MAX4507CWN+T

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Specialized ICs

The MAX4507CWN+T is a device from Maxim Integrated that integrates a high-speed switch, low-voltage detector, voltage supervisor and voltage regulator circuit in a single chip, making it a solid choice for applications in metering, measurement, integrated power systems and other power related applications. The device supports 5V to 40V input voltage range, while providing outputs up to 200mA.

The MAX4507CWN+T switch has a high maximum load and a wide input voltage range, making it suitable for high power applications. The device can switch up to 6A and will operate at temperatures between -40°C and +85°C. The MAX4507CWN+T also allows for adjustable rise and fall times for switching, for added flexibility.

MAX4507CWN+T’s low-voltage detector feature monitors up to three separate voltage levels to provide power regulation and fault protection. The device also has provisions for manual enable, so that power can be disabled in the event of undesired current or voltage levels. Additionally, the device contains an adjustable input threshold, which helps to identify lower voltage levels and can be set to alert when the monitored input is below a specified voltage level.

The voltage supervisor circuit in the MAX4507CWN+T monitors the input voltage and quickly shutdowns if the voltage drops below a predetermined level. The voltage regulator operates using an internal MPC7350 referenced control loop in order to maintain constant output voltage. It has an adjustable output voltage ranging from 5V to 40V.

The MAX4507CWN+T is designed for high speed, low noise operation and utilizes a separate power supply for the internal logic circuitry from the power supply for the output drivers, which reduces the amount of ground noise and improves the device’s noise performance.

The MAX4507CWN+T is an ideal component for power related applications, due to its wide input voltage range, adjustable output voltage and high power switching capabilities. It is designed for use in metering, measurement, integrated power systems, and other related applications.

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