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User Guide 

WiMOD - Demo Board 

 

 

Functional Overview 

DemoBoard_UserGuide.doc, Wireless Solutions, V2.4 

page 5 of 23 

 

2

 

Functional Overview 

The  WiMOD  Demo  Board  provides  several  functional  units  and  can  be  used  to  demonstrate 

and evaluate the different WiMOD radio modules. The desired radio module must be soldered 

on its specific Adapter Board (see chapter 4) which can be plugged on the Demo Board. 

All functional units of the Demo Board are shown in Figure 2-1. These are the power supply unit 

(via  USB  or  battery),  the  user  interfaces  (USB,  led,  button,  buzzer,  potentiometer,  sensor),  the 

expansion  header  (RM connector)  for  the  Adapter  Board,  and  the  I/O connectors.  The  Demo 

Board user interfaces and most pins of the attached radio module are made available via the 

I/O connectors.  Therefore  it  is  possible  to  connect  the  radio  module  to  the  user  interface  by 

using jumpers or connecting cables. Furthermore it is possible to connect 

external target boards, 

sensors or test equipment to these connectors.

 

 

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4

 L

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Potentio-

meter

Battery

(2xAAA)

Programming

Connectors

RM-Connector

for the

Adapter Board

VCC

VCC

LDO

(3V)

Power LED

USB LED

B

u

z

z

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r

Reset

(B4)

VCC 

selection

(S1)

   

 

RM current 

measurement

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JP1

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IO-Connector 1, 2 & 3

 

Figure 2-1: Block Diagram of the Demo Board 

In the following chapters the functional units are described in detail. 

Figure 2-2 represents

 the most 

important  components  and  their  position  on  the 

Demo  Board

.  For  the  schematic  of  the 

Demo 

Board see chapter 5.1. 

 

 

Summary of Contents for WiMOD

Page 1: ...WiMOD Demo Board User Guide Document ID 4100 6404 0012 IMST GmbH Carl Friedrich Gauss Str 2 D 47475 Kamp Lintfort...

Page 2: ...regarding iM200A Updated Chapter 4 with a new version of AB_01 now it supports the iM860A AB_04 is not supported any more Updated Chapter 5 with schematic version 1 1 changed values of R20 to R24 2 0...

Page 3: ...3 User Interface 7 3 CONNECTORS 9 3 1 Radio Module Connector X1and X2 9 3 2 I O Connector X5 X6 and X7 11 3 3 Programming Connector X3 and X4 13 3 4 Power Connector X8 X9 and X10 14 4 ADAPTER BOARD D...

Page 4: ...1 Key Features Basic platform for using and testing the different WiMOD radio modules USB interface for communication with a PC Power supply by USB or battery 3 push buttons and 2 DIP switches 4 LED...

Page 5: ...Demo Board user interfaces and most pins of the attached radio module are made available via the I O connectors Therefore it is possible to connect the radio module to the user interface by using jump...

Page 6: ...r sources and must be switched to the wanted power source In position USB the USB bus voltage together with a voltage regulator 3 V is used In position BAT the battery voltage is used directly LED 6 i...

Page 7: ...tors see chapter 3 2 USB interface for a serial communication LEDs and a buzzer for signal indication Buttons and switches for user interaction Potentiometer as analog input signal Temperature sensor...

Page 8: ...connector to be pulled to GND falling edge while releasing will result in a signal with VCC level Other units of the Demo Board are explained in Table 2 3 They can be connected to the attached radio...

Page 9: ...g interface which is not supported any longer X1 4 T2 6 CS inverted chip select line of the RS232 programming interface which is not supported any longer X1 5 X4 9 MOSI programming line for ISP X1 6 X...

Page 10: ...d to I O connector 3 X2 9 X7 4 Connected to I O connector 3 X2 10 GND X2 11 X7 6 Connected to I O connector 3 X2 12 X7 8 Connected to I O connector 3 X2 13 X7 10 Connected to I O connector 3 X2 14 X7...

