pangilan percuma dari komputer ke telefon

Kemunculan teknologi Internet telah banyak mengubah cara industri dan sesuatu perniagaan

beroperasi. Internet telah mengubah cara masyarakat berkomunikasi dengan mewujudkan

kemudahan email, Internet telah mengubah cara untuk mendapatkan maklumat dengan wujudnya

laman web. Internet juga telah mengubah cara masyarakat berjual-beli dengan wujudnya

e-commerce atau e-dagang. Kini dengan wujudnya Skype, iaitu kemudahan yang membolehkan kita

bercakap secara percuma dengan menggunakan komputer dan sambungan Internet telah

membolehkan seseorang itu bercakap tidak kira dimana sahaja asalkan terdapat peralatan dan

kemudahan sambungan Internet.

Setakat ini Skype hanya boleh menghubungkan perbualan secara percuma diantara komputer dan

komputer sahaja, untuk bercakap dari komputer ke telefon bimbit biasa pengguna terpaka membeli

prepaid yang dikenakan bayaran. Bukankah bagus jika Komputer boleh mendail ke nombor telefon

tanpa dikenakan bayaran? Memanglah nampak mustahil, tetapi banyak perkara didalam bidang

teknologi ini nampaknya mustahil pada asalnya.

Pagi ini saya ingin berkongsikan satu cara bagaimana pengguna boleh membuat panggilan dari

komputer ke telefon bimbit atau telefon talian tetap secara percuma. Jangan risau ianya tidak

menjadi kesalahan atau melanggar undang-undang. Apa yang kita perlukan hanyalah komputer dan

kemudahan Internet.

Langkah pertama pergi ke www.gizmoproject.com kemudian muat-turunkan perisian yang

dinamakan gizmo. Setelah anda muat-turunkan persiain tersebut ikutilah langkah seterusnya:

1. Muat-turun perisian gizmo di www.gizmoproject.com

2. Pasangkan perisian tersebut di komputer anda

3. Daftarkan diri anda

4. Daftarkan diri rakan anda jika beliau tidak mempunyai komputer

5. Tambahkan no telefon rakan anda dengan format +60[diikuti dengan nombor telefon mereka contoh +60193550006 atau +60355692755.

6. Tambahkan juga nama Gizmo anda kedalam akaun rakan anda jika beliau ingin juga menelefon

anda menggunakan kemudahan gizmo ini.

7. Tambahkan nama rakan anda ke dalam akaun anda dengan menggunakan kemudahan - Invite

8. Buat panggilan ke nombor rakan anda dengan menggunakan Gizmo.
9. Bercakaplah sepuasnya.

from: Webmaster

duit datang pada ku??

dah jadi kaya...yahooo.......

akhirnya aku jadi kaya...
kenapa aku jadi kaya...??????
aku dapat rakan bisnes yg nak berkongsi kekayaan dgn aku....


bukan sedikit tu $15.5 million...bukan dlm nilai RM tu...


ah..aha...aha...huhuhu...nagis la pulak..
apa punya orang la...menipu tu jangan la jgk smpai mcm tu sekali.....aku terima email tu pagi tadi....


itu bukan jadi kaya..makin lingkup ada la...


PERHATIAN KEPADA SEMUA KAWAN2 KU, TEMAN2, SAHABAT, ISTERI2 KU....
BERIKUT ADALAH EMAIL YG  PATUT ADA JAUHI...


ini adalah contoh email tu....harap ambil perhatian...




FROM THE DESK OF,MR.OBILLO UCHE.
DIRECTOR AUDITING AND ACCOUNTING UNIT,
AFRICAN DEVELOPEMENT BAKN.(A.D.B)
OUAGADOUGOU -BURKINA FASO.
PHONE NUMBER +226 787 000 41

Dear Friend, 

This message might meet you in utmost surprise, however,it's just my urgent need for foreign  partner that made me to contact you for this transaction. I am a banker by profession from  Burkina faso in west Africa and currently holding the post of Director Auditing and Accounting unit of the bank.I have the opportunity of transfering the left over funds ($15.5 million) of one  of my bank clients who died along with his entire family on december 2003 in a plane crash.  Hence,i am inviting you for a business deal where by  this money can be shared between us in the ratio of 60/40 and 60 for me while 40 is for you .

