Mikroelektronika MikroE Development Kits MIKROE-465 Data Sheet
Product codes
MIKROE-465
14
PICPLC16 v6 Development System
PICPLC16 v6 Development System
MikroElektronika
page
9.0. GSM Connector
9.0. GSM Connector
Owing to a built-in connector for GSM module, the PICPLC16 v6 development system is capable of communicating with the outside
world using GSM network. A GM862-QUAD GSM module from Telit can be ordered with the development system. This module
features a slot for placing a SIM card as well as a connector for external antenna. For the GSM module to be connected to the
microcontroller, it is necessary to set switches 3-8 on the DIP switch SW11 to the ON position.
world using GSM network. A GM862-QUAD GSM module from Telit can be ordered with the development system. This module
features a slot for placing a SIM card as well as a connector for external antenna. For the GSM module to be connected to the
microcontroller, it is necessary to set switches 3-8 on the DIP switch SW11 to the ON position.
Figure 9-1: GSM connector
Figure 9-2: GSM module
Figure 9-5: Microcontroller and GSM connector connection schematic
GSM module is connected to the microcontroller via DIP switch SW11
Figure 9-4: GSM module with antenna
In case that the GSM module is employed for
the audio communication, it is necessary to plug
in a speaker and a microphone into appropriate
connectors, as shown in Figure 9-3. In addition to
the audio signal transmission, the GSM module
can be used for sending data in accordance with
the GPRS standard used in mobile applications.
the audio communication, it is necessary to plug
in a speaker and a microphone into appropriate
connectors, as shown in Figure 9-3. In addition to
the audio signal transmission, the GSM module
can be used for sending data in accordance with
the GPRS standard used in mobile applications.
Figure 9-3: Audio connectors