LTM Corp.

DIY bluetooth car kit

2011-11-11T19:35:00.001+08:00

bluetooth hands-free and stereo phone jack

Done!

Fake maybank2u.com

2011-11-05T20:30:00.001+08:00

aku terima email dari maybank kononnya aku kena update my maybank2u

http://www.ebainun.net/www.maybank2u.com.my/

first page

you can log in after key-in any fake id

page3 need to choose image after that need to request a TAC number

apa ni aku tak paham la, page ni masih aktif 2-3 hari selepas dari email diterima
tapi alamat maybank2u palsu ni cuma sub-domain ja, bila masuk domain utama keluar ni.

Pengajaran, Pembelajaran dan Pentaksiran Berasaskan Web
SMK Raja Permaisuri Bainun, 30020 Ipoh, Perak

adakah laman web palsu maybank2u ini didalangi oleh orang dalaman yang bertugas di sekolah tersebut? mana kita tau kan...... menggunakan kepakaran yang ada nak menipu orang lain, tak cukup ka gaji tu...
jadi berhati-hati la kamu... bukan semua boleh percaya dekat internet ni... tapi masih ada lagi segelintir manusia yang percaya dengan tipu helah manusia yang PENIPU ni wakakakaka... dah tu tak nak dengar nasihat, sabar je la tukang nasihat, alih-alih kita dikatakan jahat....

my boschmann sub

2011-04-15T11:43:00.000+08:00

aku baru ja dapat zx-12n & v-1240xyb dari seorg kawan di

dengan harga yg tersangatlah murahnya (tak sampai pun RM250 utk 2 ni)

murah pasal dia dealer, jadi 2 sub ni last stock dah dan dia tak order lagi.

murah pun ok la bukan aku nak join competition pun walau pun zx12n tu

competiton grade konon kalau ikut dari spec di manual dalam barang ni.

egg in egg...?

2011-04-14T15:23:00.001+08:00

Add OEM logo and support information in WinXP

2011-04-05T12:45:00.004+08:00

for logo..
- creat picture 100x100 pixel or less .bmp (256 color Bitmap)
- rename this .bmp file to OEMLOGO and place this picture to "*:\WINDOWS\system32" folder

for support infomation

this information appear went you click "support information"

in system properties/general

- creat text file using "text document or notepad" (type and edit text below)

- save this text file to "OEMINFO.INI" and place to "*:\WINDOWS\system32" folder

DONE..!!

green glowing river

2011-03-03T16:33:00.001+08:00

find more info here ==> google

Video Game Consoles

2011-03-02T13:46:00.000+08:00

a few month ago i found this site showing lots of video games consoles

but im not going to upload all the console picture here

you can visit this site for more picture

damn cool pics - evolution of video game consoles

My Tiny stereo 6 watt amplifier

2011-01-20T08:42:00.003+08:00

this is only a basic installation and operational for this chip amp

6-W STEREO AUDIO POWER AMPLIFIER
· TDA1517P Compatible

· Fixed Gain: 20 dB
· High Power Outputs (6 W/Channel)

· Mute and Standby Operation
· Surface Mount Availability 20-Pin Thermal SOIC PowerPAD™
· Thermal Protection

· Supply Range: 9.5 V - 18 V

DESCRIPTION
The TPA1517 is a stereo audio power amplifier that contains two identical amplifiers capable of delivering 6 W
per channel of continuous average power into a 4-W load at 10% THD+N or 5 W per channel at 1% THD+N.
The gain of each channel is fixed at 20 dB. The amplifier features a mute/standby function for power-sensitive
applications. The amplifier is available in the PowerPAD™ 20-pin surface-mount thermally-enhanced package
(DWP) that reduces board space and facilitates automated assembly while maintaining exceptional thermal
characteristics. It is also available in the 20-pin thermally enhanced DIP package (NE).

circuit & documentation here

download your opera now

2010-12-23T15:08:00.002+08:00

DIY Project TPA3122D2 Amplifier

2010-10-13T20:47:00.007+08:00

Ni la project yang aku buat menggunakan cip audio amplifier

TPA3122D2 daripada Texas Instrument.

