CMT2300A
CMT2300A is Ultra Low Power Sub-1GHz RF Transceiver manufactured by CMOSTEK.
Features
So CApplication
- Frequency range: 127 ~1020 MHz
- Modem: OOK, (G)FSK and (G)MSK
- Data rate: 0.5 ~ 300 kbps
- Sensitivity:
- 121 d Bm 2.0 kbps, FRF = 433.92 MHz
-111 d Bm 50 kbps, FRF = 433.92 MHz
- Voltage range: 1.8 ~3.6 V
- Transmit current: 23 m A @ 13 d Bm, 433.92 MHz, FSK
72 m A @ 20 d Bm, 433.92 MHz, FSK
- Rx current:8.5 m A @ 433.92 MHz, FSK (High power mode)
7.2 m A @ 433.92 MHz, FSK (Low power mode)
- Super-low Power receive mode
- Sleep current: 300 n A, Duty Cycle = OFF
800 n A, Duty Cycle = ON
- Receiver features
:
- Fast and stable automatic frequency control (AFC)
- 3 types of clock data recovery system (CDR)
- Fast and accurate signal detection (PJD)
- 4-wire SPI interface
- Direct and packet mode supported
- Configurable packet handler and 64-Byte FIFO.
- NRZ, Manchester codec, Whitening codec, Forward Error Correction (FEC)
- Automatic meter reading
- Home security and building automation
- ISM band data munication
- Industrial monitoring and control
- Remote control and security system
- Remote key entry
- Wireless sensor node
- Tag reader
Ordering Information
Model
Frequency Package MOQ
CMT2300A-EQR 433.92 MHz QFN16 3,000 pcs
Please see Table 23 for more ordering details.
Description
CMT2300A is an ultra-low power, high performance, OOK (G) FSK RF transceiver suitable for a variety of 140 to 1020 MHz wireless applications. It is part of the CMOSTEK Next Gen RFTM RF product line. The product line contains the plete transmitters, receivers and transceivers. The high integration of CMT2300A simplifies the peripheral materials required in the system design. Up to +20 d Bm Tx Power and -121 d Bm sensitivity optimize the performance of the application. It supports a variety of packet formats and codec methods to meet the needs of various different applications. In addition, CMT2300A also supports 64-byte Tx/Rx FIFO, GPIO and interrupt configuration, Duty-Cycle operation mode, channel sensing, high-precision RSSI, low-voltage detection, power-on...