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DL-P3028MPA
DreamLNK/骏晔
DL-P3028MPA
398~510MHz
PAN3028
MAX 32dBm
3.5~5.5V
-140dBm
5000m
34.3*20.5*4.15mm
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Brief Introduction
This DL-P3028MPA RF module is a high-power UART Transceiver Module with PA, it was designed base on PAN3028 high-performance RF chip and built-in HC32L130 low-power MCU. It is an UART Module with AT command, which supports a maximum power output of 32dBm and a sensitivity of -140dBm; it is an effective wireless module which can provide excellent RF performance and strong anti-interference performance in the 398-510MHz frequency band.
Features
● Support AT commands for configuration, easy to develop and debug;
● Support transparent transmission mode for data transmission;
● Support data flow control in transparent transmission mode (AUX);
● Typical serial baud rate (such as 9600/19200/38400/57600/115200bps) is supported;
● Multiple wireless baud rate is supported;
● Wake-on-Radio (WOR) function supported (intermittent receiving), which can be greatly increases the battery standby time;
● Support CAD (Automatic Radio Frequency Signal Detection) to reduce the probability of signal collision;
● Can achieve fixed point transmission, broadcasting and other transmission methods;
Download Center
DL-P3028MPA Specification V1.0 
Typical Application
● Smart Grid and Automatic Meter Reading (water meter, electricity meter, gas meter)
● Long-Range Data Communication
● Smart Home Systems
● Wireless Sensor Networks
● Industrial Automation (Data Acquisition)
● Remote Control and Telemetry of Field Data
● Various Transmitter, Intelligent Flow Meter Instrument
● Building Automation and Security
● Monitoring and Control of Petroleum Equipment in Mines
● Environment, Energy Saving, Temperature Monitoring
● Intelligent Transportation, Smart City
● Home and Building Automation
● Wireless Alarm and Security System
Technical Parameter
No. | Category | Parameter | Value |
1 | Radio Parameter | Working Frequency | 398~510MHz |
2 | Radio Parameter | TX Power | 32dBm (peak value) Details please refer table 2: P3028MPA VER1.1 Power - Current Test |
3 | Radio Parameter | RX Sensitivity | -140dBm @SF12 62.5KHz -133dBm @SF9 62.5KHz |
4 | Radio Parameter | Communication Range | (1) >300M@SF7, BW250khz, RF power:22dBm (2) >2000M@SF9, BW125khz, RF power:30dBm (3) >5000M@SF11, BW125khz, RF power:30dBm |
5 | Radio Parameter | Antenna Type | External antenna (ANT pad or IPEX) |
6 | Hardware Parameters | Data Interface | Baud rate: 115200 (default) |
7 | Hardware Parameters | Working Voltage | 3.5~5.5V |
8 | Hardware Parameters | Working Current | Receiving: 24mA Sleeping: 57uA |
9 | Hardware Parameters | Working Temperature | -40℃ ~ +85℃ |
10 | Hardware Parameters | Storage Temperature | -45℃ ~ +90℃ |
11 | Hardware Parameters | Encapsulation Interface | SMT (surface mount) |
Pin Definitions
| No | Definitions | Type | Description |
| 1 | ANT/NC | Antenna interface | |
| 2 | GND | PWR | Reliable grounding |
| 3 | 3.3V | PWR | Power |
| 4 | GPIO11 | I/O | Digital I/O port |
| 5 | GPIO8 | I/O | Digital I/O port |
| 6 | IRQ | O | Interrupt Request Pin, high level trigger |
| 7 | NC | No connection | |
| 8 | GPIO5 | IO | Digital I/O port |
| 9 | GND | PWR | Reliable grounding |
| 10 | NC | No connection | |
| 11 | NC | No connection | |
| 12 | SCK | I | SPI Serial Clock Input |
| 13 | MISO | O | SPI Master Input Slave Output |
| 14 | MOSI | I | SPI Master Output Slave Input |
| 15 | NSS | I | SPI Chip Select Input |
| 16 | GND | PWR | Reliable grounding |
Module Size
Application Connection Diagram
Notice for Pin Connection:
1. PIN9 & PIN10 of DL-P3028M and DL-P3028MPA are the same (ANT, GND), but the position of the pins on the module packaging is different.
2. RX and TX are used for data transmission and should be inversely connected with the UART pins of external MCU.
3. AUX, SETA, SETB and RESET are used for the module control, which need to be connected with the GPIO port ofthe external MCU.
4. SETA and SETB are high level defaulted. When the Wireless Module enters sleep mode, these two Pins need to beconnected to certain levels;otherwise, electric leakage will occur.