Pemasangan dilakukan pada strip board.

Jadi gambar dekat bawah ni cuma prototype awal yang dibuat sebelum

penambahbaikan dilakukan kepada litar amplifier Class-D ini.

TPA3122D2 pada strip board

Housing ni asalnya ialah passive crossover, jadi aku akan letakkan

litar amplifier tu dalam ni.

Dan ini hasil dia selepas aku letakkan litar tadi dalam housing ni.

Buat permulaan aku test litar tu pada MP3 player aku ni. sebelah kiri tu MP3 player,

asal mp3 player tu sebenarnya adalah mp3 car modulator

Ini la litar untuk amplifier tu.

Jadi sekarang amplifier ni aku gunakan untuk komputer aku. kuality bunyi dia ok juga walau pun litar ni simple ja, dan aku pun berpuas hati dengan project ni. Tapi diingatkan audio input kena control sikit bagi mengelakkan hasil bunyi yang kurang menyenangkan terjadi.

my project in instructables.com

15-W STEREO CLASS-D AUDIO AMPLIFIER - More DIY How To Projects

info untuk amplifier ni...

2chn class d amplifier using chipamp from texas instrument tpa3122d2

rms 15watt/chn on 4 ohm.

4 step gain control 20dB,26dB,32dB,36dB

power supply 10v ~ 30v DC

HP COMPAQ

2010-08-06T22:29:00.003+08:00

DONT BUY

HP COMPAQ

Energy Star

2010-07-29T16:28:00.000+08:00

Energy Star is an international standard for energy efficient consumer products. It was first created as a United States government program by the Clinton Administration in 1992, but Australia, Canada, Japan, New Zealand, Taiwan and the European Union have also adopted the program. Devices carrying the Energy Star logo, such as computer products and peripherals, kitchen appliances, buildings and other products, generally use 20%–30% less energy than required by federal standards. However, many European-targeted products are labeled using a different standard, TCO Certification, a combined energy usage and ergonomics rating from the Swedish Confederation of Professional Employees (TCO) instead of Energy Star.

Da' History

The Energy Star program was created in 1992 by the United States Environmental Protection Agency in an attempt to reduce energy consumption and greenhouse gas emission by power plants. The program was developed by John S. Hoffman, inventor of the Green Programs at US EPA, and implemented by Cathy Zoi and Brian Johnson. The program was intended to be part of a series of voluntary programs, such as Green Lights and the Methane Programs, that would demonstrate the potential for profit in reducing greenhouse gases and facilitate further steps to reducing global warming gases.

Initiated as a voluntary labeling program designed to identify and promote energy efficient products, Energy Star began with labels for computer products. In 1995 the program was significantly expanded, introducing labels for residential heating and cooling systems and new homes. As of 2006, more than 40,000 Energy Star products are available in a wide range of items including major appliances, office equipment, lighting, home electronics, and more. In addition, the label can also be found on new homes and commercial and industrial buildings. In 2006, about 12 percent of new housing in the United States was labeled Energy Star.

The EPA estimates that it saved about $14 billion in energy costs in 2006 alone. The Energy Star program has helped spread the use of LED traffic lights, efficient fluorescent lighting, power management systems for office equipment, and low standby energy use.

In 2008, USEPA announced Green Power Partnership program, which was designed to help achieve its goal of encouraging the use of renewable power sources. The renewable energy credits allow companies without direct access to renewable power achieve their goals. However, to avoid companies buying RECs years in advance of any of the hypothetical power ever being produced, RECs are only accepted into the program when the actual equivalent renewable power will be produced.

