Features
Frequency range: 113 – 960 MHz
Modulation/demodulation: OOK, 2 (G)FSK, 4 (G)FSK
Data rate: 0.1 - 1000 kbps
Sensitivity: 2 FSK, -122 dBm DR=2.4 kbps, 433.92 MHz
4 FSK, -88 dBm DR=1 Mbps, 433.92 MHz
OOK, -94 dBm DR= 300 kbps, 433.92 MHz
Adjacent channel rejection : 62 dBc, BW = 4.8 kHz,
Channel space = 12.5 kHz
Blocking: 76 dBc , ±1 MHz offset, BW = 4.8 kHz
Operating voltage range: 1.8 - 3.6 V
Tx current: 30 mA @ 13 dBm, 433.92 MHz, FSK
82 mA @ 20 dBm, 433.92 MHz, FSK
Rx current: 9.6 mA (DCDC) @433.92 MHz, FSK
No extra RF switching components required in single antenna mode
Multiple super-low power (SLP) Rx modes available
Sleep current
400 nA, Duty Cycle = OFF
800 nA, Duty Cycle = ON
Special features:
Quick and stable automatic frequency control (AFC)
3 varied clock data recovery systems (CDR)
Quick and accurate valid signal detection (PJD, RSSI)
Super-low power (SLP) and Duty Cycle receiving
Fast Tx or Rx frequency hopping
Carrier sense multiple access (CSMA)
Automatic ACK and re-sending
Antenna diversity
4-wire SPI interface
Supporting both direct and packet modes, with configurable
packet handler and 128-Byte FIFO
NRZ format, Manchester, whiten data coding, FEC
Description
The CMT2310A is an ultra-low power, high-performance, OOK / 2
(G)FSK / 4 (G)FSK based RF transceiver, applicable to various
applications within the 113 - 960 MHz frequency band. The
product is part of the CMOSTEK NextGenRF
TM
product family
which covers a complete product line consisting of transmitters,
receivers and transceivers. The high-density integration of
CMT2310A simplifies the required BOM in system design. With Tx
power reaching +20 dBm and sensitivity reaching -122 dBm, it can
achieve optimized performance of application RF links. Through
providing multiple data packet formats and code methods, this
product ensures the flexible supporting of various applications.
Besides, the CMT2310A provides functions such as 128-byte
Tx/Rx FIFO, multiple GPIO and interrupt configurations,
Duty-Cycle mode, LBT(listen before talk), high-precision RSSI,
LBD, power on reset, low-frequency clock output, quick frequency
hopping, squelch, etc., which allows more flexible application
design and gains more product differentiation capability.