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The contact person at Shenzhen Abluetech Technology Co. LTD is:
May Cat
Shenzhen Abluetech Technology Co. LTD
Web: www.abluetech.com
Email: maycat@abluetech.com
PH/WA: +8618682464199

The following circuit shows a example implementation for the Abluetech PTR9813 Module. Each pin and its functionality is described in the table below.

Pin DescriptionMandatoryFunctionUseWiring
P0.04SCLNoI2C Clock for for peripherals like motion, battery charge controller, battery gauge and displayPull Up (4k7)
P0.05SDANoI2C Data for for peripherals like motion, battery charge controller, battery gauge and displayPull Up (4k7)
P0.11IR_INPUTNoIR Sensor Input for IR Remote. Output from IR Sensor. For Example:
IRM-H6XXT/TR2
Vishay TSOP2436
P0.15POWER_ENABLENoOutput
Turns on and off power from components needed during normal operation like LED Driver, additional controller, Motor driver, etc..Needed to make sure the current consumption while sleeping is minimal.
If Battery Charge Controller is used the controller can be set to sleep instead this pin.
Pull Down (100k)
P0.17POWER_BUTTON_SWITCHNoInput
Button: Turn fixture on/off and unlink
Switch: Turn fixture on/off
P0.18RESETYesProgramming Reset
P0.20STATUS_LEDNoOutput: Signal Status LED
P1.05STATUS BUSNoUART RX for receiving additional information like battery state, etc.. You can find additional information under STATUS Interface
P1.09PWM_CH6_DMXOUT_LEDSDONoOutput Multiple Functions:
PWM Channel 6
DMX Out (TX)
LED SDO (WS2812)
P0.02IR_VCCNoOutput:
Switchable supply voltage for IR Sensor (Needed for IR Remote)
P0.09NFC1NoNFC Antenna
P0.10NFC2NoNFC Antenna
P0.29/E/X/T/_/C/H/GNoBattery Management: Charging indication Input
Is only used if no battery charge controller is used and battery functions are available
Low: Charging
High: No charging
P0.28/P/P/RNoInput:
Battery Management: Power Presence
Is mandatory if battery functions are necessary
Low: Power available
High: No power –> battery powered
P0.30BAT_THERMAL_NTCNoInput:
Battery Management: Battery NTC
Connect NTC using resistor divider. The resistance combination can be selected in firmware
SWDIOSWDIOYesSWD Programming Data
SWCLKSWCLKYesSWD Programming Clock
P1.02PWM_CH1NoPWM Output Channel 1
P1.00PWM_CH2NoPWM Output Channel 2
P0.24PWM_CH3NoPWM Output Channel 3
P0.22PWM_CH4NoPWM Output Channel 4
P0.13PWM_CH5NoPWM Output Channel 5
P0.14PWM_CH7NoPWM Output Channel 7
P0.12PWM_CH8NoPWM Output Channel 8
P0.08PWM_CH9NoPWM Output Channel 9
P0.06PWM_CH10NoPWM Output Channel 10
P0.26PWM_CH11NoPWM Output Channel 11
P0.21PWM_CH12NoOptional PWM Output Channel 12
P0.25PERIPHERAL_VCCYesOutput:
Use this as a switch for 3V3 supply for example for the NTC
P0.31BATTERY_VOLTAGENoInput:
If battery functions are needed but no battery gauge is used this can be used instead as a rough battery state measurement
P0.19DMX_RXNoDMX for DMX /RDM Support
P0.23DMX_TXNoDMX TX for DMX /RDM Support
P0.27DMX_DIRNoOutput: Direction RS485 for DMX /RDM Support
P0.07DMX_ENABLENoDMX Enable/ Disable (Save power)
P1.08DMX_UNLINKNoDMX Unlink for WDMX/ CRMX which is connected via Uart
P1.01LED_DISPLAY_BAT_>80%NoDisplay battery LED > 80%
P1.04LED_DISPLAY_BAT_>60%NoDisplay battery LED > 60%
P1.06LED_DISPLAY_BAT_>40%NoDisplay battery LED > 40%
P1.07LED_DISPLAY_BAT_>20%NoDisplay battery LED > 20%

The following components should be used:

  • Abluetech PTR9813 or PTR9813+
  • Crystal „EPSON FC-135 32.7680KA-AC0“ or „SF32WK32768D91T004“