Article from Wikipedia

DTS History

2010-07-29T16:13:00.000+08:00

Founded in 1990 by entrepreneur/scientist Terry Beard and funded by Universal City Studios, Inc. and other investors in 1993, DTS introduced its master-quality sound with the release of Steven Spielberg’s blockbuster Jurassic Park. Working with Universal and just five employees, DTS successfully shipped and installed 876 DTS playback systems in theaters in six months. Motion picture sound was changed forever. Its innovative digital process quickly established DTS as a leading provider of premium quality, discrete multi-channel audio for cinema. Today, every major film studio in the United States uses DTS multi-channel digital sound, and virtually all major Hollywood feature films are released with soundtracks in the DTS format.

article own by DTS.com
The DTS trademarks and logos are the property of DTS, Inc.

Dolby Lab

2010-07-29T15:55:00.000+08:00

Dolby Laboratories, Inc. often shortened to Dolby Labs, is a British-founded USA-based company specializing in audio noise reduction and audio encoding/compression

Dolby Laboratories was founded by Ray Dolby, who started his career in high school, when he went to work part-time for Ampex Corporation in Redwood City, California. While still in college, he joined the small team of Ampex engineers dedicated to inventing the world's first practical video tape recorder, which was introduced in 1956; his focus was the electronics.

Upon graduation from Stanford University in 1957, Dolby was awarded a Marshall Fellowship to Cambridge University in England. After six years at Cambridge leading to a Ph.D. in physics, Dolby worked in India for two years as a United Nations Adviser to the Central Scientific Instruments Organization. He returned to England in 1965 to found his own company, Dolby Laboratories, Inc. in London. Always a US corporation, the company moved its headquarters to San Francisco in 1976.

article own by Dolby.com

Dolby and the double-D symbol are registered trademarks of Dolby Laboratories.

USB

2010-07-19T11:12:00.000+08:00

Universal Serial Bus (USB) is a specification to establish communication between devices and a host controller (usually personal computers), developed and invented by Ajay Bhatt while working for Intel. USB is intended to replace many varieties of serial and parallel ports. USB can connect computer peripherals such as mice, keyboards, digital cameras, printers, personal media players, flash drives, and external hard drives. For many of those devices, USB has become the standard connection method. USB was designed for personal computers, but it has become commonplace on other devices such as smartphones, PDAs and video game consoles, and as a power cord between a device and an AC adapter plugged into a wall plug for charging. As of 2008[update], there are about 2 billion USB devices sold per year, and approximately 6 billion total sold to date.

the History
The Universal Serial Bus (USB) is a standard for peripheral devices. It began development in 1994 by a group of seven companies: Compaq, DEC, IBM, Intel, Microsoft, NEC and Nortel. USB was intended to make it fundamentally easier to connect external devices to PCs by replacing the multitude of connectors at the back of PCs, addressing the usability issues of existing interfaces, and simplifying software configuration of all devices connected to USB, as well as permitting greater bandwidths for external devices. The first silicon for USB was made available by Intel in 1995.

The USB 1.0 specification was introduced in January 1996. The original USB 1.0 specification had a data transfer rate of 12 Mbit/s. The first widely used version of USB was 1.1, which was released in September 1998. It allowed for a 12 Mbps data rate for higher-speed devices such as disk drives, and a lower 1.5 Mbps rate for low bandwidth devices such as joysticks.

The USB 2.0 specification was released in April 2000 and was standardized by the USB-IF at the end of 2001. Hewlett-Packard, Intel, Lucent Technologies (now Alcatel-Lucent following its merger with Alcatel in 2006), NEC and Philips jointly led the initiative to develop a higher data transfer rate, with the resulting specification achieving 480 Mbit/s, a fortyfold increase over 12 Mbit/s for the original USB 1.0. data.

BIOS

2010-07-19T09:40:00.000+08:00

In IBM PC Compatible computers, the basic input/output system (BIOS), also known as the System BIOS, is a de facto standard defining a firmware interface.

