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ROTARY R click

MIKROE-1823

34 g

Rotary click carries a 15-pulse incremental rotary encoder with detents, surrounded by a ring of 16 red LEDs. It’s a perfect solution for adding a precision input knob to your design.

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$12.00

Quantity Unit Price
5 $11.40
20 $10.80

Rotary click carries a 15-pulse incremental rotary encoder with detents, surrounded by a ring of 16 red LEDs. It’s a perfect solution for adding a precision input knob to your design. The encoder outputs A and B signals (out of phase to each other); the knob also acts as a push-button which sends an interrupt to the target board MCU. The LED ring is controlled through SPI lines (CS, SCK, MISO, MOSI). Rotary click can be used with either a 3.3V or 5V power supply.

Downloads

Type Rotary encoder
Applications Wheel controllers that spin infinitely are useful for controlling audio/video equipment and similar appliances
On-board modules 15-pulse incremental rotary encoder with detents, surrounded by a ring of 16 red LEDs
Key Features 30 indents (dividing the rotation into discrete increments)
Key Benefits LED ring for visual feedback
Interface SPI,PWM,Analog,GPIO
Input Voltage 3.3V or 5V
Compatibility mikroBUS
Click board size L (57.15 x 25.4 mm)

Features and usage notes

Rotary click with its LED ring is a perfect solution for implementing an input knob into your design (in contrast to a potentiometer, a rotary encoder can be spun round continuously). A single rotation is divided into 15 discrete steps. The encoder outputs A and B signals (out of phase to each other). The knob is also a push-button outputted through the interrupt line. The LED ring are controlled through the SPI interface.

In addition to the SPI lines (CS, SCK, MISO, MOSI), Rotary clicks have three additional lines for outputting the Encoder info: ENCB OUT, ENCA OUT and SW (in place of the standard AN, RST and INT pins, respectively).

All Rotary click boards can be used with either a 3.3V or 5V power supply. The configuration is set up with an onboard jumper (zero ohm resistor). By default, it’s set to 3.3V

Programming

The following code snippet demonstrates the write procedure of Rotary click.

 1 void HC595_Write( int value )
 2 {
 3     char first_byte, second_byte;
 4   
 5     second_byte = value;
 6     value = value >> 8;
 7     first_byte = value;
 8     SPI1_write( first_byte );
 9     SPI1_write( second_byte );
10   
11     HC595_cs = 0;
12     asm{ nop };
13     asm{ nop };
14     asm{ nop };
15     HC595_cs = 1;
16 }

Code examples that demonstrate the usage of Rotary click with MikroElektronika hardware, written for mikroC for ARM, AVR, dsPIC, FT90x, PIC and PIC32 are available on Libstock.

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