E32-T24 5M

E32-T24 5M application field and working principle

The E32-T24 5M Series Long-distance Wireless Module belongs to the accessories with strong long-distance performance, which is usually used in the fields of industrial automation control equipment, Automatic Meter Reading System, industrial data acquisition control, and data transmission, etc. E32-T24 5M mainly applies to the wireless monitoring and control, automatic metering, sensing and other fields, which allows long-distance communication of data and control signal, and the communication distance can reach 5,000 meters or even more.

The principle of E32-T24 5M module is based on the communication method of two-way asynchronous half-duplex transceiver, and adopts ASK, GFSK and FSK modulation techniques. E32-T24 5M owns a built-in transceiver and a high-speed MCU, only needs to provide a serial port signal to realize wireless communication. It uses integrated low-power low-voltage and nearly double amplification circuit, which can receive weak signals and boosts weak signals, significantly improving the communication distance compared with similar products.

Advantages of E32-T24 5M:

High Power - E32-T24 5M supports 10-20dBm power adjustable design and the maximum transmission power can reach up to +20dBm, which is incomparable to similar models in the same kind of market.

High Stability - The modulation circuit has high-precise design and reasonable integration circuit, which can mainly ensure that the data is sent and received stably, thereby ensuring the data security.

High Sensitivity - It is equipped with a double amplifying circuit, receives weak signals and has strong anti-jamming capability, greatly improving the communication distance.

Rich Applications - E32-T24 5M is suitable for not only industrial control system but also Automatic Meter Reading System, remote data acquisition and wireless monitoring.

The working principle of E32-T24 5M is mainly composed of three parts: data receiving and distortion correction, data encoding and data transmission. Firstly, The damaged data and transmission delay have been improved by distortion correction transformation operation. Secondly, the data are encoded into a transmission form corresponding to the modulation coding mode. Finally, the digital data were transmitted by the built-in transceiver to the terminal user equipment.