MAX6804US29D2+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

      The MAX6804US29D2+T is a versatile circuitry component designed for power management of several electrical systems. It includes a variety of components and functions to help improve system performance. It is used in many applications requiring reliable power, including portable computing tanks and tablets, media streaming devices, networking routers, embedded systems, and other industrial applications.      In the world of power management, the MAX6804US29D2+T is a component which is categorized as a PMIC - Supervisors. PMICs are integrated circuits which are used to control and monitor the various functions of a circuit’s power management system. This control includes ensuring that the voltage, current, and power draw on the system remain within safe levels. Supervisors, by contrast, are additional components used to detect and protect against the occurrence of overvoltage, overcurrent, and over temperature.      The MAX6804US29D2+T, as a component in the PMIC - Supervisors category, provides highly reliable and system-independent protection against these three potential hazards. It acts as a supervisor which detects and protects against overvoltages and overcurrents while also providing accurate temperature monitoring.      Working Principle of MAX6804US29D2+T    
    The MAX6804US29D2+T employs a variety of techniques to demonstrate reliable and powerful performance, primarily in the form of the aforementioned Over Voltage Protection (OVP), Over Current Protection (OCP), and Over Temperature Protection (OTP).            OVP works in conjunction with two voltage detectors, UVPO and OVPO. UVPO works by monitoring the voltage of a system and initiating a protection action when it falls below a certain specified level. OVPO, in turn, initiates a protection action when the voltage reaches above a certain specified level.      The MAX6804US29D2+T OCP is designed to protect against overcurrent conditions. It works by detecting when the current draw of the system is too high and then automatically takes action to protect the system. This action may take the form of shutting down system power or initiating a power reset.       Finally, the MAX6804US29D2+T incorporates an Over Temperature Protection in the form of an on-chip thermal monitor. This monitor works by monitoring the temperature of the system and initiating a protection mechanism when it climbs above a certain specified level. Depending on the environment in which it is placed, the thermal protection may take the form of shutdown, output ringing, forced PWM switching, or other options.      Application Fields of MAX6804US29D2+T    
    The MAX6804US29D2+T is a versatile component, allowing for its integration into a wide variety of applications. It is used in portable computing tanks, tablets, media streaming devices, networking routers, embedded systems, and other industrial applications.  In any of these scenarios it has the durability and accuracy needed to maintain the health of the system over time.      Due to its broad range of features, the MAX6804US29D2+T is an ideal candidate to be placed in a power management system where reliable power is needed. It allows for the maintenance of the proper voltage, current and power draw on the system, while also providing highly reliable protection against overvoltages, overcurrents, and over temperatures.        With its broad range of applications and reliable performance, the MAX6804US29D2+T is an essential tool for power management.    

The specific data is subject to PDF, and the above content is for reference