AP130-28WL-7

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The PMIC IC – Voltage Regulators – Linear is a newly developed VCORE voltage linear regulator IC targeted for high performance microprocessor core power systems which provides an optimized balance between power efficiency and output noise. The AP130-28WL-7 is one of the latest linear voltage regulator ICs to meet these requirements. It includes all of the necessary power components and circuitry to provide high quality power supply for various kinds of low/medium power digital ICs in a highly efficient and nominal power.

The AP130-28WL-7 incorporates features from several other high end linear voltage regulator ICs such as the popular AP182-12S and the high accuracy voltage monitoring ICs, such as the AP190-12S and the CMP90-15M-C1. The design of the AP130-28WL-7 is optimized for applications that require low power consumption and output noise due to its high precision VRM circuitry. The power components of the AP130-28WL-7 are carefully chosen to ensure low power consumption and optimal output noise performance.

The AP130-28WL-7 can be used in a wide range of applications, but its ideal application fields include: low power digital IC power supply, low power CPU core power supply, and other power supply applications with strict space and performance requirements. It is well suited for powering microprocessors and other low power ICs in a wide range of electronic devices, since it provides high efficiency and low output noise in a small and optimal form factor.

The working principle of the AP130-28WL-7 is quite straightforward – the voltage regulator IC receives an input voltage and then regulates the output voltage by controlling the flow of the current. The input voltage is regulated to the desired output voltage through an onboard voltage regulator circuit. The voltage regulator IC then controls the amount of current that is supplied to the load, as well as converting the voltage levels to ensure the right output.

The voltage regulator IC consists of several power components and circuitry, such as an inductor, a transistor, a capacitor, a resistor, and a gate control circuit. The inductor manages the current flow and the transistor is used to control the voltage. The capacitor is used to store and release the energy, while the resistor is used to reduce the voltage. The gate control circuit adjusts the gate voltage, allowing the transistor to switch on and off.

The voltage regulator IC also houses a number of protection features for both the user as well as the device. The AP130-28WL-7 provides an overcurrent, overtemperature, output current foldback, and undervoltage protection features that help to minimize damage to the device or even to the user. In addition, the device can support wide range of output voltages, from 0.8V to 1.5V, and provides integrated debounce circuits and enable/disable controls to enable flexible system level power management.

Overall, the AP130-28WL-7 is a great voltage regulator IC that offers a unique balance between power efficiency and output noise. With its compact size and feature-rich design, it is ideal for low power digital ICs and microprocessors that require low power supply and output noise. Its wide range of protection features, such as overcurrent, overtemperature, foldback and undervoltage protection, ensure maximum system reliability and safety. Additionally, the device also provides wide adjustments and enable/disable controls to make it easier for design engineers to customize their applications for maximum performance.

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