MAX742EWP+T

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The MAX742EWP+T is a voltage regulator used in dc-to-dc switching controllers, which is widely used in various applications. It can be used to regulate the output voltage in applications that require a wide range of output voltages and current limits. The MAX742EWP+T fits seamlessly in systems that require synchronous rectification, wide voltage output, and current limits. It is capable of operating in a wide range of conditions and can provide stable power supply for high power and transient response applications.

The working principle of this voltage regulator is very simple. It is based on the basic principle of buck converter. It takes in unregulated input dc voltage and switches it at a constant frequency. A duty cycle of the switching is then varied in order to produce an output voltage according to the set voltage reference. The duty cycle is controlled by the loop control circuit. The MAX742EWP+T also includes built-in soft start, current limit, overload protection and thermal overload protection features.

The main application field for the MAX742EWP+T is for push-pull type dc-to-dc switching controller. It is mainly used in automotive, industrial, medical and computer systems. It is capable of supplying the required dc voltage for microprocessors and other hazardous-operating environment applications. It can also be used in power amplification, battery electronics and telecom systems.

The MAX742EWP+T feature an integrated half-bridge power MOSFET switch, which has excellent avalanche performance and is able to provide high switching speed. It also features high voltage output capability and low threshold voltage. The short deadtime of the power MOSFET provides an output voltage ripple which is off-mode compliant. The overall efficiency of this voltage regulator is also improved due to its low quiescent current.

The MAX742EWP+T provides high reliability and performance in various power supply applications. It can be used in various systems and applications that require a wide range of output voltages and current limits. It is also applicable for applications that require low power losses, high switching speed and high power density.

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