MAX2982EVKIT#

Series:	--
Part Status:	Active
Type:	Interface
Function:	Power Line Communication/Modem (PLC, PLM)
Embedded:	--
Utilized IC / Part:	MAX2982
Primary Attributes:	--
Supplied Contents:	Board(s)
Secondary Attributes:	--

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Introduction to MAX2982EVKIT

MAX2982EVKIT is an evaluation and demonstration board and kit developed by Maxim Integrated, created to enable companies and designers to easily evaluate and demonstrate the functional performance of MAX2982E, the advanced non-inverting buck-boost LED driver. This evaluation and demonstration board and kit consists of a lightweight circuit board combined with a set of components, allowing users to accurately evaluate and demonstrate the key characteristics of the advanced non-inverting buck-boost LED driver, MAX2982E, in an effortless manner.

Application Field of MAX2982EVKIT

MAX2982EVKIT is a versatile evaluation and demonstration board and kit that can be used to evaluate and demonstrate a broad range of applications including automotive, industrial, decorative, and architectural lighting as well as a range of other systems and sub-systems. The board and kit are compatible with 3.0V to 36V voltage inputs and can deliver up to 2A constant current across a wide temperature range. Furthermore, this evaluation and demonstration board and kit features simple 10-pin and 26-pin maxEVKIT connectors, enabling quick and easy connection to prototyping hardware to evaluate and test in a variety of systems and sub-systems.

Working Principle of MAX2982EVKIT

At the core of MAX2982EVKIT is the MAX2982E advanced, non-inverting buck-boost LED driver. This LED driver features an optimized non-inverting control loop that is specifically designed to drive high-brightness LEDs in automotive, industrial, decorative, and architectural lighting applications. Additionally, this LED driver features a 10-pin DDPAK/TO-263 package that provides a compact and protected footprint, a highly efficient and flexible architecture that enables a wide range of LED current configurations, a dash-dot LED indication pin, and an adjustable dimming option that allows for 10-bit/640 steps of resolution. In order to demonstrate the MAX2982E’s key features, the MAX2982EVKIT evaluation board houses a MAX2982E advanced non-inverting buck-boost LED driver, an 8MHz crystal oscillator, a 10kΩ potentiometer, a 330Ω resistor, a 3VRMS transformer, MOSFETs, a Rc-RC filter, and a number of connectors. The evaluation board will also include an array of components so that the MAX2982E\'s order of magnitude higher efficiency and added flexibility can be easily and effectively demonstrated. This array of components includes a MOSFETS, a 3VRMS transformer, a Rc-RC filter, a 330Ω resistor, a 10KΩ potentiometer, and a level shifting transistor. The MAX2982E evaluation board also features a 10k pot for LED current adjustment, allowing users to easily and conveniently adjust the LED current setting. This board also provides for a 0.25s step size for controlling the LED current settings. Additionally, the board features a dash-dot LED indication pin for displaying the LED status, current setting, active dimming, under-voltage lockout protection, and other parameters.

Conclusion

In conclusion, the MAX2982EVKIT evaluation and demonstration board and kit is an invaluable evaluation and demonstration tool designed to give designers and developers a simple and intuitive way to evaluate and demonstrate the performance and features of the MAX2982E advanced non-inverting buck-boost LED driver. With its array of components, users are able to accurately evaluate and test this LED driver in an effortless manner and make the necessary adjustments for a successful evaluation and demonstration.

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