ChipKIT Uno32

chipKIT Uno32
Specifications
Controller	PIC32MX320F128H
Flash	128kB
RAM	16kB
Speed	80MHz
Information
Board Define	_BOARD_UNO_
Links
Designer	Digilent Inc.
Product Page	digilentinc.com
User Guide	chipkit_uno32_rm.pdf
Schematic	chipkit_uno32_sch.pdf
Tech Support	chipkit.net/forum
Board Files	Eagle (ZIP)
Bootloader HEX	Bootloader Image (ZIP)
Purchase From	Discontinued

Note: Discontinued and replaced by chipKIT™ uC32 .

chipKIT™ Uno32 by Digilent is an easy-to-use platform for developing microcontroller-based applications. It uses chipKIT-core™ development environment and Arduino IDE for compatibility with existing code examples, tutorials and resources. Pin-compatible with many Arduino shields that can operate at 3.3V.

1. The Board Design

   1. Useful Board Pins

      1. LEDs

      2. Analog Inputs

      3. Serial Objects

      4. I2C

      5. SPI

   2. Pinout Table

¶The Board Design

• PIC32MX320F128H processor with 128K Flash, 16K RAM
• Up to 80 MHz operating speed
• 42 available I/O lines
• USB or externally powered
• USB cable required for programming (not included)

¶Useful Board Pins

¶LEDs

¶Analog Inputs

¶Serial Objects

¶I2C

I2C SCK pin is Digial 46, and SDA is Digital 45.

The pins are shared with analong pins A4 and A5 and must be selected using jumpers JP6 and JP8. For JP6 and JP8: Short Pins 1&2 for Analog input mode and Pins 2&3 for I2C mode.

The default and an additional I2C port are available using the DTWI library. DTWI0 uses pins SCL (46) and SDA (45). DTWI1 uses pins SCL (40) and SDA (39).

¶SPI

SPI SS is Digital 10, MOSI is Digital 11, MISO is Digital 12, CLK is Digital 13.

Jumpers JP5 and JP7 are used to select whether the uC32 operates as a Master (transmit on MOSI, receive on MISO) or a Slave (transmit on MISO, receive on MOSI) device.

Jumper JP4 is used to select PWM output or the SPI SS function on pin 10. The shorting block on JP4 should be in the RD4 position to select PWM output.

¶Pinout Table

Quick reference: There are two user LEDs (Pin 11, Pin 43), and 12 analog inputs (Pin 14 - Pin 25, A0 - A11). All 47 are usable as GPIO, however some may be in use when used with the Arduino platform.