691V0037VV9L is based on resistors connected in series and parallel. Essentially, two pairs of interconnected resistors are arranged in series, forming a single-stage device. This device is then connected between two power lines: the voltage line and the ground line. The series network of resistors is then connected in parallel to form an array of resistors which are used to control the current flowing through the network. By adjusting the individual resistor values, it is possible to create an array which is suitable for various power levels, current requirements, and voltage regulations.

The Y1691V0037VV9L has a wide range of applications in fields such as power distribution, current sensing, and voltage regulation. It is suitable for use in applications such as video game consoles and digital media players, as well as various digital audio and electronic circuit designs. Additionally, it is also commonly used in LED lighting systems, telecommunication systems, and other power-supply systems to provide precise voltage-regulation and current-limiting.

The Y1691V0037VV9L is a versatile resistor array that has a wide range of applications within digital electronics and power systems. It utilizes a patented construction design to reduce inductance and provides excellent performance under high operating frequencies. Additionally, the device has thermal cut-off protection features, making it a reliable and cost-effective resistor array for various applications.

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