SRW***2 Summary:
SRW***2 highly integrated, low cost TRx module which was covered from **0MHz to **0MHz ISM band. The extremely low receive sensitivity couple with industry leading **0dBm output power ensures the extended range and improved link performance. Lowest BOM cost
And smallest PCB size *0mm× *0mm. The module comply with RoHS standard, temperature range, it was also integrated wakeup timer, temperature sensor, FIFO, power-on- reset, GPIOs, high-performance ADC and DSP based modem. The modem performs demodulation, filtering, packet handling for increasing flexibility and performance which could make the design simplest and allow couple with the lower-end MCUs. We supply the RF design so that the customer could use it simply. It is not necessary for the customer to debug the module when they use it.
Features:

1· Frequency Range: ******0MHz
2· Sensitivity: ***1dBm
3· Maximum Output Power: **0 dBm
4· Current Consumption: *8.5mA(Rx); *@********************ata Rate: 0.******6kbps
6. Support FIFO mode, Direct Mode and PN9 mode
7· 1.**3.6 V, 5.**7.5V supply power
8· Ultra low power shutdown mode
9· RSSI
*0· Wake-on-Radio
*1· AFC
*2· Configurable packet structure
*3· Preamble detector
*4· TX and Rx *4bits FIFOs
*5· Low battery detector
*6· Temperature sensor and *-bits ADC
*7· Temperature range:
*8· Integrated voltage regulators
*9· Frequency hopping capability
*0· FSK, GFSK and OOK modulation
*1· Low cost
*2· Power-on-reset
*3· SPI Interface

The module communicates with the external MCUs via the standard *-wire SPI (NSEL, SCLK, SDI and SDO). Through SPI, the MCUs write/read the content of register to/out of the module. A SPI transaction is a **-bits sequence, MSB is the symbol of write and read (read"0", write"1"), followed by a *-bits address field, and then *-bits data field. The following graphic is the SPI timing; The detailed infos please refer to the datasheet.
Besides the byte read/write mode, the SPI interface contains a burst read/write mode which allows for reading/writing sequential registers without having to re-send the SPI address. You can refer to the datasheet for the burst mode timing.
You can use the SPI peripheral of the MCU to communicate with the RF module. If the MCU you use do not has SPI peripheral, you can also use the I/O ports of the MCU to simulate the SPI protocol and use them to communicate with the RF module. At this time, only 4 I/OS are used. So you can choose the cheapest MCU to design your product with our RF module.
Applications:
SRW***2 focus on short range wireless applications. Such as:
Remote Control
Home Security and alarm
Telemetry
Personal data logging
Toy control
Tire pressure monitoring
Wireless PC peripherals
Remote meter reading
Remote keyless entry
Home automation
Industry control
Sensor networks
Health monitors
Tag readers
Items come with the special antenna
Documents:
Click to download the detail summary
Click to download Zip File: Tools, datasheet, sample code, spec, apps. Note 0