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Bejeweled 3 v1.0.8.6128 - PC - 83 MB Aynı renkteki mücevherlerin en az 3 tanesini yatay ya da dikey yanyana getirerek yok edin. • 8 ways to play: With so many new ways to play, you’ll find a perfect match for every mood! • Classic mode: Play the most popular puzzle game of the century, with powerful new gems and new ultra-smooth gameplay! • Quest mode: Journey through 40 magical puzzles in this multifaceted Bejeweled challenge! • Zen mode: Tailor your experience with sights, sounds and binaural beats to create your own relaxing retreat! • Lightning mode: Charge up with a challenging timed game of heart-pounding, gem-blasting fun! • Secret modes: Unlock 4 all-new games as you play! • Badges: Earn up to 65 badges to prove your multifaceted skills! • High-definition graphics: Amazing sights and sounds — Bejeweled is more sparkling than ever before! • Ultra-smooth action: Make multiple matches while new gems fall into place! System requirements: • Windows XP/Vista/7 • DirectX 9c • 1.2 GHz • 1 GB RAM uploaded.to - where your files have to be uploaded to veya Hotfile.com: One click file hosting: BejwL_3.rar System requirements: CPU 600 Mhz, Video 3D 32 Mb, RAM 128 Mb Download Hotfile.com Mirror Rapidshare.com

This is circuit 13.8V, 40A Switching Power Supply,It is high current power supply switching regulator.And Nice Circuit for power user. This article was originally published (in a slightly modified form) in the QST magazine, December 1998 and January 1999, and in the Radio Amateur's Handbook, 1999. Visit the American Radio Relay League for information on these publications, and a world of ham radio related things! Design decisions There are several different topologies for switchers in common use, and the first decision a designer must take is which of them to consider. Among the factors affecting the decision are the power level, the number of outputs needed, the range of input voltage to be accepted, the desired tradeoff between complexity, quality and cost, and many more. For this power supply I decided to use the half bridge forward converter design. This topology connects the power transformer to a bridge formed by two power transistors and two capacitors. It is reasonably simple, puts relatively low stress on the power transistors, and makes efficient use of the transformer's magnetic capabilities.The second basic decision is which switching frequency to use. The present trend is to use ever higher frequencies. But by doing so it becomes more difficult to filter out the RF noise inevitably generated by the switching. So I decided to stay at a low switching frequency of only 25 kHz for the full cycle, which due to the frequency doubling effect of the rectifiers results in 50 kHz on the output filter. For the main switching elements, bipolar transistors or MOSFETs can be used. Bipolars have lower conduction losses, while MOSFETs switch faster. As in this design I wanted to keep the RF noise at an absolute minimum, very fast switching was not desired, so I used bipolar transistors. But these tend to become too slow if the driving is heavier than necessary. So, if the transistors have to switch at varying current levels, the drive to them must also be varied. This is called proportional driving, and is used in this project. The half bridge converter is best controlled by pulse width modulation. There are several ICs available for this exact purpose. I chose the 3524, which is very simple to use and easy to find. Any 3524 will do the job. It can be an LM3524, SG3524, etc. This basically ends the big decisions. From now on, designing the circuit is a matter of calculating proper values for everything.

This RF power amplifier is based on the transistor 2SC1970 and 2N4427. The output power is about 1.3W and the input driving power is 30-50mW. It will still get your RF signal quit far and I advice you to use a good 50 ohm resistor as dummy load. To tune this amplifier you can either use a power meter/wattmeter, SWR unit or you can do using a RF field meter. RF Amplifier Assembly Good grounding is very important in a RF system. I use bottom layer as Ground and I connect it with the top with wires to get a good grounding. Make sure you have some cooling at the transistor. In my case I put the 2SC1970 close to the PCB to handle the heat. With good tuning the transistor shouldn't become hot. RF Amplifier Printed Circuit Board You can download a pdf file which is the black PCB. The PCB is mirrored because the printed side side should be faced down the board during UV exposure. To the right you will find a pic showing the assembly of all components on the same board. This is how the real board should look when you are going to solder the components. It is a board made for surface mounted components, so the copper is on the top layer. I am sure you can still use hole mounted components as well. Grey area is copper and each component is draw in different colors all to make it easy to identify for you. The scale of the pdf is 1:1 and the picture at right is magnified with 4 times. Click on the pic to enlarge it. Low-Pass Filter Some of you might want to add a low-pass filter at the output. I have not added any extra low pass filter in my construction because I don't think it is needed. You can easy find several homepages about low pass filter and how to build them.

