APX810-26SRG-7

PMICs or Power Management Integrated Circuits are intended to provide consistent power management for a variety of applications. The APX810-26SRG-7 Battery Operated Supervisor is a low power PMIC that uses timer-generated wake-up signals for optimal power-on and reset functions. PMICs like the APX810-26SRG-7 are especially important in system designs that require efficient power management to optimize the system’s performance and conserve battery life. In this article, we will discuss the application field and working principle of the APX810-26SRG-7.

The APX810-26SRG-7 is a low-power supervisor designed specifically for battery-operated systems. The device is designed to enable and maintain reliable and consistent power management even with varying environmental conditions. The APX810-26SRG-7 provides two major functions: the Brown-out Detector (BOD) and the Reset Timer (RST). The BOD detects the voltage level of the system supply voltage. When the voltage falls below the preset threshold, the device will generate an interrupt and automatically reset the system. The RST is a smart timer which ensures proper system reset timing even with varying environmental conditions. The APX810-26SRG-7 also offers improved operating temperature range, low quiescent current, and advanced nano-size package size.

The APX810-26SRG-7 can be used in a wide variety of applications, including digital cameras and other consumer applications, automotive systems, mobile phones, and embedded systems. This supervisor is designed to provide consistent, reliable power management in the face of varying environmental conditions. The APX810-26SRG-7 is especially well suited for use in battery operated systems, as the device is optimized for low power consumption and is able to detect and reset low power supply voltages without the need for external components. The device’s combination of BOD and reset timer functions makes it an ideal choice for system designs requiring efficient power management.

The APX810-26SRG-7 operates by detecting the supply voltage of the system and generating an interrupt when the voltage falls below a predefined threshold voltage. The device then delays a specified amount of time before resetting the system. The APX810-26SRG-7 also monitors the supply voltage during the reset period, ensuring that the system is not reset until the supply voltage is sufficient. The device also has an independent reset pin which can manually trigger a reset. This reset pin can be used to reset the system in the event of a system fault or other unexpected conditions. The device also features a programmable supply enable pin which can be used to enable or disable the supply voltage.

In summary, the APX810-26SRG-7 Battery Operated Supervisor is a low power PMIC that uses timer-generated wake-up signals for optimal power-on and reset functions. The device is designed to enable and maintain reliable and consistent power management even with varying environmental conditions. This PMIC can be used in a variety of applications, especially battery operated systems, as it is optimized for low power consumption and can detect low voltage supplies without the need for external components. The APX810-26SRG-7’s combination of BOD and reset timer functions make it an ideal choice for system designs requiring efficient power management.