The MAXQ2000-KIT allows you to assess the vast capabilities of the MAXQ2000 low-power LCD microcontroller.
The kit contains a complete set of software, hardware, sample code, and documentation needed to start designing with the MAXQ2000.
This complete system contains the MAXQ2000 with all pins brought out to headers, a JTAG programming interface, fixed and adjustable power supplies, a DB-9 serial connector, an LCD display, external interrupt buttons, and 8 LEDs for diagnostics. All you need is an idea for a design and a computer with a Windows operating system to get started!
MAXQ2000 Overview
The MAXQ2000, the first member of the MAXQ microcontroller family, is designed for consumer, industrial, or medical applications that require an LCD interface. With performance near 20MIPS, the MAXQ2000 can perform very complex applications. Additionally, the hardware multiplier with accumulate can do a 16 x 16 multiple with 48-bit accumulate in a single clock cycle.
Features
- 100/132-Segment LCD Driver with No External Resistors Required
- SPI™ and 1-Wire®
- Serial UARTs
- One-Cycle, 16 x 16 Hardware Multiply/Accumulate with 48-Bit Accumulator
- Three 16-Bit Programmable Timers/Counters
- 32-Bit Binary Real-Time Clock with Time-of-Day Alarm
- Programmable Watchdog Timer
To get started evaluating the MAXQ2000, use the following support documentation anddemonstration code resources.
Demonstration Software and Code
SPI is a trademark of Motorola, Inc.
1-Wire is a registered trademark of Dallas Semiconductor.
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The MAXQ2000-KIT includes a complete functional system with boards,hardware, and software
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| Application Spotlight |
IAR Compiler and MAXQ2000-KIT
Use the MAXQ2000 to create, build, and debug applications written in C and those targeted for the MAXQ platform. More...
Versatile Applications
Use the MAXQ2000-KIT to develop an application that exercises the peripherals of this particular processor. This application includes sample code to control an LCD, communicate using SPI, transmit data on a serial port, use the timers, and respond to interrupts. More...
Audio Filtering
The combination of a multiply-accumulate unit (MAC) and a single-cycle core make the MAXQ2000 a versatile microcontroller. Just how much performance can the MAXQ2000 get out of its MAC? This application note explores that question with an audio-filtering example, and gives some quantitative guidelines on the performance supported by the MAXQ2000. More...
Security Control
Create a sample alarm-control application using the MAXQ2000 and MAXQ2000-KIT, working in the MAX-IDE development environment. More...
MAX-IDE Development Environment
MAX-IDE is a fully functional application development and debugging environment for the MAXQ microcontroller family. MAX-IDE is designed to work with all the standard MAXQ evaluation kits to provide a project-based development environment, access to standard MAXQ debugging features, an integrated macro assembler, and in-circuit application loading using the JTAG interface. More...
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