Microduino-smartRF - 版本历史

2014年8月4日 (一) 13:36 Jasonsheng

2014-08-04T13:36:28Z

Pkj：/* Application */

2014-07-22T02:18:04Z

‎Application

Pkj：/* Application */

2014-07-21T10:11:32Z

‎Application

Pkj：/* Specification */

2014-07-21T09:57:24Z

‎Specification

Pkj：/* Features */

2014-07-21T09:53:31Z

‎Features

Pkj：/* Development */

2014-07-02T05:34:30Z

‎Development

Jasonsheng：Created page with "{{Language|Microduino-smartRF}} {| style="width: 800px;" |- | Microduino-smartRF Microduino smartRF uses the latest high..."

2014-04-11T05:04:06Z

Created page with "{{Language|Microduino-smartRF}} {| style="width: 800px;" |- | 400px|thumb|right|Microduino-smartRF Microduino smartRF uses the latest high..."

新页面

{{Language|Microduino-smartRF}}
{| style="width: 800px;"
|-
|
[[File:Microduino smartRF-rect.jpg|400px|thumb|right|Microduino-smartRF]]
Microduino smartRF uses the latest high-performance CC1101 wireless communication chip, which can be widely applied to various short distance wireless communication field

==Features==
*Highest working rate at 500KBPS, supports 2-FSK, GFSK and MSK modulation;
*Modify baud rate, power, frequency and other related parameters by software;
*High sensitivity (Under 1.2KBPS - 110dDm, 0.1% packet error rate);
*Low power consumption (1.2 KBaud,433 MHZ RX is 15 ma);
*Built-in hardware CRC error detection and control point to multipoint communication address;
*Programmable control output power, the maximum output power is +10dBM;
*Wireless wake up function, support low power electromagnetic wave activation function;

==Specification==
*Low working voltage: 1.9 ~ 3.6V;
*Support 315/433/868/915MHZ ISM frequency band;
*Support 2-FSK、GFSK and MSK modulation；
*Lowest working rate is 1.2 KBPS, up to 500 KBPS;
*Separate 64 byte RX and TX FIFO buffer;
*125 optional channel work, meet the requirements of multipoint communication and frequency hopping communication;
*Support RSSI strong and weak signal detection and carrier listening function;

*Pin description：
{|class="wikitable"
! rowspan="1" |SMARTRF Pin ||Microduino Pin || Function
|-
| INT || D2|| General output port
|-
| SCK ||D13 || SPI bus clock
|-
| S0 ||D12 || Data output port
|-
| SI ||D11|| Data input port
|-
| SS ||D10|| SPI interface，select chip

|}

[[file:Micrduino-smartRF.jpg|800px|thumb|center|Microduino-smartRF]]

==Document==
Eagle PCB download：
Main chips
*Chip：'''[[File:CC1101.pdf]]'''

==Development==
Application library downlaod:
http://code.google.com/p/panstamp/downloads/list

Test program download：
https://github.com/Microduino/Microduino_Tutorials/tree/master/Microduino_Texting/Microduino_SMARTRF

==Application==
You can download the test program that Microduino supplied, and use the Microduino-OLED module to test Microduino-smartRF.

*Prepared Hardware：Microduino FT232R, Microduino Core and Microduino-smartRF;
*Prepared Software：Microduino's test program (Arduino), Arduino IDE (upper to 1.0 release);
*Two Microduino cores use the Microduino-smartRF to communicate, master machine sends the running time to slave machine and use the OLED to display;
**ceshi_SMARTRF_T is the master machine send program, ceshi_SMARTRF_R is the slave machine receive program.
**Master machine needs Microduino Core and Microduino-smartRF module; Slave machine needs Microduino Core, Microduino-smartRF and MIcroduino-OLED. Microduino FT232R use to download program.
**Use the IDE to open the test program and download to master and slave machine respectively.
**After download, OLED will display "Rec. pack #xx", ”xx” is the time that receives from master machine;
**Restart master machine, timing starts from zero, slave machine's data also updates at the same time.

