PAPER_Engineering – Electrical Engineering

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PAPER_Engineering – Electrical Engineering

2558/2015

  1. Proceedings of the 8th Conference of Electrical Engineering “Forecasting Long Term Behavior of Electricity Price using Gaussian Process and Mean-Reverting Process”[divider]
  2. Proceedings of the 8th Conference of Electrical Engineering “Design and Construction of a Multi-purpose Grill Controlled by Programmable Logic Controller”[divider]
  3. Proceedings of the 8th Conference of Electrical Engineering “Design and Construction Impedance Analyzer using Compact Integrated Circuits”[divider]
  4. Proceedings of the 8th Conference of Electrical Engineering “Design and Construction of a Multi-purpose Grill Controlled by Programmable Logic Controller”[divider]
  5. Proceedings of the 8th Conference of Electrical Engineering Network of Rajamangala University of Technology 2016 [divider]
  6. (EENET 2016) “Prototype Program for Burmese Vocabulary Retrieval on Android Operating System”[divider]
  7. (EENET 2016) “Refrigeration Room Using Thermoelectric Module”[divider]
  8. EENET2016 Innovation and sustainability entrepreneur “Forecasting long term behavior of electricity price using Gaussian process and mean reverting process”[divider]
  9. EENET2016 Innovation and sustainability entrepreneur ” Design and construction of a multi purpose grill controlled by programmable logic controller[divider]
  10. EENET2016 Innovation and sustainability entrepreneur ” Design and construction imedance analyzer using compact integrated circuits “[divider]
  11. Audio signal-controlled supply voltage shifter for the output stage of class AB Amplifier[divider]
  12. IMPROVEMENT OF STEAM INJECTION AT INDUSTRIAL FACTORY IN AUMPHUR MEUNG SAMUT SONGKHRAM PROVINCE
  13. Resident Security System via Mobile Devices

2559/2016

  1. EENET2016 Innovation and sustainability entrepreneur ” Refrigeration room using thermoelectric module “
  2. EENET2016 Innovation and sustainability entrepreneur ” Prototype program for Burmese cocabulary retrieval on Android operating system”
  3. EENET2016 Innovation and sustainability entrepreneur ” Design and construction imedance analyzer using compact integrated circuits “
  4. EENET2016 Innovation and sustainability entrepreneur ” Design and construction of a multi purpose grill controlled by programmable logic controller
  5. EENET2016 Innovation and sustainability entrepreneur “Forecasting long term behavior of electricity price using Gaussian process and mean reverting process”
  6. Proceedings of the 8th Conference of Electrical Engineering Network of Rajamangala University of Technology 2016 (EENET 2016) “Refrigeration Room Using Thermoelectric Module”
  7. Proceedings of the 8th Conference of Electrical Engineering “Design and Construction of a Multi-purpose Grill Controlled by Programmable Logic Controller”
  8. Proceedings of the 8th Conference of Electrical Engineering “Design and Construction Impedance Analyzer using Compact Integrated Circuits”
  9. Proceedings of the 8th Conference of Electrical Engineering “Design and Construction of a Multi-purpose Grill Controlled by Programmable Logic Controller”
  10. Proceedings of the 8th Conference of Electrical Engineering “Forecasting Long Term Behavior of Electricity Price using Gaussian Process and Mean-Reverting Process”

Design and Construction of Liquid Mixer Machine Controlled by Microcontroller

Abstract

This paper presents the design and construction of a liquid mixer machine controlled by microcontroller. It controls four 12-volt solenoid valves via 4-way solenoid valves. There are 4-type liquids to mix together by pressing the switch selector. The LCD display shows the amount of required liquid mixture. When the ingredients are suitable, the liquids will flow into the container. In addition, the four liquid level sensors are also available in the system. The proposed liquid mixer machine has been constructed and tested. The results are shown that the performance of the machine is satisfactory.

