Y4485V0575BA9W

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

Resistors are an extremely important part of an electronic circuit. Arrays of resistors, known as resistor networks, are even more useful in order to allow for voltage division, current division, and power dissipation in a single package. The Y4485V0575BA9W resistor network is one of the most popular products used in a variety of applications.

The Y4485V0575BA9W is a resistor network composed of eight low-ohmic (<100Ω) resistors in parallel. It is a voltage-divider network designed to maintain a constant current within the resistive components. It is also constructed to provide excellent thermal stability while operating in a very wide temperature range (-65°C to +165°C).

The Y4485V0575BA9W resistor network is used in a variety of applications, including DC-DC converters, step down regulators, AC-DC bridging, battery charging, audio-frequency and video-frequency signal switching, high-frequency communication circuits, and automotive applications.

In a step-down voltage regulator, the Y4485V0575BA9W resistor network is connected between the input and output of the regulator. The resistor network is used to divide the input voltage into two parts: a positive portion and a negative portion. The divided voltage is then used to control the voltage regulator, resulting in a stabilized output voltage at the regulated output.

The Y4485V0575BA9W resistor network is also often used in high-frequency communication circuits in order to control the output voltage of the circuit. The resistor network acts as a voltage divider, allowing for the degree of attenuation required for making the signal compatible with the receiving device. In addition, the resistor network also provides isolation from the high-voltage input, resulting in a safer device.

In terms of automotive applications, this resistor network is often used in engine control system pilot voltage regulators. This resistor network is used to reduce the voltage output from the ECU to the pilot actuators, thus providing a reliable electrical connection without overloading the system. In addition, the resistor network is also used to regulate the current going through the ECU, ensuring the ECU runs as efficiently as possible.

The working principle of the Y4485V0575BA9W resistor network is centered around its low-ohmic resistors. The divided voltage is leveled off so that it remains uniform regardless of varying input levels. This means the resistor network can take any voltage source and level it out to match the desired output voltage. Furthermore, the resistor network also allows for improved thermal stability, ensuring a consistent output voltage across a wide range of temperatures.

In conclusion, the Y4485V0575BA9W resistor network is a popular array of low-ohmic resistors used in a variety of applications. It is designed to provide excellent thermal stability while operating in a very wide temperature range, as well as allowing for voltage division, current division, and power dissipation in a single package. The working principle of the resistor network centers around its low-ohmic resistors, which provide a consistent output voltage regardless of varying input levels. The resistor network is an essential component for a variety of applications, ranging from DC-DC converters to engine control system pilot voltage regulators.

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