Typical application
Wireless Data Communication, Wireless Remote Control System; Wireless Alarm & Security Control System; Wireless Sensor Networking, Automatic Data Collection; Industrial Remote Control, Intelligent Control System, Home Automation, Smart Building, Smart Home, Smart City, Telemetry, Automatic (Water, Electricity, Gas) Meter Reading;
Product Tags
RF module, Wireless Module, Wireless Transmitter Module, RF Transmitter Module, 433MHz RF Module, Wireless Transceiver Module, FSK Transceiver module, 433MHz Wireless module, PANCHIP, Chirp-IoT™
Brief Introduction
This DL-P3028MPA RF module is a high-power UART Transceiver Module with PA, it was designed base on PAN3028 high-performance RF chip and built-in HC32L130 low-power MCU. It is an UART Module with AT command, which supports a maximum power output of 32dBm and a sensitivity of -140dBm; it is an effective wireless module which can provide excellent RF performance and strong anti-interference performance in the 398-510MHz frequency band.
Features
● Support AT commands for configuration, easy to develop and debug;
● Support transparent transmission mode for data transmission;
● Support data flow control in transparent transmission mode (AUX);
● Typical serial baud rate (such as 9600/19200/38400/57600/115200bps) is supported;
● Multiple wireless baud rate is supported;
● Wake-on-Radio (WOR) function supported (intermittent receiving), which can be greatly increases the battery standby time;
● Support CAD (Automatic Radio Frequency Signal Detection) to reduce the probability of signal collision;
● Can achieve fixed point transmission, broadcasting and other transmission methods;
Download Center
DL-P3028MPA Specification V1.0
Typical Application
● Smart Grid and Automatic Meter Reading (water meter, electricity meter, gas meter)
● Long-Range Data Communication
● Smart Home Systems
● Wireless Sensor Networks
● Industrial Automation (Data Acquisition)
● Remote Control and Telemetry of Field Data
● Various Transmitter, Intelligent Flow Meter Instrument
● Building Automation and Security
● Monitoring and Control of Petroleum Equipment in Mines
● Environment, Energy Saving, Temperature Monitoring
● Intelligent Transportation, Smart City
● Home and Building Automation
● Wireless Alarm and Security System
Technical Parameter
No. | Category | Parameter | Value |
1 | Radio Parameter | Working Frequency | 398~510MHz |
2 | Radio Parameter | TX Power | 32dBm (peak value) Details please refer table 2: P3028MPA VER1.1 Power - Current Test |
3 | Radio Parameter | RX Sensitivity | -140dBm @SF12 62.5KHz -133dBm @SF9 62.5KHz |
4 | Radio Parameter | Communication Range | (1) >300M@SF7, BW250khz, RF power:22dBm (2) >2000M@SF9, BW125khz, RF power:30dBm (3) >5000M@SF11, BW125khz, RF power:30dBm |
5 | Radio Parameter | Antenna Type | External antenna (ANT pad or IPEX) |
6 | Hardware Parameters | Data Interface | Baud rate: 115200 (default) |
7 | Hardware Parameters | Working Voltage | 3.5~5.5V |
8 | Hardware Parameters | Working Current | Receiving: 24mA Sleeping: 57uA |
9 | Hardware Parameters | Working Temperature | -40℃ ~ +85℃ |
10 | Hardware Parameters | Storage Temperature | -45℃ ~ +90℃ |
11 | Hardware Parameters | Encapsulation Interface | SMT (surface mount) |
Pin Definitions
| No | Definitions | Type | Description |
| 1 | ANT/NC | Antenna interface | |
| 2 | GND | PWR | Reliable grounding |
| 3 | 3.3V | PWR | Power |
| 4 | GPIO11 | I/O | Digital I/O port |
| 5 | GPIO8 | I/O | Digital I/O port |
| 6 | IRQ | O | Interrupt Request Pin, high level trigger |
| 7 | NC | No connection | |
| 8 | GPIO5 | IO | Digital I/O port |
| 9 | GND | PWR | Reliable grounding |
| 10 | NC | No connection | |
| 11 | NC | No connection | |
| 12 | SCK | I | SPI Serial Clock Input |
| 13 | MISO | O | SPI Master Input Slave Output |
| 14 | MOSI | I | SPI Master Output Slave Input |
| 15 | NSS | I | SPI Chip Select Input |
| 16 | GND | PWR | Reliable grounding |
Module Size
Application Connection Diagram
Notice for Pin Connection:
1. PIN9 & PIN10 of DL-P3028M and DL-P3028MPA are the same (ANT, GND), but the position of the pins on the module packaging is different.
2. RX and TX are used for data transmission and should be inversely connected with the UART pins of external MCU.
3. AUX, SETA, SETB and RESET are used for the module control, which need to be connected with the GPIO port ofthe external MCU.
4. SETA and SETB are high level defaulted. When the Wireless Module enters sleep mode, these two Pins need to beconnected to certain levels;otherwise, electric leakage will occur.
Typical application
Wireless Data Communication, Wireless Remote Control System; Wireless Alarm & Security Control System; Wireless Sensor Networking, Automatic Data Collection; Industrial Remote Control, Intelligent Control System, Home Automation, Smart Building, Smart Home, Smart City, Telemetry, Automatic (Water, Electricity, Gas) Meter Reading;
Product Tags
RF module, Wireless Module, Wireless Transmitter Module, RF Transmitter Module, 433MHz RF Module, Wireless Transceiver Module, FSK Transceiver module, 433MHz Wireless module, PANCHIP, Chirp-IoT™
