MAX4959EUB+T

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MAX4959EUB/MAX4959EUA/MAX4959EUB+T are specialized ICs that have several distinct features, including extended temperature range, higher speed switching, protection from voltage and current spikes, and low-current operation. They are available in either 5V or 3V versions and are suitable for a variety of applications, such as automotive, consumer electronics, medical, industrial, and military applications.

The MAX4959EUB/MAX4959EUA/MAX4959EUB+T are high-performance, integrated, low-voltage switching regulators suitable for high-frequency, low-power applications. They offer a wide voltage range with a wide frequency range of up to 1.2MHz and with a switching time of just 4ns.

The high output current capability of the MAX4959EUB/MAX4959EUA/MAX4959EUB+T makes them suitable for a wide range of applications requiring low voltage, high current such as small DC to DC power supplies, distributed power systems, and telecom systems. These devices also offer superior protection against transient and surge conditions, protecting the output voltage and current. The high voltage, low power operational performance of the MAX4959EUB/MAX4959EUA/MAX4959EUB+T makes them suitable for applications in a wide range of markets including, automotive, consumer, medical, industrial and military.

The MAX4959EUB/MAX4959EUA/MAX4959EUB+T are operated by an adjustable output voltage control interface. This allows a user to adjust the output voltage in both positive and negative directions to accommodate the customer\'s unique needs. The device can also be operated with a standalone controller, allowing for its use in more sophisticated applications. It can operate from a voltage of 4.6 to 16.6 V and can provide an output current of up to 80mA.

The working principle of the MAX4959EUB/MAX4959EUA/MAX4959EUB+T involves a series of capacitive energy transfer steps to convert the input voltage to the desired output voltage. It works by charging a small storage capacitor with each switch cycle. In each switching cycle, the charged capacitor is discharged into an inductor, which stores energy in magnetic form. When the peak value of the input voltage is reached, the inductor is switched, transferring the energy to the output capacitor which is then discharged into the load. This process is repeated until the required output voltage is achieved.

The MAX4959EUB/MAX4959EUA/MAX4959EUB+T offer improved performance and efficiency compared to earlier ICs. In addition, they are able to achieve very fast switching speeds and has been tried and tested in real-world applications to confirm its reliability. The flexibility to adjust its output voltage setting operations and its small form-factor make it suitable for many applications.

The MAX4959EUB/MAX4959EUA/MAX4959EUB+T have been designed to enable reliable power supplies for a wide range of end-products. The device family offers a wide range of features to meet the specific requirements of each application. It is easy to interface and is available in a range of packages for different applications.

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