mock minutes of meeting

APPLE SERVICES SDN. BHD. Minutes Of The Second Department Meeting Of Apple Services Marketing Sdn. Bhd. Held On Wedneday, 23 November 2011-11-23 At 9.00 a.m. In The Meeting Room 1, Apple Services Sdn. Bhd. Headquarters, Sungai Besi, Selangor Darul Ekhsan.
Present : Mrs Siti Noratika binti Othman - Chairperson CEO Apple Services Sdn.Bhd. Ms. Nur Husyani binti Mohd Hussein – Excutive of Advertisement Department Ms. Ernifarha binti Ab Rahim – Executive of Finance Department (treasurer) Ms. Anis Syazwani binti Abdul Halim – Secretary of Marketing Deparment Mrs.Murnie Shakilla binti Shidan – Executive of Creativity Deparment Absent : -
1.Chairperson’s Address The chairperson called the meeting to order at 9.10 a.m. and welcomed all members.	Action
2. Apologies For Absent. There were no apologies for absent. All members attended the meeting.
3. Minutes of previous meeting. There is no minutes of previous meeting because this is our first meeting.	Ms. Anis Syazwani binti Abd Halim
4. Matters arising out of the Last Minutes Ms. Nur Husyani binti Mohd Hussein asked Mrs.Murnie Shakilla binti Shidan if the location of the office is decided or not. Mrs.Murnie Shakilla binti Shidan then inform the members that the location of the office is in Jakarta. Then ms. Ernifarha binti abdul Rahim informed that the budget for the new branch office is estimated around RM1.5 millions.
5.Correspondence The  secretary informed the committee that she had received a letter of suggestion from Surabaya Agencies to open a new branch that can only fully perform by its own. The members agreed to accept the suggestion. It was agreed that Ms. Nur Husyani bt Mohd Hussin would respond to the suggestion from the Surabaya Agencies  and be in charge of organising the trip to Jakarta to observe the location.	Ms. Nur  Husyani binti mohd Hussein
6. Reports The treasurer presented the latest report on the company’s financial standing. Raw material
7. Special Business The chairperson informed the members that as the company would be holding a new branch in Jakarta as before because our present company there is  just represented through an agency for many years. There were three important items should be discussed in the meeting. The first item under Special Business was the resident or expatriate. Ms Anis Syazwani bt Abdul Halim proposed, seconded by Ms. ErniFarha bt Ab. Rahim that the residents there consists of local and not many of foreigners. So it is the location to build up a company so that the local people can work as a team with the foreigner in the company. As the market in Indonesia is growing, it is the most suitable time to start up company and possibly can increase the job vacancies for the local people as well as the expatriate. Next, the staffing needs will consists of both Malaysian and Indonesian people. As we were build up a company there, so that there are some positions in the company would be filled by the Indonesians.
8. Any Other Business Ms. Nur Husyani bt Mohd Hussin informed that around December 2011 we would send a representative to discuss with the agencies about this project. Then the members agreed to precede the project to next phase. Mrs. Murnie Shakilla bt Shidan mentioned that February 2012 is the right time to start the construction of the company. Later the chairperson suggested that all members think about the proper name of the new company. It will be discuss on the meeting. Ms. Nur Husyani bt Mohd Hussin and Ms Anis Syazwani bt Abdul Halim agreed to find the details about the information of timing to start the project.
9. Date, Time and Venue of the Next Meeting Due to many activities that would be held, the secretary would send out the notice closer to the date the meeting.	Ms. Anis Syazwani bt Abdul Halim
10. Close The Chairperson thanked all members for their participation during the meeting and adjourned the meeting at 9.45 a.m.
....................................................                                         25 November 2011 Signed by Mrs. Siti Noratika binti Othman Chairperson ................................................. Recorded by Ms Anis Syazwani bt Abdul Halim Secretary

MOCK RESUME

RESUME

MURNIE SHAKILLA BINTI SHIDAN

R314, Batu Tiga, Parit,

34299 Parit Buntar,

Seberang Samutra,
Jakarta.