Circuit audio power amplifier using integrated lm4782 overtureTM for three channels of 25W with mute and stand-by LM4782 is audio amplifier of three channels capable to supply 25W of potency for channel. LM4782 uses the system of protection of National Self Peak Instantaneous Temperature (˚Ke) (SPiKeTM). Spike protects the exit of the lm4782 of on tension on load, short of the source for gnd, temperature protection and picks instantaneous of temperature. Each amplifier of the lm4782 has a mute circuit and internal stand-by, that can be controlled by logic it expresses. LM4782 can be configured to be used in bridge or in parallel way without complications, it exists several ways to use integrated him. To know more on spike it seeks for AN-898 in the site national.com . Description of the operation of the circuit of the amplifier with lm4782 The circuit described here it is treated of the application suggested by the national semiconductors for an amplifier of potency of three channels with having integrated lm4782. To determine the heat-sink to be used it sees the datasheet of the lm4782. In the way stand-by the drain of current of the source VCC is less than 30µA for all amplifiers and chain drained of the source VEE is typically of 8mA. Bypassing Capacitors To eliminate possible oscillations or instability in low frequency high frequency either is used a capacitor electrolytic or of tantalum to absorb variations in low frequency and a ceramic capacitor to prevent feedback in discharges frequencies. those components are placed in the power lines. Filter high raisin The combination of it Laughs with ci it creates a filter high raisin. The frequency answer is determined by those two components. The point of -3dB can be found using the equation below: fi=1/(2ÀRiCi) (Hz) If a capacitor of blockade dc be used, there is another filter it passes discharge servant with the combination of Cin and Rin. When great values of Rin are used it can happen oscillations in the exit. To determine the type of the heat-sink and other assembly configurations it sees the datasheet of the lm4782. Source for the circuit That proposed circuit requests a symmetrical source of +-25volts that is capable of ?¤ “teão is necessary that is regulated. Just use a good transformer, rectificators and great capacitors of filter of at least 10000µF. The transformer uses transformer torodal preferably, they exist virtual stores that sell transformers and they dispatch for the whole brazil. Schematic of the circuit of the potent amplifier with lm4782 Orijinal görüntüsünü görmek için buraya tıklayın. 524x566 px. Printed circuit board (couple face) side of the it welds suggested by the national for assembly of the potent amplifier of three channels Circuit board (couple face) printed side of the components suggested by the national for assembly of the amplifier Assembly of the components of the amplifier in the board silkscreen of the board of the amplifier It lists of material for assembly of the amplifier Name value tolerance type /description RIN1,RIN2,RIN3 33kP6; 5% 1/4 watt RB1,RB2,RB3 1kP6; 1% 1/4 watt RF1,RF2,RF3 20kP6; 1% 1/4 watt Ri1,Ri2,Ri3 1kP6; 1% 1/4 watt RSN1,RSN2,RSN3 4.7P6; 5% 2 watt ID 2.7P6; 5% 1/4 watt RV 5.1kP6; 5% 1/4 watt CIN1,CIN2,CIN3 1µF 10% Film metallic polyester CN1,CN2,CN3 15pF 20% Ceramic Ci1,Ci2,Ci3 68µF 20% Ceramic Radial / 35V CSN1,CSN2,CSN3 0.1µF 20% Ceramic CV 0.1µF 20% Ceramic CS1,CS2 0.1µF 20% Ceramic CS3,CS4 10µF 20% Radial Ceramic /50V CS5,CS6 2,200µF 20% Ceramic Radial / 50V S1,S2 Key SPDT (on-on) J1,J2,J3 PCB Montage RCA Jack J5,J7,J9,J11 PCB Banana Jack – Black J4,J6,J8,J10,J12 PCB Banana Jack – Red VZD 5.1V Zener Diode 1W U1 LM4782 TO-220 For more information to do download of the datasheet of the lm4782