The BIOS of a PC software is built into the PC, and is the first code run by a PC when powered on ('boot firmware'). The primary function of the BIOS is to load and start an operating system. When the PC starts up, the first job for the BIOS is to initialize and identify system devices such as the video display card, keyboard and mouse, hard disk, CD/DVD drive and other hardware. The BIOS then locates software held on a peripheral device (designated as a 'boot device'), such as a hard disk or a CD, and loads and executes that software, giving it control of the PC.[3] This process is known as booting, or booting up, which is short for bootstrapping.

BIOS software is stored on a non-volatile, ROM chip built into the system, on the mother board and the BIOS software is specifically designed to work with the particular type of system in question including having a knowledge of the workings of various devices that make up the complementary chipset of the system. In modern computer systems, the BIOS chip's contents can be rewritten so allowing BIOS software to be upgraded.

A BIOS will also have a user interface (or UI for short). Typically this is a menu system accessed by pressing a certain key on the keyboard when the PC starts. In the BIOS UI, a user can configure hardware, set the system clock, enable or disable system components, and most importantly, select which devices are eligible to be a potential boot device and set various password prompts, most importantly a password for securing access to the BIOS UI functions itself and preventing malicious users from booting the system from unauthorized peripheral devices.
The BIOS provides a small library of basic input/output functions that to operate and control the peripherals such as the keyboard, text display functions and so forth, and these software library functions are callable by external software. In the IBM PC and AT, certain peripheral cards such as hard-drive controllers and video display adapters carried their own BIOS extension ROM, which provided additional functionality. Operating systems and executive software, designed to supersede this basic firmware functionality, will provide replacement software interfaces to applications.

The role of the BIOS has changed over time; today BIOS is a legacy system, superseded by the more complex Extensible Firmware Interface (EFI), but BIOS remains in widespread use, and EFI booting has only been supported in x86 Windows since 2008. BIOS is primarily associated with the 16-bit and 32-bit architecture eras (x86-32), while EFI is used for some 32-bit and most 64-bit architectures. Today BIOS is primarily used for booting a system, and for certain additional features such as power management (ACPI) and video initialization (in X.org), but otherwise is not used during the ordinary running of a system, while in early systems (particularly in the 16-bit era), BIOS was used for hardware access – operating systems (notably MS-DOS) would call the BIOS rather than directly accessing the hardware. In the 32-bit era and later, operating systems instead generally directly accessed the hardware using their own device drivers.

article from Wikipedia - BIOS

Class-T Amplifer

2010-07-19T09:10:00.004+08:00

A Class T amplifier is an audio amplifier IC design. Rather than being a separate "class" of amplifier, Class T is a registered trademark for Tripath's amplifier technologies.

It is an implementation of Class D amplifiers, but improves the control scheme to create more efficient and higher quality audio amplification. One of the amplifiers, the TA2020, was named one of the twenty-five chips that 'shook the world" by the IEEE Spectrum magazine.

The Tripath TA2020 chip

The Class T Amp 2020 kit is a small integrated amplifier

based on the TA2020 chip from Tripath

Picture From AudioDigit.com

The control signals in Class T amplifiers may be computed using digital signal processing or fully analog techniques. Currently available implementations use a loop similar to a higher order Delta-Sigma (ΔΣ) (or sigma-delta) modulator, with an internal digital clock to control the sampled comparator. The two key aspects of this topology are that, feedback is taken directly from the switching node rather than the filtered output, and, the higher order loop provides much higher loop gain at high audio frequencies than would be possible in a conventional single pole amplifier.

Article From wikipedia

Trends Audio TA 10.1, stereo 15w/chn - Class T integrated amplifier with TA2024 chip

picture from tnt-audio.com

Class T 100 HCL

The Class T 100 HCL is a small integrated amplifier based on the TAA4100A chip from Tripath and custom output air core inductors. It's similar to the now famous "t-amp", or to our best selling Class T 2020, yet even more powerful (up to 100 + 100 W on 4 Ohm) and with a more refined sonic character.