Keywords: microcontroller/ liquid/ solenoid valve

* 9th ECTI-CARD 2017, Chiang khan Thailand

Design and Construction of Medicine Cupboard Controlled System for Blindness by Microcontroller

Abstract

This paper presents the design and construction of medicine cupboard controlled system for blindness. Using microcontroller controlled DC motor for open/close medicine cupboards and sound alarm for take medicines by sound recorder when the programmable time comes be true. IC RTC is used for generating real time for controlled the system. The LCD is used for displayed the operating time. When the power system is interrupted. The  Battery 12 V will be instead. This proposed machine is constructed and tested and its performance is demonstrated to be satisfactory.

Keywords : Microcontroller/ Medicine Cupboard for Blindness/ Sound Recorder
* 9th ECTI-CARD 2017, Chiang khan Thailand


2560/2017


1. Prototype of Temperature and Voltage Detection and Notification System in Server Room Case Study: S.K. Polymer Co., Ltd.

Abstract

This paper presents the prototype of temperature and voltage detection and notification system in server room. The case study is at SK Polymer Co., Ltd. The system displays the temperature, humidity, voltage and current values on the LCD display. The results on the windows application are the temperature and status of the AC power failure. The server room is high or low temperatures and/or power failure. Then, the system automatically notifies the phone and e-mail to the server administrator. The system solves the old system used by staff to check only during office hours. However, at the beyond the operating hours, nobody can report the situation to the administrator and it will cause damage to the server. The test results of proposed system are shown that it can be displayed the value of temperature and AC power status on the LCD display and the developed application. The system can be alerted by the phone number and E-mail when some mistakes occur.

Keywords: temperature, voltage, detection

By: Wipavan Narksarp, Nalinrat Witsawakitti, Pakit Suwut, Pipat Tawontong and Anuwat Salubpon
Electrical Engineering, Faculty of Engineering, Siam University
Computer Engineering, Faculty of Engineering, Siam University
Proceedings of the 10th Conference of Electrical Engineering Network 2018 (EENET 2018) / 1-3 May 2018, Ratsuphamit Hotel (R.S. Hotel), Kanchanaburi
Fulltext: http://research-system.siam.edu/2013-12-20-04-26-42/5390-2013-12-20-05-58-311

2. Design and Construction of Seafood Kanomkrog Maker Controlled by Microcontroller

Abstract

This article presents the design and construction of seafood kanomkrog maker controlled by microcontroller. The appropriate amount of seafood kanomkrog mixing flour dropped into each hole of the kanomkrog cooking pan is controlled by microcontroller. Four sets of 13 holes kanomkrog cooking pan are included in this machine. The rotation of kanomkrog cooking pan to facilitate the mixing flour dropping and the return to its initial position are made by a DC motor controlled by microcontroller. The digging out of kanomkrog from each hole of the cooking pan is done manually in order to serve variety of orders to the customers conveniently. This proposed machine is constructed and tested and its performance is demonstrated to be satisfactory.

Keywords : microcontroller, seafood Kanomkrog maker, DC motor

By: Vyapote Supabowornsathian and Santisuk Sawangkla
Electrical Engineering, Faculty of Engineering, Siam University
Proceedings of the 10th Conference of Electrical Engineering Network 2018 (EENET 2018) / 1-3 May 2018, Ratsuphamit Hotel (R.S. Hotel), Kanchanaburi
Fulltext: http://research-system.siam.edu/2013-12-20-04-26-42/5388-2013-12-20-05-58-309

3. Design and Construction of Full Raw Material in Rack Display Controlled by Microcontroller

Abstract

This article presents the design and construction of full raw material in rack display controlled by microcontroller. The display used red LED and green LED size 22 mm. and the sensor of full raw material in rack used ultrasonic sensor. All system is controlled by only one microcontroller. The display one set consists of 10 red LEDs, 10 green LEDs and 10 ultrasonic sensors used for display of full raw material in rack amount 10 stairs. This proposed display is constructed and used in one factory and its performance is demonstrated to be satisfactory.

