[Chip solution]:CC1310
[Carrier frequency]:861~922.5MHz
[Transmission power]:14dBm
[Communication distance]:1.5km
[Air speed]:2.5k~168k
[Product size]:10*10mm
[Introduction]:E70-900MT14S is a wireless serial module (UART) based on TI's CC1310 (built-in dual-core ARM) RF chip, which can work in the 861-876.5, 907-922.5MHz band (default 868MHz), GFSK modulation, TTL level output, 3.3V IO port voltage; the product uses a high-precision wide temperature The product adopts a high-precision wide temperature crystal, 24MHz industrial-grade high-precision low temperature drift crystal, to ensure its industrial nature and stability.
Electrical parameter | Unit | parameter | Remark | |
Operating Voltag | V | 2.2~3.8 | over 3.8V permanently burned modul | |
Communication leve | V | 3.3 | Risk of burnout with 5V TTL | |
Power consumption | Emission curren | mA | 31 | Instantaneous power consumption |
Receiving current | mA | 9 | - | |
Sleeping current | μA | 1.7 | Software shutdow | |
Temperatur | Operating temperatur e | ℃ | -20 ~ +85 | Industrial Grade |
Storage temperatur e | -40 ~ +125 | - |
Hardware Parameters | Parameters | Remark |
Chip | CC1310 | - |
Cache capacity | 2048 Byte | User-defined |
FLASH | 128 KB | - |
RAM | 8 KB | - |
Cores | Cortex-M3 (MCU) +Cortex-M0(RF) | - |
Communication Interface | UART serial port | TTL Level |
Modulation method | GFSK | - |
Packaging method | SMD | - |
Antenna Interface | Stamp Holes | Characteristic impedance approx. 50 ohms |
Size | 10*10m | E70-900T14S2 without SMA |
RF parameters | Uni | parameters | Remark |
Transmitting power | dBm | 14 | - |
Reception sensitivit | dBm | -109~110 | Air speed of 2.5kbps |
Reference Distance | M | 1500m | Clear and open, antenna gain |
Operating Frequency Band | MHz | 861~922.5M | Factory default 868MHz ,,861~876.5,907~922.5MHz |
Air rate | bps | 2.5k~168k | User-programmed control |
Blocking power | dBm | 10 | The probability of burning is small when used in close proximity |
Launch length | / | Transmission mode regulations | See Transfer Mode for details |