SIP32468DB-T2-GE1 Integrated Circuits (ICs)

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The SIP32468DB-T2-GE1 is a Power Management Integrated Circuit (PMIC) designed to serve a unique niche of power management applications. This integrated PMIC features a load driver, a switch, and a load switch configuration. It is specifically designed to allow for varying voltage ranges and offers a good power dissipation efficiency with its 80V maximum input voltage.

The SIP32468DB-T2-GE1 PMIC is designed to reliably power and protect the device by providing the capability to turn on and off the supply voltage. It provides protection against over-voltage, under-voltage and excessive current conditions. Additionally it provides over-temperature protection and ESD protection.

The load driver capabilities of the PMIC work together with the switch to ensure an enhanced load distribution process. The load switch acts as an active element to increase the supply current capability and can be configured for single or dual power supply lines. The load driver then acts as a static element to efficiently direct current to the output terminals.

Applications for the SIP32468DB-T2-GE1 incorporate a variety of industries such as automotive, automotive lighting, LiDAR devices, LED LED lighting, LED backlighting, and small appliances. The device is suitable for high-efficiency, full-range applications as it supports a low output voltage that can be adjusted between 0.7V and 1.5V and maximum output current of up to 1000mA.

The SIP32468DB-T2-GE1 PMIC is designed to offer an improved system and power supply stability. This is enabled by its on-chip protection against over-voltage, under-voltage, excessive current, and heat stress conditions. The device also supports a wide-range of enable/disable combinations that can be used to enable and disable various signals.

The device is also well-suited for ultra-low-voltage applications as it supports a 0.7V minimum voltage setting. This makes the device perfect for applications that are especially sensitive to power supply voltage such as LiDAR components. Additionally, this PMIC offers a low quiescent current of only 12µA.

The SIP32468DB-T2-GE1 PMIC implements a load distribution technology that helps the device distribute current between power supply lines efficiently. It uses both its load driver and switch to accomplish this. The load switch acts as an active element by managing the supply current, while the load driver acts as a static element that efficiently distributes current to the output terminal.

This PMIC also provides a Push-Pull power switch that enables the system to efficiently manage the power supply switch as a quick off/on switch. Furthermore, the device incorporates a low-side switch in order to improve the efficiency of the system by providing the capability to shut off the low-side power switch when it is not in use.

The SIP32468DB-T2-GE1 PMIC is a versatile, advanced power management integrated circuit. It offers multiple features that make it well-suited for a variety of applications ranging from automotive and automotive lighting, LiDAR devices and LED lighting, to LED backlighting and small appliances. It provides efficient load distribution functionality with its load driver and switch configuration, as well as excellent power dissipation efficiency with its low-side switch, push-pull and high-efficiency modes. The device is also well-suited for ultra-low-voltage applications, due to its 0.7V minimum setting.

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