==Bug==

==History==

==Picture==

==Front==
[[file:Microduino-smartRF-F.JPG|thumb|600px|center|Microduino-smartRF Front]]
==Back==
[[file:MicroduinosmartRF1-b.JPG|thumb|600px|center|Microduino-smartRF Back]]
==Video==
|}

@@ 第67行： / 第67行： @@
 **Restart the host machine and start timing from zero, the data of the auxiliary machine will be also updated at the same time.
-==Bug==
+==FQA==
 ==History==

@@ 第60行： / 第60行： @@
 *Prepared Software：Microduino's test program (Arduino), Arduino IDE (upper to 1.0 release);
 *Two Microduino-Core modules
-By Microduino-smartRF communication test, the master machine sends the running time to slave machine, which will be displayed on the OLED ;
+By Microduino-smartRF communication test, the host machine sends the runtime to the auxiliary machine, which will be displayed on the OLED ;
-**ceshi_SMARTRF_T is the master machine send program, ceshi_SMARTRF_R is the slave machine receive program.
+**ceshi_SMARTRF_T is the program sent by the host machin and ceshi_SMARTRF_R is the program sent by the auxiliary machine.
-**Master machine needs Microduino Core and Microduino-smartRF module; Slave machine needs Microduino Core, Microduino-smartRF and MIcroduino-OLED. Microduino FT232R use to download program.
+**The host machine needs Microduino-Core and Microduino-smartRF modules and the auxiliary machine needs Microduino-Core, Microduino-smartRF and MIcroduino-OLED as well as Microduino FT232R used to download program.
-**Use the IDE to open the test program and download to master and slave machine respectively.
+**Use the IDE to open the test program and then upload the program to the host and auxiliary machine respectively.
-**After download, OLED will display "Rec. pack #xx", ”xx” is the time that receives from master machine;
+**After the upload, "Rec. pack #xx" will be displayed on OlED, and ”xx” is the time that is sent from the host machine;
-**Restart master machine, timing starts from zero, slave machine's data also updates at the same time.
+**Restart the host machine and start timing from zero, the data of the auxiliary machine will be also updated at the same time.
 ==Bug==

@@ 第55行： / 第55行： @@
 ==Application==
-You can download the test program that Microduino supplied, and use the Microduino-OLED module to test Microduino-smartRF.
+You can download the test program that Microduino offers, and use the Microduino-OLED module to test Microduino-smartRF.
 *Prepared Hardware：Microduino FT232R, Microduino Core and Microduino-smartRF;
 *Prepared Software：Microduino's test program (Arduino), Arduino IDE (upper to 1.0 release);
-*Two Microduino cores use the Microduino-smartRF to communicate, master machine sends the running time to slave machine and use the OLED to display;
+*Two Microduino-Core modules
 **ceshi_SMARTRF_T is the master machine send program, ceshi_SMARTRF_R is the slave machine receive program.
 **Master machine needs Microduino Core and Microduino-smartRF module; Slave machine needs Microduino Core, Microduino-smartRF and MIcroduino-OLED. Microduino FT232R use to download program.

@@ 第21行： / 第21行： @@
 *Lowest working rate is 1.2 KBPS, up to 500 KBPS;
 *Separate 64 byte RX and TX FIFO buffer;
-*125 optional channel work, meet the requirements of multipoint communication and frequency hopping communication;
+*Capable of meeting the requirements of multipoint communication and frequency hopping communication with 125 optional work channels;
 *Support RSSI strong and weak signal detection and carrier listening function;

@@ 第7行： / 第7行： @@
 ==Features==
-*Highest working rate at 500KBPS, supports 2-FSK, GFSK and MSK modulation;
+*With highest working rate at 500KBPS, it supports 2-FSK, GFSK and MSK modulation;
-*Modify baud rate, power, frequency and other related parameters by software;
+*Capable of modifying baud rate, power, frequency and other related parameters by software;
 *High sensitivity (Under 1.2KBPS - 110dDm, 0.1% packet error rate);
 *Low power consumption (1.2 KBaud,433 MHZ RX is 15 ma);
-*Built-in hardware CRC error detection and control point to multipoint communication address;
+*Built-in hardware CRC error detection and point-to-multipoint communication address control;
-*Programmable control output power, the maximum output power is +10dBM;
+*With programmable and controllable power output，the maximum power is +10dBM;
-*Wireless wake up function, support low power electromagnetic wave activation function;
+*It owns wireless wake up function and supports low power electromagnetic wave activation function;
 ==Specification==

@@ 第49行： / 第49行： @@
 ==Development==
 Application library downlaod:
-http://code.google.com/p/panstamp/downloads/list
+https://github.com/Microduino/Microduino_Tutorials/tree/master/Microduino_Libraries/_03_Microduino_SmartRF_CC1101
 Test program download：