24 years old

013-4249999

Kicapsedap91@gmail.com

Education

2007-2011 : Obtained degree in Electrical Engineering (power industry) with honour from                            

                    Technical University of  Malacca (UTeM).

                    Related courses taken: Electrical Circuit    I and II, Circuit Analysis, Linear system,

                    Digital Electronics, Microprocessor, Control & Instrumention, Electronic Devices,  

                    Electromagnetic Theory, Linear Algebra, Engineering Mathematics, Power                   

                    Generation & Transmission, Power System Analysis.

2006-2007:  Kedah matriculation collage,Malaysia (KMK) in Science Physical.

2001-2006 : Sijil Pelajaran Malaysia, Sekolah Menengah Seri Perak, Perak in pure science.

Skills

·         Capable to using microsoft office and microsoft project

·         Capable to using Auto cad

·          

Language	Writing	Speaking
Bahasa melayu	Fluently	Fluently
English	Fluently	Intermediate

Experience

2010 :  Practical training with TNB Parit Buntar, Perak. Duties:generate power system.

2009 :  Engineering Practice at Universiti Teknikal Malaysia  Melaka.

      

Extracurircular activities

·         Active in Kor Sukarelawan siswa siswi (KOR SUKSIS)

·         Treasury of JAKSIS (Jawatankuasa Kolej Kediaman Bunga Raya) hostel in UTeM.

·         Active in outdoor activities such

·         Assistant Deputy Library Prefect  SMK Seri Perak.

·         Chess player  for Perak from SMK Seri Perak.

·         Collage game (rugby and futsal) in KMK

·         Physic  Facilitator, KMK

·         Facilitator in Programme Psychoacademic mathematics KMK

Interest

Cycling, travelling, doing outdoor activities

References

En. Azhar Bin Ahmad

Academic Advisor

Technical University of Malaysia Malacca,

Hang Tuah Jaya, 76100 Durian Tunggal, Malacca.

               

assngment electric circuit (ALARM)

    UNIVERSITI TEKNIKAL MALAYSIA MELAKA

FACULTY OF ELECTRICAL ENGINEERING

ASSIGNMENT

ELECTRIC CIRCUIT II

BEKU 2233

GROUP MEMBERS

SITI SYAHIRAH ABDUL MUTALIB                                B011010410

MURNIE SHAKILLA SHIDAN                                         B011010209

ERNIFARHA ABDUL RAHIM                                           B011010320

CHERISTINA ANAK LILY                                                B011010314

PREPARED FOR

DR. GAN CHIN KIM

SUBMISSION DATE

16^th December 2011

Abstract

The silicon-controlled switch as known as SCS is one of the family of four-layer pnpn device other than silicon-controlled rectifier, SCR, gate turn-off switch, GTO and many more. The purpose of this report done is to review the principle of operation of this silicon-controlled switch (SCS) in one of its application that is alarm circuit. Other than that, simulation using Microsim Psipce is done to prove that the operation of the circuit is same as theoretical acknowledgement. Basically, SCS is similar to the SCR in construction with the exception being the SCS has two gates. It can be turned off by either terminal.  Normally the SCR is available in power rating slower than SCR and has faster switching time than SCR. Either gate could fire the SCS and it is also can be turned on with negative pulse in anode gate. To turn it off, a positive pulse would be applied to anode gate or by applying positive pulse to cathode gate.This alarm circuit was built with the SCS taken as the main experimental component in its application. Others component that are used to build this circuit connection are voltage supply of 12 V, the resistive load, R, variable resistance, R, inductor load, L, diode, D and a switch to control the ON and OFF of the circuit. The RS in this circuit is represented as R3 which is represents a temperature, light or radiation resistor, that is an element whose resistance will decrease with the application of the three energy source listed. As the rate effect occurred that caused by stray capacitance levels between gates, the 100 kΩ resistor is included to overcome this problem. The results gained also proved the sufficient base current would turn the SCS on with the application of a high frequency transient.