If you agree to my business proposal.further details of the transfer will be forwarded to you as  soon as i receive your return mail. have a great day. Yours Faithfully MR.OBILLO UCHE. NB, MAKE SURE YOU KEEP THIS TRANSACTION AS YOUR TOP SECRECT AND MAKE IT CONFIDENTIAL TILL WE  RECEIVES THE FUND INTO THE ACCOUNT THAT YOU WILL PROVIDE TO THE BANK. DONT DISCLOSE IT TO ANY  BODY IN YOUR COUNTRY  "PLEASE", BECAUSE THE SECRECY OF THIS TRANSACTION IS AS WELL AS THE SUCCESS OF IT

REGARDS

MR.OBILLO UCHE

JANGAN TERTIPU...TETAPI KALAU NAK CUBA BOLEH JUGA KALAU NAK LINGKUP....

MUNGKIN INI SALAH SATU HELAH PEROMPAK AGAR MEREKA TIDAK DI KESAN OLEH PIHAK BERKUASA...SEKIAN

Mikro punya susah

seminggu diberi masa.....semalam baru siap (malam sebelum hantar pagi esok)......
punya susah la baru dapat maklumat yng En Hatta (BAND HUHA)  nak minta ni...


siapa lagi kalau bukan big boss kami yang dapat maklumat ni...(tak pasti dia ambik kat mana)...


apa lagi..salin la..


kepada geng DKE 6A yng nak maklumat ni..ambik jak...

Coax cable attenuation / loss

Attenuation is a key specification for all coax cables. The function of a coax cable is to transfer radio frequency power from one point to another. In doing so, in the ideal world, the same amount of power should exit from the remote end of the coax cable as enters it. However in the real world this is not so, and some power is lost along the length of the RF cable, and less power reaches the remote end than enters the RF cable.

Coax cable attenuation

The power loss caused by a coax cable is referred to as attenuation. It is defined in terms of decibels per unit length, and at a given frequency. Obviously the longer the coax cable, the greater the loss, but it is also found that the loss is frequency dependent, broadly rising with frequency, although the actual level of loss is not linearly dependent upon the frequency.

For virtually all applications the minimum level of loss is required. The power is lost in a variety of ways:

• Resistive loss
• Dielectric loss
• Radiated loss

Of all these forms of loss, the radiated loss is generally the least important as only a very small amount of power is generally radiated from the cable. Accordingly most of the focus on reducing loss is placed onto the conductive and dielectric losses.

• Resistive loss:    Resistive losses within the coax cable arise from the resistance of the conductors and the current flowing in the conductors results in heat being dissipated. The actual area through which the current flows in the conductor is limited by the skin effect, which becomes progressively more apparent as the frequency rises. To help overcome this multi-stranded conductors are often used. To reduce the level of loss due in the coax cable, the conductive area must be increased and this results in low loss coax cables being made larger. However it is found that the resistive losses increase as the square root of the frequency.
• Dielectric loss:     The dielectric loss represent another of the major losses arising in most coax cables. Again the power lost as dielectric loss is dissipated as heat. It is found that the dielectric loss is independent of the size of the RF cable, but it does increase linearly with frequency. This means that resistive losses normally dominate at lower frequencies. However as resistive losses increase as the square root of frequency, and dielectric losses increase linearly, the dielectric losses dominate at higher frequencies.
• Radiated loss:     The radiated loss of a coax cable is normally much less than the resistive and dielectric losses. However some very cheap coax cables may have a very poor outer braid and in these cases it may represent a noticeable element of the loss. Power radiated, or picked up by a coax cable is more of a problem in terms of interference. Signal radiated by the coax cable may result in high signal levels being present where they are not wanted. For example leakage from a coax cable carrying a feed from a high power transmitter may give rise to interference in sensitive receivers that may be located close to the coax cable. Alternatively a coax cable being used for receiving may pick up interference if it passes through an electrically noisy environment. It is normally for these reasons that additional measures are taken in ensuring the outer screen or conductor is effective. Double, or even triple screened coax cables are available to reduce the levels of leakage to very low levels.

Coax cable attenuation with time

It is found that the attenuation of coax cables increases over a period of time for a number of reasons. The main reasons are as a result of flexing, and moisture entry into the RF cable. As the degradation and increase in loss depends to some degree on the construction of the coax cable, this may affect he choice of which cable to employ.

