X5045M8Z

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X5045M8Z is a PMIC (power management integrated circuit) supervisor dedicated to providing efficient, fall back power for battery-based systems. The X5045M8Z is designed for portable battery-powered applications, where reliable device operation is desired with minimal power consumption.

The X5045M8Z helps to ensure reliable device operation and provide system safety. It can be used in mobile handheld and other battery-powered devices that require power to operate. The X5045M8Z is ideal for applications that require a controller to interrupt power in the event of an overcurrent or overvoltage condition, such as emergency lighting systems, unmanned aerial vehicles, and robotics.

The X5045M8Z features an adjustable and programmable voltage pull-up and pull-down thresholds that are configured using the N-Channel MOSFETs. The thresholds can be configured to detect over-currents, over-voltage conditions, or both. A simple push-button enable (PSEN) input allows for adjustment of the power thresholds to enable and disable the MOSFETs without the need to remove or modify the chip. The X5045M8Z also features a wide operating temperature range (-40°C to 125°C), an adjustable reset time, and a low quiescent current.

The X5045M8Z offers a variety of safety features to ensure reliable operation and reduce the risk of system failures. It includes an adjustable voltage monitor (VMON) input that monitors the system voltage, and provides a warning when operating conditions outside the specified limits are detected. The X5045M8Z also includes an adjustable overvoltage monitor (OVMON) input which provides a warning when voltage levels outside the specified limits are detected. This helps to reduce the risk of system damage due to overvoltage conditions. It also features an adjustable supply voltage monitoring (SVMON) input that monitors the supply voltage of the device to detect a voltage drop or overvoltage condition.

The X5045M8Z provides integrated circuit protection with an adjustable Gate Drive Reset input (GDR) and an adjustable Over-Temperature Protection (OTP) input that are both set up with a triangular wave. It also features an adjustable Short-Circuit Protection (SCP) input that is adjusted using a switch. In addition, the X5045M8Z includes a programmable Cycle-by-Cycle Current Limit (CCCL) input and a programmable Peak Current Limit (PCL) input. These inputs are used to protect the system from current overloads. All of these protection features help to ensure safe and reliable operation of the system.

The X5045M8Z utilizes an advanced CMOS process combined with advanced design techniques to provide a robust and reliable solution to ensure safe and reliable operation for battery-based systems. The integrated circuit provides a turn-on, turn-off logic output which can be steered to an external MOSFET that is connected to the battery or power source. This allows the circuit to power up and down in response to pre-defined conditions or events. The circuit is designed to consume minimal power while still providing a reliable power source.

The X5045M8Z is a highly integrated PMIC (power management integrated circuit) supervisor which provides system safety, power management, and effective protection against over-current, over-voltage, and other conditions. The integrated circuit features various levels of protection and current limitation, a wide operating temperature range, low quiescent current, programmable voltage and current limits, and adjustable reset and supply voltage monitoring inputs. The X5045M8Z is ideally suited for a variety of applications in the field of emergency lighting systems, unmanned aerial vehicles, and robotics.

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