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From a single input source, multiple output regulators provide two to 10 outputs. Depending on the needs of the application, outputs can come from a combination of buck, LDO, boost, or charge pump topologies, as well as high-side gate drivers for controlling input and/or load disconnect FETs.
Wide input range capabilities, extremely reliable fault detection/protection, and high temperature operation enable the devices to run without interruption in the presence of input voltage transients, including automotive load dump and idle stop conditions.
The host MCU’s power and communication interface is designed to work with a wide range of MCU manufacturers, including numerous and configurable watchdog MCU types. a part of the power supply unit that maintains a consistent voltage supply over the course of all operational circumstances. During power outages and changes in load, it controls voltage. Both DC and DC voltages can be regulated by it.
Systems for managing, supplying, and delivering electrical power all depend on multiple-output regulator. They are crucial in a variety of applications, including Distributed Power Architectures, Datacom and Telecom, Dynamic Bus Architecture, Central Control Architecture, Light-Emitting Diodes, Consumer Electronics, Battery Chargers, and even Electric Vehicles.
These converters are utilised in applications where controllability, efficiency, dependability, and miniaturisation are crucial, including USB power delivery, I/O, CPUs, FPGAs, and ASICs.
Indeed, the advancement of power switch semiconductor technology has also considerably boosted switching efficiency and made it possible to operate at a greater frequency. As a result, applications utilising multiple-output regulator have been developed, focusing primarily on three factors: high power density, high efficiency, and small size.
The Global EV Multiple output regulator market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The S-19932/3 Series of EV Multiple output regulators for use in automobiles was launched by ABLIC Inc. With an 18V input, 600mA output current, 125°C operation, and an oscillation frequency of 2.2MHz, the S-19932/3 Series is a synchronous rectification EV Multiple output regulator for automotive usage.
It comes in a small 2.46 x 1.96 x t0.5mm HSNT-6 packaging. With the use of an external resistor, the output voltage can be changed to any value between 1 and 12 volts. More automobiles now frequently have numerous camera modules installed because of tighter automotive safety regulations.
The cause is that camera modules are increasingly expected to serve as sensing cameras for vehicle control in addition to their traditional function as view cameras. A sensing camera’s size is increased by adding the ISP due to its high resolution and high power consumption. To better integrate each high-resolution camera module with the vehicle’s general design, the ISP has been relocated to the ECU. For functional safety, sensing cameras also need redundant power ICs.