Picture and article from AudioDigit.com

Hi-Fi

2010-07-19T09:03:00.000+08:00

High fidelity or hi-fi—reproduction is a term used by home stereo listeners and home audio enthusiasts (audiophiles) to refer to high-quality reproduction of sound or images, to distinguish it from the poorer quality sound produced by inexpensive audio equipment. Ideally, high-fidelity equipment has minimal amounts of noise and distortion and an accurate frequency response.

One effort to standardize the term was the 1973 German Deutsches Institut für Normung (DIN) standard DIN 45500. DIN 45 500 approval was intended to provide audio equipment buyers with reassurance that their equipment was capable of good quality reproduction. In theory, only stereo equipment that met the standard could bear the words 'hi-fi'. This standard was well intentioned but only mildly successful; in practice, the term was widely misapplied to audio products that did not remotely approach the DIN basis specifications.

From Wikipedia

CMOS

2010-07-19T08:57:00.000+08:00

Complementary metal-oxide-semiconductor (CMOS) (pronounced /ˈsiːmɒs/) is a technology for constructing integrated circuits. CMOS technology is used in microprocessors, microcontrollers, static RAM, and other digital logic circuits. CMOS technology is also used for several analog circuits such as image sensors, data converters, and highly integrated transceivers for many types of communication. Frank Wanlass successfully patented CMOS in 1967 (US patent 3,356,858).
CMOS is also sometimes referred to as complementary-symmetry metal-oxide-semiconductor (or COS-MOS). The words "complementary-symmetry" refer to the fact that the typical digital design style with CMOS uses complementary and symmetrical pairs of p-type and n-type metal oxide semiconductor field effect transistors (MOSFETs) for logic functions.
Two important characteristics of CMOS devices are high noise immunity and low static power consumption. Significant power is only drawn while the transistors in the CMOS device are switching between on and off states. Consequently, CMOS devices do not produce as much waste heat as other forms of logic, for example transistor-transistor logic (TTL) or NMOS logic, which uses all n-channel devices without p-channel devices. CMOS also allows a high density of logic functions on a chip. It was primarily this reason why CMOS won the race in the eighties and became the most used technology to be implemented in VLSI chips.
The phrase "metal-oxide-semiconductor" is a reference to the physical structure of certain field-effect transistors, having a metal gate electrode placed on top of an oxide insulator, which in turn is on top of a semiconductor material. Aluminum was once used but now the material is polysilicon. Other metal gates have made a comeback with the advent of high-k dielectric materials in the CMOS process, as announced by IBM and Intel for the 45 nanometer node and beyond.

More info at Wikipedia

MOSFET

2010-07-19T08:52:00.000+08:00

The metal–oxide–semiconductor field-effect transistor (MOSFET, MOS-FET, or MOS FET) is a device used for amplifying or switching electronic signals. The basic principle of the device was first proposed by Julius Edgar Lilienfeld in 1925. In MOSFETs, a voltage on the oxide-insulated gate electrode can induce a conducting channel between the two other contacts called source and drain. The channel can be of n-type or p-type (see article on semiconductor devices), and is accordingly called an nMOSFET or a pMOSFET (also commonly nMOS, pMOS). It is by far the most common transistor in both digital and analog circuits, though the bipolar junction transistor was at one time much more common.
The 'metal' in the name is now often a misnomer because the previously metal gate material is now often a layer of polysilicon (polycrystalline silicon). Aluminium had been the gate material until the mid 1970s, when polysilicon became dominant, due to its capability to form self-aligned gates. Metallic gates are regaining popularity, since it is difficult to increase the speed of operation of transistors without metal gates.
IGFET is a related term meaning insulated-gate field-effect transistor, and is almost synonymous with MOSFET, though it can refer to FETs with a gate insulator that is not oxide. Another synonym is MISFET for metal–insulator–semiconductor FET.

