MAX16814EVKIT+

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Current - Output / Channel:	150mA
Moisture Sensitivity Level (MSL):	--
Outputs and Type:	4, Non-Isolated
Voltage - Output:	40V
Features:	Dimmable
Voltage - Input:	6.5 V ~ 40 V
Supplied Contents:	Board(s)
Utilized IC / Part:	MAX16814

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The MAX16814EVKIT+ Evaluation Board is a great choice for anyone looking to design based on efficient LED drivers. The MAX16814EVKIT+ is capable of driving up to 16 LEDs with its integrated buck regulator, and by using a single-inductor, multi-channel, synchronous buck architecture the MAX16814EVKIT+ greatly reduces power consumption of LED systems. The MAX16814EVKIT+ comes with two LED output channels for each LED string and is expandable to support up to 16 LED strings. It is built with power-LEDs LEDs with typical forward voltage of 19.1V and 1.8A max as standard, as well as DRIVER DATASHEET for custom LED configurations. The board supports up to 24V input, 9V to 24V logic, and 9V to 24V regulator voltage range.The transfer frequency and dimming can be set using the MAX16814EVKIT+ demo software. The MAX16814EVKIT+ is an excellent choice for anyone looking to get started with LED drivers and has a feature set that makes it highly customizable and versatile.The MAX16814EVKIT+ features a buck-regulator topology that allows for efficient LED lighting with a single-inductor, multi-channel, and synchronous buck-regulator architecture. This architecture offers a number of benefits such as high efficiency, low power consumption, fast transient response, and easy expansion to multiple LED strings. The MAX16814EVKIT+ also has a wide input voltage range that supports an input voltage of up to 24V. This makes it well suited for applications where the input voltage might vary with the change of environmental conditions.The MAX16814EVKIT+ offers adjustable PWM dimming and a robust fault-detection system to monitor the LED strings with passive LEDs. It also supports a number of safety features such as low power shutdown, overload protection, circuit protection, and thermal shutdown for added protection.The MAX16814EVKIT+ also has a programmable power-supply controller to monitor the current and adjust the LED current. This controller can be adjusted to ensure the LED strings are properly supplied with the right LED current and the right LED string current is maintained.The MAX16814EVKIT+ also features a comprehensive demo software that allows users to customize the LED string current, dimming level, and other settings. This software also allows users to easily view and adjust the MAX16814EVKIT+ parameters including PWM dimming achievable, dimming behavior, maximum allowable current for each LED string, and maximum total current for all channels.Finally, the MAX16814EVKIT+ also comes with a comprehensive board layout that includes a debug port, buck-control pin, boost regulator, capacitor array, voltage drop protection, and power stage. This layout allows designers to build a full range of LED drivers using the MAX16814EVKIT+ platform. In conclusion, the MAX16814EVKIT+ evaluation board is an excellent choice for anyone looking to design based on efficient LED drivers. This board offers a wide range of features that make it highly customizable and versatile while reducing power consumption of LED systems. With its integrated buck-regulator, wide input voltage range, adjustable PWM dimming, fault-detection system, and comprehensive demo software, the MAX16814EVKIT+ is an ideal evaluation board for LED driver design.

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