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  09/03/2026  
கிறிஸ்துவுக்காக உற்சாகத்தை பகிர்தல்
வாசிப்பு: ரோமர் 12.9-16 | ஓராண்டில் வேதாகமம்: உபாகமம் 8; உபாகமம் 9; உபாகமம் 10; மாற்கு 11.19-33
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Pan186cv Datasheet

PAN186CV Datasheet: A Comprehensive Guide to the 2.4 GHz RF SOC

The is a Bluetooth 5.0 Low Energy (BLE) module from Panasonic's PAN186 series (based on the Nordic nRF52840 chip). pan186cv datasheet

Observations from hobbyist reverse‑engineering efforts indicate that the PAN186CV's RF behavior is reminiscent of (and possibly compatible with) the popular nRF24L01 transceiver, with parameters such as a 2.400–2.483GHz frequency range, 1MHz channel steps, GFSK modulation, and support for 250kbps and 1Mbps air data rates. However, its on‑chip MCU and custom protocol stack mean it cannot be treated as a drop‑in replacement for an nRF24L01 without careful protocol analysis. PAN186CV Datasheet: A Comprehensive Guide to the 2

The chip's low power consumption, small SOP16 footprint, and programmable MCU make it suitable for simple wireless sensors, beacon transmitters, or custom 2.4GHz data links. With up to six data channels, it can support small star‑network topologies. The chip's low power consumption, small SOP16 footprint,

The includes timing diagrams that illustrate transitions between states:

PAN186CV Datasheet: A Comprehensive Guide to the 2.4 GHz RF SOC

The is a Bluetooth 5.0 Low Energy (BLE) module from Panasonic's PAN186 series (based on the Nordic nRF52840 chip).

Observations from hobbyist reverse‑engineering efforts indicate that the PAN186CV's RF behavior is reminiscent of (and possibly compatible with) the popular nRF24L01 transceiver, with parameters such as a 2.400–2.483GHz frequency range, 1MHz channel steps, GFSK modulation, and support for 250kbps and 1Mbps air data rates. However, its on‑chip MCU and custom protocol stack mean it cannot be treated as a drop‑in replacement for an nRF24L01 without careful protocol analysis.

The chip's low power consumption, small SOP16 footprint, and programmable MCU make it suitable for simple wireless sensors, beacon transmitters, or custom 2.4GHz data links. With up to six data channels, it can support small star‑network topologies.

The includes timing diagrams that illustrate transitions between states: