Differences
This shows you the differences between two versions of the page.
| Both sides previous revision Previous revision Next revision | Previous revision Next revision Both sides next revision | ||
|
manual [2020/11/30 18:28] bgfdsuperadmin |
manual [2020/11/30 19:19] bgfdsuperadmin |
||
|---|---|---|---|
| Line 4: | Line 4: | ||
| //Edited by Bluegoldfishdesign 20-Nov-20// | //Edited by Bluegoldfishdesign 20-Nov-20// | ||
| - | {{https:// | + | {{ https:// |
| + | {{ wiki: | ||
| === Product Applications === | === Product Applications === | ||
| * Wireless sensor | * Wireless sensor | ||
| Line 20: | Line 21: | ||
| * 2014/09 version 2.3 Chinese, www.wavesen.com | * 2014/09 version 2.3 Chinese, www.wavesen.com | ||
| * 2016/01 version 2.3B Translated v2.3 online and merged with v1.1 by RR | * 2016/01 version 2.3B Translated v2.3 online and merged with v1.1 by RR | ||
| + | * 2020/11 version 2.3B(BGFD) Edit of v2.3B by Bluegoldfish Design (CJM) | ||
| === Product Features === | === Product Features === | ||
| - | * Long-distance wireless transmission (FU3: 1000m in open space, baud rate | + | * Long-distance wireless transmission (FU3: 1000m in open space, baud rate 5000bps in the air. FU4: 1800m in open space, baud rate 500bps in the air) |
| - | 5000bps in the air. FU4: 1800m in open space, baud rate 500bps in the air) | + | |
| * Working frequency range (433.4-473.0MHz, | * Working frequency range (433.4-473.0MHz, | ||
| * Maximum 100mW (20dBm) transmitting power (8 levels of power can be set) | * Maximum 100mW (20dBm) transmitting power (8 levels of power can be set) | ||
| * Four working modes, adapted to different application situations | * Four working modes, adapted to different application situations | ||
| - | * Built-in MCU performs communication with external device through serial | + | * Built-in MCU performs communication with external device through serial port, no programming or configuration required for basic use |
| - | port, no programming or configuration required for basic use | + | * The number of bytes transmitted continuously is unlimited (FU1 and FU3 modes only) |
| - | * The number of bytes transmitted continuously is unlimited (FU1 and FU3 | + | |
| - | modes only) | + | |
| * Update software version through the serial port | * Update software version through the serial port | ||
| === Product Introduction === | === Product Introduction === | ||
| Line 48: | Line 47: | ||
| an antenna solder eyelet ANT2 on the module, convenient to solder a spring | an antenna solder eyelet ANT2 on the module, convenient to solder a spring | ||
| antenna to. Select one of these antenna options according to usage requirements. | antenna to. Select one of these antenna options according to usage requirements. | ||
| + | |||
| The module has an onboard MCU, eliminating the need for user to program the | The module has an onboard MCU, eliminating the need for user to program the | ||
| radio section separately, with transparent half-duplex serial transmission | radio section separately, with transparent half-duplex serial transmission | ||
| Line 56: | Line 56: | ||
| FU4 in idle state are: 3.6mA, 80uA, 16mA, and 16mA respectively, | FU4 in idle state are: 3.6mA, 80uA, 16mA, and 16mA respectively, | ||
| maximum working current in any mode is 100mA (in the transmitting state). | maximum working current in any mode is 100mA (in the transmitting state). | ||
| - | Product Configuration | + | |
| + | === Product Configuration | ||
| Standard configuration of the HC-12 module only contains one 433MHz-frequencyband | Standard configuration of the HC-12 module only contains one 433MHz-frequencyband | ||
| wireless communication module with IPEX20279-001E-03 standard RF socket. | wireless communication module with IPEX20279-001E-03 standard RF socket. | ||
| Line 63: | Line 64: | ||
| with BNC connector base. The user can purchase these according to their | with BNC connector base. The user can purchase these according to their | ||
| application requirements. | application requirements. | ||
| - | Technical Details | + | |
| + | === Technical Details | ||
| The HC-12 module uses a Silicon Labs Si4463 to provide the RF communications | The HC-12 module uses a Silicon Labs Si4463 to provide the RF communications | ||
| link. This is a high performance, | link. This is a high performance, | ||
| Line 73: | Line 75: | ||
| be aware of the RF link. Serial port and transceiver configurations are held in | be aware of the RF link. Serial port and transceiver configurations are held in | ||
| onboard non-volatile flash memory. | onboard non-volatile flash memory. | ||
| - | Product Dimensions | + | |
| + | === Product Dimensions | ||
| + | {{ wiki: | ||
| Definition of Pins | Definition of Pins | ||
| The HC-12 module can be patch soldered, or have a 2.54mm-spacing pin header | The HC-12 module can be patch soldered, or have a 2.54mm-spacing pin header | ||