MAX24210EVKIT#

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Evaluation and demonstration boards and kits play an important role in providing the best platform for engineers to demonstrate, evaluate and test various electrical components without the need to go through expensive and cumbersome procedures. The MAX24210EVKIT is one such platform that not only shows the superior performance of the MAX24210 device but also helps engineers to show its working principle and discover its various application fields.

The MAX24210 EVKIT is a versatile platform composed of an evaluation board and flexible adapters that helps engineers to evaluate the features of MAX24210 Integrated Holster controller for various battery-powered portable applications. The evaluation board is provided with an integrated USB-C connector supporting DisplayPort-only Alternate Mode (Alt Mode) type C connections and allowing for up to 4K video resolution. This allows the user to easily test and view differential signals driving the DP1.2 display interface, check for correct sequencing of events, and confirm correct voltage and power requirements. The integrated USB-C connector also supports USB 3.1 data-only port, allowing the user to attain maximum possible data rates.

The evaluation board also features a host of small connectors for the purpose of enabling the user to facilely evaluate the alternative mode display port signal from the integrated host and downstream port connections. These tiny connectors permit using industry standard cables, helping in assessment of power and signal integrity.

The MAX24210EVKIT provides an easy-to-use platform for testing and evaluating the MAX24210 Integrated Holster Controller. Its purpose-built evaluation board offers a full-featured interface for testing, evaluating, and debugging the MAX24210’s integrated holster circuit. The device can be simply installed onto the evaluation board and then precisely operated and evaluated as desired.

The working principle of the MAX24210EVKIT is simple: The LC3’s low dropout regulator is connected to the 5V input rail and it provides 3.3V, 2.2V, 1.7V, 1.2V and 1.0V output voltages to the MAX24210 Integrated Holster Controller. The device then acts as a thermal protector by using an external current sensing circuitry that monitors the operating temperature. When the maximum allowed operating temperature is exceeded, the MAX24210 turns off the LCD panel. The board also features a variety of switching and selector logic for tactile switches, a programmable LED control, Schottky diodes, power Mosfets, and EEPROMs.

In conclusion, the MAX24210EVKIT is a state of the art, comprehensive platform for evaluating the MAX24210 Integrated Holster Controller – allowing engineers to evaluate the device and verify its performance in various applications. The evaluation board is provided with an integrated USB-C connector to support various type C connections and allowing for up to 4K video resolution, while the small connectors enable using industry standard cables to assess power and signal integrity. With its easy-to-use design, versatile features, and exceptional performance, the MAX24210 EVKIT helps engineers to test and evaluate their products and discover various applications with ease.

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