More At Wikipedia

Class B and AB

2010-07-19T08:34:00.001+08:00

Class B amplifiers only amplify half of the input wave cycle, thus creating a large amount of distortion, but their efficiency is greatly improved and is much better than Class A. Class B has a maximum theoretical efficiency of 78.5% (i.e., π/4). This is because the amplifying element is switched off altogether half of the time, and so cannot dissipate power. A single Class B element is rarely found in practice, though it has been used for driving the loudspeaker in the early IBM Personal Computers with beeps, and it can be used in RF power amplifier where the distortion levels are less important. However Class C is more commonly used for this.

A practical circuit using Class B elements is the push-pull stage, such as the very simplified complementary pair arrangement shown below. Here, complementary or quasi-complementary devices are each used for amplifying the opposite halves of the input signal, which is then recombined at the output. This arrangement gives excellent efficiency, but can suffer from the drawback that there is a small mismatch in the cross-over region - at the "joins" between the two halves of the signal, as one output device has to take over supplying power exactly as the other finishes. This is called crossover distortion. An improvement is to bias the devices so they are not completely off when they're not in use. This approach is called Class AB operation.
In Class AB operation, each device operates the same way as in Class B over half the waveform, but also conducts a small amount on the other half. As a result, the region where both devices simultaneously are nearly off (the "dead zone") is reduced. The result is that when the waveforms from the two devices are combined, the crossover is greatly minimised or eliminated altogether. The exact choice of quiescent current, the standing current through both devices when there is no signal, makes a large difference to the level of distortion (and to the risk of thermal runaway, that may damage the devices); often the bias voltage applied to set this quiescent current has to be adjusted with the temperature of the output transistors (for example in the circuit at the beginning of the article the diodes would be mounted physically close to the output transistors, and chosen to have a matched temperature coefficient). Another approach (often used as well as thermally-tracking bias voltages) is to include small value resistors in series with the emitters.
Class AB sacrifices some efficiency over class B in favor of linearity, thus is less efficient (below 78.5% for full-amplitude sinewaves in transistor amplifiers, typically; much less is common in Class AB vacuum tube amplifiers). It is typically much more efficient than class A.

Class B or AB push–pull circuits are the most common design type found in audio power amplifiers. Class AB is widely considered a good compromise for audio amplifiers, since much of the time the music is quiet enough that the signal stays in the "class A" region, where it is amplified with good fidelity, and by definition if passing out of this region, is large enough that the distortion products typical of class B are relatively small. The crossover distortion can be reduced further by using negative feedback. Class B and AB amplifiers are sometimes used for RF linear amplifiers as well. Class B amplifiers are also favored in battery-operated devices, such as transistor radios.

More At Wikipedia

Class-A Amplifier

2010-07-19T08:28:00.000+08:00

Class A amplifierAmplifying devices operating in Class A conduct over the whole of the input cycle such that the output signal is an exact scaled-up replica of the input with no clipping. A Class A amplifier (or operational amplifier) is distinguished by the output stage (and perhaps the driver) device(s) being biased into Class A; even Class AB and B amplifiers normally have early stages operating in Class A. Class A is the usual means of implementing small-signal amplifiers, so the term Class A design applied to equipment such as preamplifiers (for example, in recording studios) implies not so much their use of Class A, but that their sound is top quality - good enough to be matched with top quality Class A power amplifiers

More At Wikipedia

Class-D Amplifier

2010-07-19T08:20:00.001+08:00

A Class D amplifier or switching amplifier is an electronic amplifier where all power devices (usually MOSFETs) are operated as binary switches. They are either fully on or fully off. Ideally, zero time is spent transitioning between those two states.

Output stages such as those used in pulse generators are examples of class D amplifiers. However, the term mostly applies to power amplifiers intended to reproduce signals with a bandwidth well below the switching frequency.