Background

  An alarm gives a warning signal to let people know that something has happened.  The most common form of alarm is likely to see is a burglar alarm on a house or other building. If the building is broken into, the burglar alarm gives a warning sound.  A modern alarm is an electronic system that can have many other uses.  For example, it can also warn of fire or high voltage levels. There is a difference between an alarm and a sensor system. Alarms continue to indicate that something has happened even if the cause stops.  e.g. A burglar opens a door and sets off an alarm.  Even if he closes the door the alarm continues. An electronic system that can continue to indicate that something has happened after the event has finished is known as a latch.

       In this alarm circuit there is R3 represent a temperature-, light-, or radiation-sensitive resistor, that is, an element whose resistance will decrease with the application of any of the three energy sources list above. The cathode gate potential is the determined by the divider relationship established by R3 and the variable resistor. However, if R3 decreases, the potential of the junction will increase until the SCS is forward-biased, causing the SCS to turn on and energize the alarm relay.

       SCS is silicon-controlled switch as shown below. They are a four layer pnpn device. The higher the anode gate current, the lower is the required anode-to-cathode voltage to turn the device on.

The 100kΩ resistor is included to reduce the possibility of an accidental triggering of the device through a phenomenon known as the rate effect. It is caused by the stray capacitance levels between gates. A high frequency transient can establish sufficient base current to turn the SCS on accidentally. The device is on or off by pressing the switch button, which open the conduction path of the SCS and reduce the anode current zero.       

Figure 1: alarm circuit

Methodology

Component	Quantity
Voltage supply 12V	1
Resistive load, R	2
Variable resistance, R	1
Inductive load, L	1
Diode, D	1
Switch	1

Figure 1

In this assignment, we use MicroSim Pspice software to simulate the alarm circuit diagram. First, the components were placed as depicted in Figure 1 above. Then, the values of each component were set as the following below:

     R₁= 100k ohm.

     R₃ = 1k ohm

     R₅ = 2k ohm

     L₁ = 0.67H

After that, we were set voltage supply to 12V. Finally, we run the schematics.

Results

Figure 2

Based on the simulation, the results that we get are:

Table 2

Component	Voltage(V)	Current (A)
R1	0	0
R3	0	0
R5	12	259.87
L1	-2.859	259.87
D1	-2.859	0

Discussions

Based on the simulation that is done, silicon-controlled switch, SCS has been applied in the alarm circuit. R₃ represents a temperature-, light- or radiation-sensitive resistor, that is, an element whose resistance will decrease with the application of any of the three energy sources listed above. The cathode gate potential is determined by the divider relationship established by R_S and the variable resistor. Note that the gate potential is at approximately 0V if R₃ equals the value set by the variable resistor since both resistors will have 12V across them. However, if R₃ decreases, the potential of the junction will increase until SCS is forward-biased, causing the SCS to turn on and energize the alarm relay.

The 100kΩ resistor is included to reduce the possibility of an accidental triggering of the device through a phenomenon known as the rate effect. It is caused by the stray capacitance levels between gates. A high-frequency transient can establish sufficient base current to turn the SCS on accidentally. The device is on or off by pressing the switch button, which opens the conduction path of the SCS and reduce the anode current to zero.

Conclusion

The silicon-controlled switch, SCS has the same characteristics as those for the silicon-controlled rectifier, SCR. As in theoretical applied in this simulation, when t is less than zero (initial condition), the switch is closed or in ON mode and there is current flow through the inductor which is could be gained from the waveform of circuit simulation. Nonetheless, when t is equal to zero, the switch will be opened (OFF) and current will not pass through the inductor.

Low impedance characteristic occurred between the collector and emitter when there is a pulse applied to the circuit. The branch diverts anode current from the SCS and dropped it below the held value and turned it off. However, this turn-off characteristic is possible if the correct value of R_S (R3) is employed.

The rate effect that caused by the stray capacitance levels between gates could be reduced by installed the 100 kΩ resistor. This simulation also proved that value of R_S (R3) would affect the potential junction of this circuit.