EBYTE E70-433T14S

Modul Wayarles EBYTE E70-433T14S

Manual Arahan

1. Pengenalan

The E70-433T14S is a wireless transceiver module designed for reliable data communication. It operates within the 425~450.5MHz frequency band, with a default setting of 433MHz. This module integrates the CC1310 chip from Texas Instruments, providing robust performance. It features TTL level output and a 3.3V IO port voltage, utilizing a 24MHz industrial high-precision low-temperature drift crystal for stability. The module includes a Forward Error Correction (FEC) algorithm to enhance data reliability and transmission range by proactively correcting interfered data packets.

The E70-433T14S comes with a built-in low-power multifunctional wireless serial program, allowing users to perform secondary development as needed. This manual provides essential information for setup, operation, and maintenance.

2. Ciri-ciri Utama

3. Aplikasi

The E70-433T14S module is suitable for a wide range of applications requiring wireless data transmission, including:

4. Modul Selesaiview

The E70-433T14S module is a compact surface-mount device (SMD) designed for easy integration into various electronic systems. Below are images illustrating the module's physical characteristics and pinout.

Depan view of the EBYTE E70-433T14S wireless module

Rajah 1: Depan view of the EBYTE E70-433T14S wireless module, showing the model number, EBYTE logo, RoHS and CE certifications, serial number, manufacturer, and FCC ID.

bersudut view of the EBYTE E70-433T14S wireless module

Rajah 2: bersudut view of the EBYTE E70-433T14S wireless module, highlighting its compact form factor and pin headers.

Satu lagi bersudut view of the EBYTE E70-433T14S module

Rajah 3: Another angled perspective of the EBYTE E70-433T14S module, providing a clear view of the antenna connector.

Bawah view of the EBYTE E70-433T14S module with pinout diagram

Rajah 4: Bawah view of the EBYTE E70-433T14S module, illustrating the pinout diagram for various General Purpose Input/Output (GPIO) pins, power, and ground connections.

5. Spesifikasi Teknikal

Parameter Nilai
IC: CC1310
Kekerapan: 431~446.5MHz (Lalai: 433MHz)
Kuasa penghantaran: 14dBm (25mW), software adjustable
Jarak Komunikasi: Up to 1.0 km (typical), 1.5 km (maximum tested)
Antara muka: UART/IO
IO Port Voltage: 3.3V (TTL level)
Bekalan Kuasa Voltage: 2.2V~3.8V (3.3V+ recommended for optimal performance)
Crystal Vibration: 24MHz industrial high-precision low-temperature drift
Suhu Operasi: -40°C ~ 85°C
Air Data Rate: 2.5kbps ~ 168kbps
Pembetulan Ralat: FEC (Forward Error Correction) algorithm
Antena: Titik capaian IPEX, stamp hole optional

6. Persediaan dan Pemasangan

6.1 Sambungan Bekalan Kuasa

Connect the module to a stable power supply within the 2.2V to 3.8V range. For optimal performance and stability, a power supply of 3.3V or higher is recommended. Ensure correct polarity (VCC and GND pins) to prevent damage to the module.

6.2 Sambungan Antena

Attach a suitable 433MHz antenna to the IPEX connector on the module. For best range and signal integrity, ensure the antenna is correctly matched and positioned away from metallic obstructions. If using the stamp hole option, ensure proper soldering for antenna connection.

6.3 UART/IO Interface Connection

Connect the module's UART (Universal Asynchronous Receiver/Transmitter) pins (TXD, RXD) to your host microcontroller or system. The IO port voltage is 3.3V. Ensure proper level shifting if your host system operates at a different voltage (e.g., 5V) to avoid damaging the module.

6.4 Konfigurasi Perisian

The module comes with a pre-programmed low-power multifunctional wireless serial program. Users can configure parameters such as frequency, transmission power, and air data rate via serial commands. For advanced functionalities or custom applications, secondary development using the CC1310's capabilities is supported.

7. Arahan Operasi

7.1 Penghantaran dan Penerimaan Data

Once properly configured, the module can transmit and receive data wirelessly. Data sent to the module's UART TXD pin will be transmitted over the air, and data received wirelessly will be output via the UART RXD pin. Ensure that both transmitting and receiving modules are configured with compatible parameters (frequency, air data rate, etc.).

7.2 Pembetulan Ralat Hadapan (FEC)

The integrated FEC algorithm automatically adds redundant data to transmissions, allowing the receiver to detect and correct certain errors that may occur due to interference or signal degradation. This feature improves the reliability and effective range of communication, especially in noisy environments. No direct user intervention is typically required for FEC operation.

7.3 Low Power Operation

The E70-433T14S is designed for low power consumption, making it suitable for battery-powered devices. Utilize the module's low-power modes and air wake functionality to minimize energy usage in applications where continuous operation is not required. Refer to the detailed CC1310 datasheet and EBYTE's programming guide for specific low-power mode configurations.

8. Penyelenggaraan

9. Penyelesaian masalah

10. Maklumat Pematuhan

The E70-433T14S module is designed to comply with relevant industry standards. As indicated on the module, it is RoHS compliant and carries the CE mark, signifying conformity with European health, safety, and environmental protection standards. The module also has an FCC ID: 2ALPH-E70, indicating compliance with Federal Communications Commission regulations for radio frequency devices.

11. Sokongan

For further technical support, detailed datasheets, programming guides, or inquiries, please visit the official EBYTE webtapak: www.cdebyte.com

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