MAX9124ESE+T

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The MAX9124ESE+T is an $8-lead from Maxim Integrated. It is a low power, single differential line receivers that uses ESD protection for I2C and SMBus interface. This device has two input lines, one for the data pin and one for the clock pin. The MAX9124ESE+T contains filtering and ESD protection for the data pins, and power-good detection on the clock for robust operation in low voltage environments. The MAX9124ESE+T works on both I2C and SMBus interface.

The MAX9124ESE+T can increase the speed and robustness of the I2C/SMBus interface. It supports both fast and slow scan rate, allowing for reliable transmission over noisy bus conditions. The filter embedded on the device ensures that the data is not corrupted in any way. The power-good detection ensures that the device only works when the clock is within a valid range.

The MAX9124ESE+T integrates ESD protection on both the clock and data pins. The device has a built-in VREF circuit that allows it to operate at low power levels, reducing power consumption of the whole system. The low voltage and power consumption make the MAX9124ESE+T suitable for battery-powered applications. The device also offers up to 1A of output current, making it suitable for high current applications.

The MAX9124ESE+T has a wide range of applications. It can be used as a line receiver for I2C/SMBus interface and as a power-good detector for low voltage systems. The high current capability makes it suitable for applications such as LED control, motor control and audio visual equipment. It is also suitable for use with ARM-based microcontrollers.

In summary, the MAX9124ESE+T is a low power receiver that combines filtering, ESD protection and power-good detection on the clock. The device is suitable for use in battery-powered systems and high current applications. It is designed to increase the speed and robustness of the I2C/SMBus interface and is compatible with both fast and slow scan rate. The device is suitable for applications such as LED control, motor control and audio visual equipment.

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