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MAXQ3210 Evaluation (EV) Kit
16-Bit RISC Microcontroller Has a Linear Regulator, a Driver for a High-Output Piezoelectric Horn/Transducer, an Analog Comparator, and a High-Current I/O Pin that Directly Drives an LED.
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Test Drive the MAXQ3210 Today
The MAXQ3210 Evaluation Kit (EV kit) provides a proven platform to conveniently evaluate the capabilities of the MAXQ3210 microcontroller. Simply add a power supply (5V DC, 300mA) and a PC to the supplied assembler and MAXQ Integrated Development Environment (MAX-IDE). This EV kit then provides a completely tested, functional system ideal for device evaluation, and application development and debugging.
This EV kit includes the MAXQ3210 16-bit RISC microcontroller containing 2kB of EEPROM program memory. This memory is both 'In-System' programmable using the internal ROM-based bootloader, and 'In-Application' programmable by the user. The MAXQ3210 also contains 64B of SRAM and 128B of EEPROM in data memory space. Using this memory and the MAXQ3120's internal voltage regulator and low-power operation modes, you can easily implement a minimal-component-count system operating from a single 9-volt battery.
MAXQ3210 EV Kit Features
- Analog Comparator
- Piezoelectric Horn Alarm with Internal Driver
- Internal Voltage Regulator Supports 9V Battery Operation
- High-Performance, Low-Power, 16-Bit RISC Microcontroller (Sixteen, 8-Bit Accumulators)
- DC to 3.58 MHz Operation, approaching 1MIPS per MHz
- Evaluation Board with Prototyping Area and Serial-to-JTAG Board Included
- Pushbutton Switches for Reset and Interrupt Generation
- Board Schematics Serve as a Convenient Reference Design
- Assembler/Linker with Integrated Development Environment (MAX-IDE)
- Example MAXQ3210 Programs
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