MAXQ612

16-Bit Microcontrollers with Infrared Module and Optional USB

Microcontrollers with Integrated Transceiver Reduce Overall Power Consumption of System and Increase Battery Life

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Product Lifecycle Obsolete

The models in this product family are no longer available.

Replacement Parts

To find replacement products for this part:

Rochester Electronics and Arrow Supply Assurance have partnered with Analog Devices to source products that have been previously discontinued or have become obsolete.

Evaluation Kits (1)

MAXQ622-KIT

Evaluation Kit for the MAXQ622

MAXQ622-KIT

View Detailed Evaluation Kit Information

The MAXQ622 evaluation kit (EV kit) provides a proven platform for conveniently evaluating the capabilities of the MAXQ622 low-power, 16-bit, RISC microcontroller with USB interface targeted for battery-powered applications. The EV kit includes the MAXQ622 EV kit board, which contains infrared (IR) transmit and receive devices, a USB Mini-B interface, headers providing access to the processor's I/O port pins, a single 5V power-supply input, and a bank of eight pushbutton switches for user input. With the included software, USB-to-JTAG adaptor, and a USB cable connected 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 MAXQ622 RISC processor.

Applications

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

Features & Benefits

Easily Load and Debug Code Using Supplied USB-to-JTAG Adaptor
JTAG Interface Provides In-Application Debugging Features
- Step-by-Step Execution Tracing
- Breakpointing by Code Address or Data Memory Address
- Data Memory or Register Content View and Edit
On-Board 3.3V Voltage Regulator (Powered from 5V Input, JTAG, or USB)
Eight User-Input Pushbutton Switches
USB Mini-B Connector Provides Access to MAXQ622 USB Interface and Transceiver
Prototyping Area
Included Board Schematics Provide a Convenient Reference Design