Description
Low Power Wireless AD Hoc Network Ble MESH Module LED light Ble Controller BLE 4.0 PWM Dimmer Module
Product Description
Designed based on the CSR1010 chip, it is compatible with Ble 4.1 Low Energy (BLE) and mesh networking functions. It is mainly used in intelligent light control, home/hotel automation control, consumer electronics, industrial control, etc. It can meet the requirements of low power consumption, low latency, and short-range wireless data communication.
Features
Maximum receiving sensitivity: ≥-92.5dBm Maximum transmit power: ≤7.5dBm Voltage input range: 1.9V~3.6V Lighting applicable working temperature: -40℃~+85℃ Power consumption: sleep mode as low as 6uA Support BLE mesh, comply with Ble 4.1 specification Support point-to-point and point-to-multipoint communication Various peripheral device interfaces Maximum 5 PWM outputs 1 UART external communication interface Maximum four-way switch input and relay control output A total of 11 customizable GPlO
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Item
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parameter
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Wireless parameters
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Wireless standard Ble: 4.1
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Frequency range: 2.4G
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Transmit power: maximum 7.5dBm
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Receiving sensitivity: minimum -92.5dBm
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Wireless type: PCB onboard/external
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Hardware parameters
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Data interface: PWM, UART
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Working voltage: 3.3V
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Supply current: ≥50mA
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Low power consumption current: ≤6uA
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Transmission distance: outdoor 80M
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Working temperature: -40℃~+85℃
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Module size ipex: 18.9*12×2.0mm
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Pin function description
1. GND module ground input 2. RF, Ble antenna external pin, select according to actual situation 3. GND module ground input 4. AlO[2] can customize the analog I0 pin; 5. AlO[1] can be customized to simulate 10 pins; 6. AlO[0] can be customized to simulate 10 pins; 7. PIO[0]/UART_TX system debugging serial port, which can be customized as GPIO function; 8, PIO[1]/UART_RX system debugging serial port, can be customized as GPlO function; 9, WWHITE warm white PWM output, high effective; 1KHz frequency. Can be customized as GPIO function 10. CWHITE cold white PWM output, high effective; 1KHz frequency. Can be customized as GPlO function 11. PIO[5]/SPL_CLK system debug port, can be customized as GPlO function; 12, PIO[6]/SPL_CS system debugging port, can be customized as GPlO function; 13, PIO[7]/SPL_MOSl system debugging port, can be customized as GPlO function; 14, PIO[8]/SPL_MISO system debugging port, can be customized as GPIO function; 15. PIO[9]/RED red PWM output, 3.8KHz frequency, high effective; can be used as cool white PWM in the two-way lamp firmware. Can be customized as GPlO function 16, PIO[10]/Green Green PWM output, 3.8KHz frequency, high effective; can be used as warm white PWM in the two-way lamp firmware. Can be customized as GPIO function 17, PIO[11]/Blue blue PWM output, highly effective; can be customized as GPIO function 18. The SPL_PIO#_SEL system reserves debug pins for SPl mode. Need to pull down by default 19, GND module ground input 20, GND module ground input 21, VCC3.3V DC power input 22, GND module ground input Note 1: The pin numbers start from the first in the upper left of the module and are arranged in a counterclockwise order. Note 2: When the module is used as different devices, the functions and pin definitions will be slightly different, please refer to the detailed description of the corresponding firmware
Suggestions for the use of module PCB
1. It is recommended to use LDO for DC 3.3V and provide at least 50mA drive capability. It is recommended to place a 10uF capacitor at the power supply inlet of the module. 2. In the PCB layout planning, BLE module placement should be kept away from magnetic field sources such as transformers and coils. 3. The antenna area must be kept clear of the PCB design and cannot be protected by any enclosure. The antenna must be at least 10 mm away from metal or tall components.
Note
For this module it have multi style, External module, External silver-plated antenna, External copper wire antenna, Onboard antenna module, IPEX antenna module. we will default send IPEX antenna module.
Details Images
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