Page 11: ...ce by using jumpers or connecting cables Figure 3 1 depicts the pinout of the I O connector Button 3 1 Dip Switch 1 3 Ext Aref 5 Button 1 7 Button 2 9 Poti 11 Buzzer 13 Dip Switch 2 15 LED 1 17 LED 1...

Page 12: ...to X6 1 GND X6 2 GND X6 3 LED 2 X6 4 X2 5 X6 5 LED 3 X6 6 X2 6 X6 7 LED 4 X6 8 X2 7 X6 9 GND X6 10 GND Table 3 4 Pinout of X6 IO connector 2 Pin Nr Connected to Pin Nr Connected to X7 1 Thermostat Ou...

Page 13: ...shows the pinout of X4 Pin Nr Connected to Description X4 1 X1 11 SCK clock line for ISP X4 2 GND X4 3 X1 10 MISO data line for ISP to the programming device X4 4 VCC Reference voltage for the program...

Page 14: ...can be used to connect an external voltage max 3 6V instead of the two batteries For detailed information see the schematic in chapter 5 1 X10 serves as analog reference voltage for the A D converter...

Page 15: ...explains which radio modules are supported AB_03 and AB_04 are not supported any more Adapter Board Supported Radio Modules AB_01 iM201A iM240A iM860A iM170A iM880A iM880B iM881A AB_02 iM820A iM221A...

Page 16: ...3 X1 6 32 X1 7 7 5 Note 1 25 X1 8 1 6 11 16 22 27 30 32 GND 1 3 4 8 12 16 18 19 24 29 33 34 GND 5 15 17 24 28 GND X1 9 2 31 X1 10 4 X1 11 5 26 X1 12 8 13 X1 13 1 6 11 16 22 27 30 32 GND 1 3 4 8 12 16...

Page 17: ...12 16 18 19 24 29 33 34 GND 5 15 17 24 28 GND X2 11 23 14 9 X2 12 26 X2 13 X2 14 X2 15 19 23 19 X2 16 25 13 X2 17 12 X2 18 18 22 18 X2 19 1 6 11 16 22 27 30 32 GND 1 3 4 8 12 16 18 19 24 29 33 34 GND...

Page 18: ...4 SHLD 5 SHLD 6 J1 USB BW Shield VCCIO 1 VCC 19 USB D 15 USB D 14 RESET 18 OSCI 27 OSCO 28 TEST 26 AGND 24 GND 4 GND 17 GND 20 Exposed P a d 0 TxD 30 RxD 2 RTS 32 CTS 8 DTR 31 DSR 6 DCD 7 RI 3 CBUS0 2...

Page 19: ...1 USB BW Shield VCCIO 1 VCC 19 USB D 15 USB D 14 RESET 18 OSCI 27 OSCO 28 TEST 26 AGND 24 GND 4 GND 17 GND 20 Exposed P a d 0 TxD 30 RxD 2 RTS 32 CTS 8 DTR 31 DSR 6 DCD 7 RI 3 CBUS0 22 CBUS1 21 CBUS2...

Page 20: ...ital Input Output GPIO General Purpose Input Output IEEE Institute of Electrical and Electronics Engineers I C Inter Integrated Circuit LDO Low Drop Out voltage regulator MCU Microcontroller Unit PCB...

Page 21: ...3 List of Tables Table 2 1 Connections of the LEDs 7 Table 2 2 Connections of Switches and Buttons 8 Table 2 3 Connections of other Functional Units 8 Table 3 1 Pinout of X1 9 Table 3 2 Pinout of X2...

Page 22: ...s final products It does not fall within the scope of the European Union directives regarding electromagnetic compatibility restricted substances RoHS recycling WEEE FCC CE or UL and therefore may not...

Page 23: ...tems or units in which products from IMST GmbH are integrated with applicable legal regulations Customers should provide adequate design and operating safeguards to minimize the risks associated with...

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