I purchased the breakout for ADNS2620 Optical Mouse Sensor. I removed the kapton tape on the sensor.
I am using an Adruino Duemilanove (ATMEGA328). I hooked up the 4 wires as follows: GND to GND, VCC to 5V, SDIO to Analog 4, SCL to Analog 5.
I downloaded ADNS2620 Arduino Library from (http://www.sparkfun.com/products/10105), compiled and ran the example, but I keep getting:
x:FF y:FF
If the below connections image is not showing, go here:
http://www.flickr.com/photos/60663161@N08/5527104174
Here is the code used:
/* ADNS2620 Example Sketch
-
Demonstrates how to use the ADNS2620 Library to interface with the mouse sensor
-
on the ADNS2620 evaluation board from SparkFun Electronics
-
More register definitions are located in the ‘adns2620.h’ file. Read the
-
ADNS2620 datasheet to understand how to use the registers.
-
After loading the sketch to the ADNS2620 evaluation board, open the serial terminal
-
using a baud rate of 9600 to see the output from the ADNS2620 sensor.
-
Written by Ryan Owens
-
11/4/10
-
SparkFun Electronics
*/
//Add the ADNS2620 Library to the sketch.
#include <adns2620.h>
//Name the ADNS2620, and tell the sketch which pins are used for communication
ADNS2620 mouse(4,5);
//This value will be used to store information from the mouse registers.
unsigned char value=0;
void setup()
{
//Initialize the ADNS2620
mouse.begin();
delay(100);
//A sync is performed to make sure the ADNS2620 is communicating
mouse.sync();
//Put the ADNS2620 into ‘always on’ mode.
mouse.write(CONFIGURATION_REG, 0x01);
//Create a serial output.
Serial.begin(9600);
}
void loop()
{
//The DELTA_X_REG and DELTA_Y_REG store the x and y movements detected by the sensor
//Read the DELTA_X_REG register and store the result in ‘value’
value = mouse.read(DELTA_X_REG);
//Print ‘value’ to the serial port.
Serial.print(“X:”);
Serial.print(value, HEX);
Serial.print(‘\t’);
//Read the DELTA_Y_REG register and store the result in ‘value’
value = mouse.read(DELTA_Y_REG);
//Print ‘value’ to the serial port.
Serial.print(“Y:”);
Serial.println(value, HEX);
delay(10);
}