RT6150B-33GQW

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

RT6150B-33GQW is a new range of voltage regulator integrated circuits, designed to offer cost-effective, efficient, and compact power management solutions for a variety of applications. Depending on their configuration, RT6150B-33GQW voltage regulators provide three main features; a high efficiency voltage step-down circuit, an output voltage selection circuit, and an output overvoltage protection and power-up circuit. The combination of these features adds functionality and simplifies the circuit design when compared to alternative discrete components.

The RT6150B-33GQW is organized into four application fields - Automotive, Industrial, Communications, and Consumer. These application areas span from controlling and power conditioning systems of cars, to providing efficient power to small scale industrial circuit designs, and infrastructure networks, and powering large scale consumer applications.

In terms of automotive applications RT6150B-33GQW voltage regulators are well suited to providing power to car headlights, fuel injectors, wipers, position controls and more. In terms of Industrial applications, RT6150B-33GQW voltage regulators offer high efficiency power conversion, overvoltage protection, and remote control. In the communications sector, they are useful in high current system designs, where they offer a range of practical power solutions, such as voltage optimization, remote sensing, and current limiting.

In consumer applications, RT6150B-33GQW voltage regulators offer reliable, efficient, and cost-effective power conversion for many types of household electronic devices. This includes digital cameras, appliances, and a variety of consumer electronic devices.

The working principle of RT6150B-33GQW voltage regulators is based on the buck switching technique. This principle is commonly used in linear voltage regulators. In the buck switching technique, an internal switch is opened and closed quickly, allowing an inductor to store energy while the switch is closed and release the stored energy while the switch is opened. The released energy passes through the output terminals of the regulator, providing output voltage control.

In more detail, Energy is stored in the inductor when the switch is on and released in the output when it is off. A diode is used in parallel with the switch in order to prevent the energy stored in the inductor from flowing through the switch. A capacitor in the output smoothes the output voltage ripple, while resistors in the regulator\'s feedback loop form a voltage divider and provide output voltage control.

In its simplest form, the RT6150B-33GQW devices operate as a DC-DC buck converter to provide a constant output voltage, regardless of fluctuations in input voltage or load. With the addition of a current limit circuit, the RT6150B-33GQW devices can also be used to provide overcurrent protection – helping keep the device connected to the power supply from damage due to over current.

The RT6150B-33GQW is suitable for use as a power supply for battery chargers and other power supplies, and as a variable output voltage regulator for non-isolated applications, due to its high efficiency, low quiescent current, wide input voltage range, and compact size.

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