MAXQ610

PRODUCTION

16-Bit Microcontroller with Infrared Module

Increases Battery Life with Lower Power (200nA stop, 3.75mA at 12MHz) and a Wide Operating Range (1.7V to 3.6V)

Part Models
4
1ku List Price
Starting From $1.88
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Part Details

  • Dedicated Pointer for Direct Read from Code Space
  • 16-Bit Instruction Word, 16-Bit Data Bus
  • 16 x 16-Bit General-Purpose Working Registers
  • Secure MMU for Application Partitioning and IP Protection
  • Memory Features
    • 64KB Flash:
      • 512 Byte Sectors
      • 20,000 Erase/Write Cycles per Sector
    • Masked ROM Available
    • 2KB Data SRAM
  • Additional Peripherals
    • Power-Fail Warning
    • Power-On Reset/Brownout Reset
    • Automatic IR Carrier Frequency Generation and Modulation
    • Two 16-Bit, Programmable Timers/Counters with Prescaler and Capture/Compare
    • SPI and Two USART Communication Ports
    • Programmable Watchdog Timer
    • 8kHz Nanopower Ring Oscillator Wake-Up Timer
    • Up to 24 (MAXQ610A) or 32 (MAXQ610B) General-Purpose I/Os
  • Low-Power Consumption
    • 0.2µA (typ), 2.0µA (max) in Stop Mode TA = +25°C, Power-Fail Monitor Disabled
    • 3.75mA (typ) at 12MHz in Active Mode
MAXQ610
16-Bit Microcontroller with Infrared Module
MAXQ610: Pin Configurations
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Documentation

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Hardware Ecosystem

Parts Product Life Cycle Description
Product 1
MAXQ2010 16-Bit Mixed-Signal Microcontroller with LCD Interface
Ultra Low Power Microcontrollers 1
MAXQ2000 PRODUCTION Low-Power LCD Microcontroller
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Tools & Simulations


Evaluation Kits

MAXQ610-KIT

Evaluation Kit for the MAXQ610

Features and Benefits

  • Easily Load and Debug Code Using Supplied USB-to-JTAG/1-Wire Adapter
  • JTAG Interface Provides In-Application Debugging Features
    • Step-by-Step Execution Tracing
    • Breakpointing by Code Address, Data Memory Address, or Register Access
    • Data Memory or Register Content View and Edit
  • On-Board 3.3V Voltage Regulator (Single 5V Input)
  • Eight User Input Pushbutton Switches
  • Included Level-Shifted RS-232 Interface for Serial Ports 0 and 1
  • Prototyping Area
  • Included Board Schematics Provide a Convenient Reference Design

Product Details

The MAXQ610 evaluation kit (EV kit) provides a proven platform for conveniently evaluating the capabilities of the MAXQ610 low-power, 16-bit, RISC microcontroller targeted for battery-powered applications. The EV kit includes the MAXQ610 EV kit board, which contains infrared (IR) transmit and receive devices, two RS-232 serial channels, four 8-pin headers providing access to the processor’s I/O port pins, a 5V power-supply input, and a bank of eight pushbutton switches for user input. The EV kit also includes software, USB-to-JTAG/1-Wire® Adapter, 10-pin JTAG interface cable, serial cable, and a standard A-to-mini-B USB cable for connecting to a personal computer. The EV kit provides a complete, functional system ideal for developing and debugging applications as well as evaluating the overall capabilities of the MAXQ610 RISC processor.

Applications

  • Battery-Powered Portable Equipment
  • Consumer Electronics
  • Home Appliances
  • Remote Controls
  • White Goods

MAXQ610-KIT
Evaluation Kit for the MAXQ610

Reference Designs

5404fig01
LFRD003 Circuits from the lab

Water Meter Automatic Meter Reading (AMR) Reference Design

Features and Benefits

  • Proven printed circuit board (PCB) layout
  • Proven component parts list
  • Preprogrammed transceiver (TRX) pair for quick demonstration capabilities
  • Free MAXQ® microcontroller programming tools available for flexible operations
5406fig00c
LFRD004 Circuits from the lab

2-Way Remote Control Reference Design

Features and Benefits

Features

  • Proven printed circuit board (PCB) layout
  • Proven component parts list
  • Preprogrammed transceiver (TRX) pair for quick demonstration capabilities
  • Free MAXQ® microcontroller programming tools available for flexible operation

Quick Start

  1. Pull the two RC boards out of box and connect the batteries.
  2. Connect an antenna/cable to each of the MMCX connectors.
  3. Position the radios within about 1m to 2m of each other and press the switch on one of the boards. The 2-way remote control will broadcast a frame and receive an echo back, indicated by the green LED.
5391fig00a
LFRD002 Circuits from the lab

Wireless Automatic Meter Reading Reference Design

Features and Benefits

Features

  • Proven printed circuit board (PCB) layout
  • Proven component parts list
  • Preprogrammed transceiver (TRX) pair for quick demonstration capabilities
  • Free MAXQ® microcontroller programming tools available for flexible operation

Quick Start

  1. Pull the three boards (two MTR boards and the RDR board) out of box and install the batteries.
  2. Connect the RDR antenna.
  3. Navigate the RDR menu system MAIN MENU -> AMR MENU -> START COMM
LFRD003
Water Meter Automatic Meter Reading (AMR) Reference Design
5404fig01
5404fig03
LFRD004
2-Way Remote Control Reference Design
5406fig00c
5406fig00b
LFRD002
Wireless Automatic Meter Reading Reference Design
5391fig00a
5391fig00b
5391fig01

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