Although many coax cables are flexible, the level of loss or attenuation will increase, particularly if the RF cable is bent sharply, even if within the makers recommended bend radius. This increase in loss can arise as a result of disruption to the braid or screen, and as a result of changes to the dielectric. At frequencies of 1 GHz with RF cables normally exhibiting a loss of 10 dB, there could be an increase of a decibel or so.

Even if a cable is not flexed, there can be a gradual degradation in performance over time. This can be caused by contamination of the braid by the plastictisers in the outer sheath. Additionally moisture penetration can affect both the braid where it causes corrosion, and it may enter the dielectric where the moisture will tend to absorb power.

It is found that the loss in coax cables that use either bare copper braid, or tinned copper braid exhibit more degradation than those with silver plated braids, although the later are more expensive. Additionally it is found that braids using tinned copper exhibit about 20% greater loss than those using bare copper, but they are more stable over time.

The dielectric also has an effect. It is found that some versions of polyethene can absorb moisture more readily than other types. Although foam polyethene offers a lower level of loss or attenuation when new, it absorbs moisture more readily than the solid types. Accordingly coax cables with solid dielectric polyethene are more suited to environments where the level of loss needs to remain constant, or where moisture may be encountered.

Although RF cables are enclosed in a plastic sheath, many of the plastics used will allow some moisture to pass through them. For applications where moisture may be encountered, specialized cables should be used otherwise the performance will degrade.

Summary

The loss introduced by a coax cable is of paramount importance. Any power that is lost in the RF cable will degrade the performance of the system in which it is used. However the decision of which RF cable to use may not just rest in deciding which cable provides the lowest loss, but in a variety of parameters including its size, weight and also its long term stability

Berjaya?? DKE 6A pun nak..

kepada yng ingin sesiapa yg nak rasa jadi pandai...bolehlah mohon mana mana ipt di bawah ni...ni cuma sebahagian sja ni..                                                                                                                

gambar gua dgn geng DKE 5A skg DKE 6A la..

geng paling meriah dengan ketawa n bising... 

 Cara nak berjaya????

1. belajar...

2. membaca..

3. doa...

4. ulang langka 1 sampai 3 sebanyak yg boleh .

Universiti Darul Iman Malaysia (UDM)

Canseleri

Kampus Kota

Jalan Sultan Mahmud

Kuala Terengganu

20400 Terengganu

http://www.udm.edu.my 

Tel  : 09-6664466

Faks : 09-6662566

Universiti Islam Antarabangsa Malaysia (UIAM)

Jalan Gombak,

53100 Gombak,

Selangor

http://www.iiu.edu.my 

 Tel  : 03-61964000

Faks : 03-61964053

Universiti Kebangsaan Malaysia (UKM)

43600 Bangi,

Selangor

http://www.ukm.my 

 Tel  : 03-89215001

Faks : 03-89214242

Universiti Malaya (UM)

Lembah Pantai,

50603 Kuala Lumpur

http://www.um.edu.my 

Tel  : 03-79568400

Faks : 03-79547551

E-mel : test@email.com

Universiti Malaysia Kelantan (UMK)

Karung Berkunci 36,

Pengkalan Chepa,

16100 Kelantan

http://www.umk.edu.my 

 E-mel : akademik_umk@hotmail.com

 

Universiti Malaysia Pahang (UMP)

Beg Berkunci 12,

Kuantan,

25500 Pahang

http://www.ump.edu.my 

Tel   : 09-5492003

Faks : 09-5492222

Universiti Malaysia Perlis (UniMAP)

Tkt. 11, Bangunan KWSP,

Jalan Bukit Lagi,

01000 Kangar,

Perlis

http://www.unimap.edu.my 

 Tel  : 04-9798044

Faks  : 04-9778013

Universiti Malaysia Sabah (UMS)

Beg Berkunci 2073,

88899 Kota Kinabalu,

Sabah

http://www.ums.edu.my 

 Tel  : 088-320203

Faks : 088-320217

Universiti Malaysia Sarawak (UNIMAS)

Kota Samarahan,

93400 Kuching,

Sarawak

http://www.unimas.my 

 Tel  : 082-671000

Faks : 082- 672 411 

Universiti Malaysia Terengganu (UMT)

