MAX16810ATU+T

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Logic-level power management integrated circuits (PMICs) are integrated circuits that enable the control of a power Rails’ sensing, monitoring, and managing; protection, fault handling, or synchronization with other devices, regardless of the number of power Rails and their current or voltage ratings. The MAX16810ATU+T is a PMIC - LED Driver that is optimal for driving LEDs in extreme ambient temperature conditions operating from a wide input voltage range. Below, we will discuss the application field and working principle of the MAX16810ATU+T.

The MAX16810ATU+T from Maxim Integrated is an advanced PMIC - LED Driver that allows control and regulation of LED drivers down to a minimum current of 10mA. It can operate in extreme temperature conditions by detecting variations in voltage, current, temperature, and LEDs. This allows it to provide a safe, reliable, and accurate “on/off” switch for the LED Driver. The power supply range of the MAX16810ATU+T is 4V-72V, with a typical dropout voltage of 0.2V, depending on load current. The load current can be adjusted between 10mA to 40mA maintaining high level of efficiency. The maximum peak current generated by the MAX16810ATU+T is 85mA.

The input voltage can be precisely regulated from 4V up to 72V. The output current is controlled by a switch that allows the currents to be set in the range from 10mA to 40mA. The internal protection features of the MAX16810ATU+T ensures that no harm is inflicted to the LEDs, even in over-current and over-voltage conditions. The wide range of current accuracy levels in this PMIC allows for a variety of applications. This makes it extremely suited for long duration installations, such as residential and industrial lighting.

The MAX16810ATU+T also features a built-in thermal monitor and a temperature compensation circuitry, allowing the device to maintain a constant output current, even in extreme temperatures. The thermal monitor constantly monitors external temperature and adjusts the output current accordingly. This helps the performance of the PMIC, allowing it to deliver the required level of output current even in harsh conditions. This advanced PMIC LED Driver is capable of supporting up to 32 strings of LEDs. By connecting multiple LEDs in series, the MAX16810ATU+T can achieve a wide and consistent range of current output.

The MAX16810ATU+T is capable of being operated in a wide range of environmental conditions. It has an environmental resistance rating of IP67, making it suitable for prolonged exposure to water, dust and other environmental contaminants. Additionally, the device also features a low power consumption design that helps maximize efficiency. With a low quiescent current of 1.5 mA and a quiescent voltage of 4V, the MAX16810ATU+T is an ideal choice for those applications where power saving is essential.

The MAX16810ATU+T also provides excellent protection against over-current and over-voltage conditions. It is capable of detecting dangerous levels of current and will automatically shut down the system in order to protect the LEDs from harm. The built-in protection features also ensure that the system does not overheat during extreme temperature conditions.

In conclusion, the MAX16810ATU+T is an advanced PMIC - LED Driver that is specifically designed for use in extreme ambient temperature conditions. It has a wide input voltage range and is able to regulate current down to 10mA. The device features a low power consumption design that helps maximize efficiency. Additionally, it has a built-in thermal monitor and protection features that ensure the LEDs are protected in over-voltage and over-current conditions. The MAX16810ATU+T is an excellent choice for applications that require reliable and accurate LED control.

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