DENEYAP PIR (M59)
  • Deneyap Motion Detection detects movements in the range of 0-5 m at a viewing angle of approximately 150°.
  • It houses the Winsen RD-623 sensor, the Onsemi NCS3600 controller, and the ST Microlectronics STM8S003F3 microprocessor.
  • You can receive data from the digital input pin of your development card by using the module's pins other than the I2C communication interface.
  • The module has 2 I2C communication connectors (JST SH 4 pin 1 mm).
  • You can connect the modules to each other easily and quickly in a chain arrangement.
  • You can use it compatible with all Deneyap development cards.
  • It is breadboard compatible.
  • Arduino Uno, Raspberry Pi Pico, etc. without I2C communication connector. You can connect development cards to each other via their pins.
  • It is suitable for coding with Arduino IDE.
  • Electronic modules and development boards with Adafruit Stemma QT and Sparkfun Qwiic communication connectors can work together.

Working Voltage: 3.3V
Size: 25.4mm x 25.4mm
Weight: 4 g (pins soldered)


I2C Address:

  • 0x32 default address
  • 0x3D address when ADR1 is soldered
  • 0x3E address when ADR2 is soldered
  • 0x3F address when ADR1 and ADR2 are soldered


One 10 cm long I2C connection cable is supplied with the product.

Header (Left)

Modul Pin

Description

Development Board Pin

3V3

3.3V Supply Voltage

3.3V Voltage Output

OUT

Digital Output

Digital Input

RES

Microprocessor Reset (Debug)

No Connection

AOUT

Enhanced Raw Data Output

 

Header (Right)

Modul Pin

Description

Development Board Pin

GND

Soil

Soil

SDA

Bidirectional Data Link

SDA

SCL

Data Line Time Synchronization Sign

SCL

SWIM

Microprocessor SWIM Communication Protocol (Debug)

No Connection

I2C Communication Connectors

Modul Pin

Description

Development Board Pin

SCL

Data Line Time Synchronization Sign

SCL

SDA

Bidirectional Data Link

SDA

3V3

3.3V Supply Voltage

3.3V Voltage Output

GND

Soil

Soil

Trimpot

The trimpots located on the back of the Deneyap Motion Detection Module can be seen in the picture below. From left to right, the trimpots are used to adjust the range and the time it takes to send the 1 (High) value when motion is detected. As you turn the left trimmer clockwise, the resistance value will increase; As the resistance value increases, the detection range can be increased up to the maximum value. As the right trimmer is turned clockwise, the resistance value will increase; As the resistance value increases, the time to send a value of 1 (High) after motion is detected can be increased.




Documents