21030 Mengabang Telipot,

Kuala Terengganu,

Terengganu

http://www.umt.edu.my 

 Tel  : 09-6693102

Faks  : 09-6697418

Universiti Pendidikan Sultan Idris (UPSI)

Jalan Slim,

35900 Tanjung Malim,

Perak

http://www.upsi.edu.my 

 Tel  : 05-4596200

Faks : 05-4582773

Universiti Pertahanan Nasional Malaysia (UPNM)

Universiti Pertahanan Nasional Malaysia

Kem Sungai Besi

57000 Kuala Lumpur

http://www.upnm.edu.my/ 

 Tel     : 0390512698

E-mel  : info@upnm.edu.my

Universiti Putra Malaysia (UPM)

43400 Serdang,

Selangor

http://www.upm.edu.my 

Tel  : 03-89466000

Faks : 03-89483244

Universiti Sains Islam Malaysia(USIM)

Bandar Baru Nilai,

71800

Nilai,

Negeri Sembilan

http://www.usim.edu.my 

 Tel  : 06-7988000

Faks  : 06-7993843

Universiti Sains Malaysia (USM)

11800 Minden,

Pulau Pinang

http://www.usm.my 

Tel    : 04-6573987

Faks  : 04-6565401

Universiti Teknikal Malaysia Melaka (UTeM)

Karung Berkunci 1200,

Ayer Keroh,

75450 Melaka

http://www.kutkm.edu.my 

Tel   : 06-2332234

Faks : 06-2332212

Universiti Teknologi Malaysia (UTM)

81310 Skudai,

Johor

http://www.utm.my 

 Tel  : 07-5575960

Faks  : 07-5579376

Universiti Teknologi MARA (UiTM)

40450 Shah Alam,

Selangor

http://www.uitm.edu.my 

 Tel : 03-55442001

Faks : 03-55442030

Universiti Tun Hussein Onn Malaysia(UTHM)

Beg Berkunci 101,

86400 Parit Raja,

Batu Pahat,

Johor

http://www.uthm.edu.my 

 Tel : 07-453 7000/7025/7020/

Faks : 07-4536337

Universiti Utara Malaysia (UUM)

06010 UUM Sintok

Kedah

http://www.uum.edu.my 

 Tel  : 04-9284000

Faks  : 04-9283016

#####SEMOGA BERJAYA. ....ADA REZEKI  BOLEH LA TU SAMBUNG BELAJAR...AMIN...

.......AMIN....

HP HILANG, BIAR SAMA2 TAK DAPAT

Macam mana ni, hp hilang kena curi. Biar sama2 putih mata buat mcm ni je..

Senang je kalau mahu. Setiap telefon bimbit mempunyai nombor siri IMEI yang

tersendiri. Anda hanya perlu mengetahuinya dan menyimpan catatannya.

Bagaimana untuk tahu nombor IMEI tu????

Senang je Cuma tekan:

* # 0 6 #

tanpa ruang kosong tau….

Nombor yang diberikan adalah 15 digit nombor yang unik bagi setiap

telepon bimbit tak kirala jeis apa hp tu janji hp. Catatkan dan simpan ditempat yang boleh didapatkan semula.

Sekiranya telefon bimbit anda dicuri, anda boleh melaporkan kehilangan

telefon bimbit anda kepada pemberi khidmat telefon bimbit seperti TM,

Maxis atau Digi. Berikan nombor ini kepada mereka supaya ia boleh

disenarai hitamkan. Sekiranya pencuri menukarkan kad SIM, ia masih

tidak dapat digunakan kerana telefon bimbit sudah dihalang penggunaan.

Walaupun anda mungkin tidak lagi mendapat telefon bimbit anda, dengan

menjadikan ia tidak berguna sudah cukup memuaskan hati. sekiranya

setiap daripada kita mencatatkan nombor siri IMEI dan melaporkan

nombor siri ini apabila kehilangan telefon bimbit. Kes-kes kehilangan

dapat dikurangkan kerana tiada guna mencuri telefon bimbit jika tidak

boleh dijual dan digunakan.

Biar sama2 putih mata……

###pastikan hilang dicuri bukan hilang dirumah atau lupa dimana di simpan....takut lepas 2, 3 hari dpt jumpa plk....