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Wireless Embedded System, BT-3000 was developed to educate wireless control and embedded
technology. It's distinguished technology compared to wired embedded system is wireless control using Bluetooth protocol. Wireless embedded technology will be used in application of Home networking,
Ubiquitous sensor networking, Telemetric, Industrial control in near future.
Through experiment using BT-3000 students learn hardware design and wireless communication
protocol easily. Hardware design includes Controller and modules and software design includes
Bluetooth communication protocol . |
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- Embedded educational system by GUI control
- Experiment of concentrated wireless embedded system using application module
- General education to industrial embedded system
- Software and Hardware training to each module
- Experiment of Embedded programming using controller
- Detail experiment using thirteen modules
- Experiment of communication protocol Programming
- Manufacturing of sensor hardware module |
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| RF Specifications |
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| Chipset Maker |
CSR Core Chip Set (AirLogic Module) |
| Chipset Specification |
Bluetooth Ver1.1 or 1.2 |
| Range |
10 [m], 100 [m] (Class2, Class1) |
| Interface |
Teflon |
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| Sensor Specifications |
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| Sensor
Type |
Temperature Sensor
(2 Types) |
Temp. Measurement
(SMD Type, Semiconductor Type) |
-40 [¡É] ~ 120 [¡É] |
Infrared Sensor
(2 Types) |
Transmit/Receive Type
Detection Type |
5 ~ 20 [ § ], about 3 [m] |
| Touch Sensor |
Application to Security |
Response immediately |
| Ultrasonic Sensor |
Application to Security |
About 10 [m] |
| Gas Sensor |
Application to Home Automation |
CO2 or Alcohol |
| Humidity Sensor |
Application to Home Automation |
0 ~ 100 [%] |
| Pressure Sensor |
Application to Security |
10 [psi] |
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| Controller Specification |
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| Chipset Maker |
PIC16F877 or F74 |
| Speed |
4 [MHz] ~ 20 [MHz] |
| Interface |
UART, IIC, SPI |
| Functions |
interrupt, A/D Converter, Timer |
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1) Basic experiments of Wireless Embedded
- Experiment of Inquiry to the equipments in around
- Experiment of Data mode connection
- Experiment of Voice mode connection
2) Remote Motor control
3) Remote power control
4) Remote sensor control
5) Experiment of Simulation for Wireless Application |
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Part I Introduction to Wireless Embedded System (BT-3000)
Chapter 1 Introduction to Wireless Embedded System (BT-3000)
Chapter 2 Understanding of the PIC Microcontroller
Chapter 3 Installation of server program and understanding it's operational principal
Chapter 4 Understanding of the Bluetooth
Part II Experiment of basic wireless
Chapter 5 Experiment of Inquiry Response to the wireless equipments
Chapter 6 Experiment of Connection to the wireless equipments
Chapter 7 Experiment of Wireless Data/Voice Communication
Chapter 8 Experiment of the Disconnection to the wireless equipments
Part III Experiment of Wireless Application
Chapter 9 Experiment of remote DC/Step-motor control
Chapter 10 Experiment of remote Power/Current control
Chapter 11 Experiment of remote control to the Temperature sensor
Chapter 12 Experiment of remote control to the Infrared sensor
Chapter 13 Experiment of remote control to the Touch sensor
Chapter 14 Experiment of remote control to the Ultrasonic wave sensor
Chapter 15 Experiment of remote control to the Gas sensor
Chapter 16 Experiment of remote control to the Humidity sensor
Chapter 17 Experiment of remote control to the Pressure sensor |
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1) Server Package (BT-3000MS)
- Server hardware 1 [EA]
- Server program CD 1 [EA]
- Bluetooth module 1 [EA]
- Antenna 1 [EA]
- USB cable 1 [EA]
- UART cable 1 [EA]
- SPI cable 1 [EA]
- Textbook 1 [EA]
- User manual 1 [EA]
- Power adaptor(9 [V] 1 [A], 50/60 [Hz]) 1 [EA]
- Carriage & Storage bag 1 [EA] |
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2) Motor Control Experiment Package (BT-3000MC)
- Slaver Hardware 1 [EA]
- DC Motor experiment module 1 [EA]
- Step Motor Exp. module 1 [EA]
- Controller module 1 [EA]
- Antenna 1 [EA]
- PIC16F877 2 [EA]
- DC Motor 1 [EA]
- Step Motor 1 [EA]
- Power Adaptor(9 [V] 1 [A], 50/60 [Hz]) 1 [EA]
- Carriage & Storage Bag 1 [EA]
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3) Power Control Experiment Package (BT-3000PC)
- Slaver Hardware 1 [EA]
- Power control module 1 [EA]
- Power control module 1 [EA]
- Controller module 1 [EA]
- Antenna 1 [EA]
- PIC16F877 2 [EA]
- Power Adaptor(9 [V] 1 [A], 50/60 [Hz]) 1 [EA]
- Carriage & Storage Bag 1 [EA] |
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4) Sensor Control Experiment Package (BT-3000SC)
- Slave hardware 1 [EA]
-Temperature sensing control module1 1 [EA]
-Temperature sensing control module2 1 [EA]
- Infrared sensor control module 1 [EA]
- Touch sensor control module 1 [EA]
- Supersonic control module 1 [EA]
- Gas sensor control module 1 [EA]
- Pressure sensor control module 1 [EA]
- Humidity sensor control module 1 [EA]
. Controller module 1 [EA]
- Antenna 1 [EA]
- PIC16F877 9 [EA]
- DC motor 1 [EA]
- Step motor 1 [EA]
- Power Adaptor(9 [V] 1 [A], 50/60 [Hz]) 1 [EA]
- Carriage & Storage Bag 1 [EA]
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< System Components > |
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| ¢Æ Knowledge can be acquired after experiment |
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1) Understanding of Controller (PIC16XXX)
2) Technology of RS-232C control and Hardware design
3) Understanding of wireless communication and basic design technology
4) Understanding of wireless communication Protocol
5) Design technology of wireless Data communication module
6) Design technology of wireless Voice communication module
7) Design technology of Motor control (DC motor & STEP motor)
8) Understanding of sensor operation and acquire it's control & design technology
9) Design technology of power control module
10) Design technology of control algorithm |
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1) Home networking
2) Ubiquitous Sensor Network
3) Control & Measurement
4) Medical science & Engineering
5) Automobile
6) Wireless control of the Industrial equipment
7) Traffic control system
8) Many devices can operate from wired to wireless terminal in data & voice communication |
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