Keywords: microcontroller, full raw material in rack display, ultrasonic sensor

By: Santisuk Sawangkla and Vyapote Supabowornsathian
Electrical Engineering, Faculty of Engineering, Siam University
Proceedings of the 10th Conference of Electrical Engineering Network 2018 (EENET 2018) / 1-3 May 2018, Ratsuphamit Hotel (R.S. Hotel), Kanchanaburi
Fulltext: http://research-system.siam.edu/2013-12-20-04-26-42/5095-2013-12-20-05-58-289

4. A Design of Divider Circuit by Using Logic Gate

Abstract

This paper presents a design of divider circuit by using logic gate. The used logic gates are simple logic gate such as AND gate, OR gate and D-flipflop. The divider circuit displays with two seven segment units that are the result unit and the fraction unit. By repeated-subtract divider principle brings to a synthesis of real circuit. The designed circuit is tested by simulating with Circuit Wizard program. The simulation result verifies that this designed circuit can work to be divider circuit.

Keywords: divider circuit, logic gate, design

By: Sitiporn Petchakij, Kampree Thiravith
And: Sutikiat Chonlarp, Wijittra Petchakij
Electrical Engineering, Faculty of Engineering, Siam University
Department of physics, Faculty of Science, Siam University
Computer Engineering, Faculty of Engineering, Walailak University
The 14th National Kasetsart University Kamphaeng Saen Conference (KU-KPS) / 7-8 December 2017, Kasetsart University Kamphaeng Saen Campus, Nakhon Pathom
Fulltext: http://www.research-system.siam.edu/2013-12-20-04-26-42/5095-2013-12-20-05-58-289

5. Tunable Gm-C Floating Capacitance Multiplier

Abstract

This paper presents a realization of Gm-C floating capacitance multiplier. It employs MOS transistors as transconductors and only one grounded capacitor. The circuit offers the attractive features of simple configuration, electronically tunable capacitance multiplication factor, low sensitivities to variation of active and passive elements and suitability for integrated circuit implementation. The parasitic effects of the transconductors on the proposed floating capacitance multiplier are investigated. The performance of the proposed circuit is demonstrated on second-order band-pass filter. The PSPICE simulations using TSMC 0.18 µm CMOS process parameter are also given to confirm the theoretical analysis.

Keywords— floating capacitance multiplier; grounded capacitor; transconductor; high-pass filter; band-pass filter

Title: Tunable Gm-C Floating Capacitance Multiplier
Wipavan Narksarp and Yongyuth Naras
Department of Electrical Engineering,
Faculty of Engineering,
Siam University, Siam U
Bangkok, Thailand
E-mail: wipavan.nar@siam.edu,yongyuth.nar@siam.edu
Fulltext: http://research-system.siam.edu/2013-12-20-04-26-42/5631-2013-12-20-05-58-331

6. Fully Active and Minimal Shadow Bandpass Filter

Abstract

A new topology of shadow bandpass filters is presented in this paper. The proposed circuit employs the active building block of three voltage differencing transconductance amplifiers (VDTA) along with two grounded capacitors. This results in an additional attractive feature of being fully active and minimal component-count. Practical realization of the VDTA is also given and employed for circuit verification. PSPICE simulation with model parameters of 0.18 m CMOS technology is included to confirm the filter functionality of the proposed filter.

Keywords—shadow bandpass filter; VDTA; frequency agile filter.
Title: Fully Active and Minimal Shadow Bandpass Filter
1. Seangrawee Buakaew, Department of Electronic Engineering, Faculty of Engineering, King’s Mongkut Institute of Technology Ladkrabang, Bangkok, Thailand.
Seangrawee.to@kmitl.ac.th
2. Wipavan Narksarp, Department of Electrical Engineering, Faculty of Engineering, Siam University, Bangkok, Thailand. wipavan.nar@siam.edu
3. Chariya Wongtaychatham, Department of Electronic Engineering, Faculty of Engineering, King’s Mongkut Institute of Technology Ladkrabang, Bangkok, Thailand.

Fulltext: http://research-system.siam.edu/2013-12-20-04-26-42/5630-2013-12-20-05-58-330

PAPER_Engineering – Electrical Engineering

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