ZA9L1000300ZEMG

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The ZA9L1000300ZEMG evaluation board is an embedded application board designed to accelerate evaluation and development of low-power, high-performance microcontrollers, digital signal processors, and other embedded applications. This board features an extensive 50-pin connector to allow users to evaluate and develop their particular application with as little effort as possible. The board supports any microcontroller or digital signal processor, with an onboard analog-to-digital converter, 8-bit programmable input/output port, two Pulse Width Modulated (PWM) outputs, and a timer/counter for precise timing control.

The ZA9L1000300ZEMG board is based on an Atmel AT90L1000 microcontroller, providing a long development cycle with a wide variety of interface possibilities. The board is designed with stackable headers, allowing for several boards to be stacked together for multi-board applications. The board features onboard RFID and RF modules, allowing for communication between boards and remote devices. Along with its wide variety of inputs and outputs, the board has an onboard power LED, voltage regulator, frequency generator, and watchdog timer for maximum versatility.

The ZA9L1000300ZEMG board is easy to use, with all the necessary components and support already present on the board. Its built-in voltage regulator, which allows for input voltages between +5V and +14V, means the board can be supplied with components from a wide variety of sources. The board also features several programmable input/output lines, which can be used for serial communication, analog-to-digital converter operation, frequency generation, and many other applications. The onboard PWM output is particularly useful for controlling stepper motors, servos, and other high-performance applications.

The ZA9L1000300ZEMG board is an ideal platform for evaluating and developing microcontrollers and digital signal processors. With an easy to use interface, onboard support for a wide variety of components, and programmable I/O lines, the board is a great choice for evaluation and prototyping applications. The board’s wide input voltage range, onboard power LED, voltage regulator, frequency generator, and watch dog timer make the board an ideal solution for low-power, high-performance embedded applications.

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