CC2530 ZigBee Development Board Development Board Development Board 2530

CC2530 ZigBee Development Board Development Board Development Board 2530

Products:
   The development platform supports CC2530, CC2531 ZigBee application development, but not limited to this. Using RF module adapter board, users can also evaluate, develop, demonstrate, and other types of CC1110 RF products. The company designed and manufactured a variety of RF modules can be demonstrated on the platform to develop.
 → open the package, the user can use it to test the RF module transmission distance.
 → Dual independent serial ports support
 → onboard light sensors, temperature sensors
 → user can be easily extended custom peripherals

Feature Overview:
 → 160 × 100 dot matrix LCD, an additional area code segment for wireless design.
 → 5 to the key (Joystick navigation key), easy to operate to save IO.
 → two-port, DB9 female, RS-232 level, send and receive light.
 → digital temperature sensor DS18B20 , 1-Wire bus interface.
 → photosensitive resistor, potentiometer.
 → User LED (red, green, blue, yellow).
 → support for CC2530, 2531 series RF card.
 → support user-defined peripheral expansion.
 → jumper to disconnect the onboard peripherals.
 → RF module power reserved for test points.
 → 2M-board serial Flash, supports over the air.
 → 5 kinds of power supply methods to improve power system, can easily supply all kinds of occasions.

Hardware Description:
  Hardware resources include: user-defined peripheral slots, jumpers, RF modules (socket), man-machine interfaces, sensors, serial and power supplies.
 
SmartRF05EB block diagram
  As shown in Figure 1, Soc Debuger for the emulator socket used to connect the emulator (CC Debugger) and the development board. Customized peripherals for the user-defined peripheral expansion slots, a total of 4 rows, these slots and radio frequency modules directly connected. When the custom peripherals and on-board resources, when both occupy the same GPIO, through the jumper JP6 (Jumpers) onboard peripherals will be disconnected.
  In addition, UART1 (with RTS, CTS flow control) and four signal lines and signal lines of LCD 4 multiplexing. By default, P14, P15, P16, P17 connected to the LCD, if the user needs to use both application UART, you can set the jumper to "UART1" position.
  Geometric development board assembly is shown below:

Geometric assembly drawings
CC Debugger
CC2530 module

Product list:
1, SmartRF05 motherboard 2;
2, CC Debugger Simulator 2;
3, CC2530 module 2;
4, USB cable 2;
5, serial extension cable 2;
6, 10 pin flat cable 2;
7, power adapter, 2;
8, CD 1; (CD-ROM content: ZigBee2007pro protocol stack source code, sample applications, integrated development environment and related development software, and schematics, manuals, etc..)