From Wikipedia

S-Master Full Digital Amplifier

2010-07-19T08:12:00.003+08:00

Sony’s Systems are equipped with S-Master Digital Amplifier for superb accuracy, clear separation of signals, and balanced sound reproduction using a digital-to-digital process. They are designed to be highly efficient, producing minimal heat while taking up about a quarter of the space of conventional amplifiers.

S-Master accepts all digital signals in digital and cleanly amplifies the signal in “digital” without needing to convert it into analogue first. Using a simplified signal path and full digital processing, the audio signal is taken directly from DSP stage without additional D/A conversion. This keeps the purity of the digital audio signal right up to the final speaker output, reproducing a realistic sound experience just like the original recording.

From Sony.com.my

Some Info..

DSP - Digital Signal Processing

LPF - Low-pass filter

Mukadimah SIOLOON

2010-05-07T08:17:00.000+08:00

Society Of Local Motorsports Network (S.I.O.L.O.O.N) ini merupakan pertubuhan yang ditubuhkan untuk mengabungkan satu unit penjana yang mampu mengerakkan industri ini ke satu arah global komuniti yang berkaliber. Tumpuan penubuhan adalah menarik minat para belia untuk menceburi bidang ini dengan lebih efektif dan berbudaya saing yang sihat.Selain, menerajui aktiviti-aktiviti berkonsepkan sukan permotoran yang sebelum ini tidak mempunyai haluan yang disarankan kerajaan.

Penubuhan ini akan melakukan pembaharuan bagi para belia untuk menggunakan kelebihan yang ada dengan menganjurkan aktiviti yang sah di bawa undang-undang kerajaan. Ini sekaligus memberi satu impak yang besar kepada kerajaan bagi mengurangkan kegiatan aktiviti yang tidak bermoral seperti menganjur perlumbaan haram yang akhirnya membawa padah kepada individu serta masyarakat. Malah, akan membawa kemusnahan masa depan mereka. Dengan itu, pertubuhan ini akan cuba mencari seberapa banyak iktihar bagi membetulkan situasi demi para belia yang bakal menjadi pemimpin negara masa depan.

Peraturan-peraturan yang dibentuk oleh pertubuhan ini juga mampu membentuk para belia untuk mematuhi undang-undang. Ini penting bagi mendisiplinkan para belia daripada melakukan kesalahan dan sekaligus imej para belia tidak akan tercemar , lebih-lebih lagi persepsi masyarakat terhadap belia yang berkecimpung dalam pengiat sukan permotoran ini.

Untuk memastikan pertubuhan ini ditubuhkan dapat diaplikasikan sebaik mungkin, pihak ahli jawatankuasa akan bertindak lebih efeksyen , bijak berkomunikasi dan setiasa memupuk sifat rasional. Disamping tegas dalam mematuhi segala undang-undang yang mampu menerapkan nilai-nilai murni kepada para belia agar tidak mensia-siakan dunia sukan permotoran ini.

Oleh itu, kerjasama antara semua pihak amatlah diperlukan dalam merealisasikan impian ini. Tanpa sokongan daripada badan-badan kerajaan mahupun swasta, maka saya-sialah perjuangan dari sebelah pihak yang mempunyai azam yang jitu untuk menaikkan martabat negara. Bak pepatah melayu bersatu kita teguh bercerai kita roboh.

aLFFiaN
www.sioloon.com

Dreamweaver MX2004

2010-02-20T01:52:00.002+08:00

download more than 5000 free fonts

2010-02-14T02:30:00.006+08:00

jadikan realiti tag id SFC20K

2010-02-09T15:21:00.011+08:00

Jadikan realiiti tag id SFC20K

mari kita kasih sampai target kita untuk mencapai keahlian 20k dalam website ini. dengan itu, anda semua siolooner mesti mengambil peranan masing2. anda boleh promote dengan kawan , saudara mara dan sahabat anda diluar sana yg belum masuk dalam kelab ini. semoga ianya menjadi realiti dan bukan ilusi .

By aLFFiaN
http://www.sioloon.com/