A simple Remote tester to check all types of Remote hand sets……. This simple remote tester can be a good tool to check whether a remote hand set is working or not. It uses the commonly available IR sensor TSOP 1738.The IR sensor has a PIN photodiode and an FET signal amplifier enclosed in an Epoxy case. The sensor requires five volts for its operation and its output is active low. Normally its output gives + 5 volts and goes down to zero when it receives 38 KHz pulsed IR rays. When the remote handset is focused on to the sensor and any one button is pressed, buzzer beeps and LED blinks indicating that the handset is OK. Remote Tester Circuit Diagram

These Phones added for Repair Boot Huawei U8120Samsung B7330Samsung G810Samsung G818Samsung I520Samsung I550WSamsung I560Samsung i740Samsung I910Samsung I5510Samsung i7500USamsung I8320Samsung S5560Samsung S5560CSamsung S5560HSamsung S5560ISamsung S5570Samsung S5570BSamsung S5570L DOWNLOAD JTAG-Pro Tool Aka GPG JTAG V1.08.rar ---------- Sonra gönderilen Saat 19:24 ---------- İlk önce gönderilen Saat 19:22 ---------- Unlock - Repair imei - Unbrick - Repair Boot - Full Flash Sony Ericsson E10I Sony Ericsson E10A Sony Ericsson E15A(X8) Sony Ericsson E15I Sony Ericsson E16I(W8) Sony Ericsson U20A Sony Ericsson U20i Sony Ericsson SO-01B Sony Ericsson X10a Sony Ericsson X10i UltraSonic High Speed Unlocking Speed....Don't Believe Check out This Video Sony Ericsson E15 Unlock Done :- Description -: Sony Ericsson series Service provider (Country code) unlock by GPGJTAG 1- Sold Wires to Phone Pcb 2- Connect Phone to GPGJTAG 3- Set Pinouts from GPGJTAG Software 4- Press Unlock 5- Attach Usb cable to phone !! Unlock Done !! Sony Ericsson series Repair Imei by GPGJTAG When Imei Repair needed ? 1. after write full flash, it needs to change imei 2.it can’t flash after repair Boot, it needs to change imei 3.after you replace phone flash or CPU, it needs to change imei 1- Sold Wires to Phone Pcb 2- Connect Phone to GPGJTAG 3- Set Pinouts from GPGJTAG Software 4- Tick Change Imei 5- Write your Desire Imei 6- Click Change imei 7- Attach Usb cable to phone !! Imei Repair Done !! X10 Read Orijinal görüntüsünü görmek için buraya tıklayın. 808x569 px. X10 Boot Repair Orijinal görüntüsünü görmek için buraya tıklayın. 805x565 px. X10 Repair Imei Orijinal görüntüsünü görmek için buraya tıklayın. 806x571 px. X10 Unlock Orijinal görüntüsünü görmek için buraya tıklayın. 803x573 px. E15 Unlock Orijinal görüntüsünü görmek için buraya tıklayın. 800x572 px. JTAG Pro Tool Aka GPG JTAG V1.12 Orijinal görüntüsünü görmek için buraya tıklayın. 900x3760 px. DOWNLOAD JTAG Pro Tool Aka GPG JTAG V1.12

POWER SUPPLY WITH ADJUSTABLE OUTPUT 0-15V / 1A The objective of the schematic is to create a power supply that would produce an output of 0 V to 15 V at 1 A current. - 2N3055 – a complementary Silicon Epitaxial-Base planar NPN transistor mounted in TO-3 metal case for use as power transistor- Bridge Diode – also known as bridge rectifier which has four diodes arranged in a bridge configuration where the output voltage has the same polarity with either polarity of the input voltage The construction of this power supply schematic is very simple in such a way that the components used are easy to be located while the cost is very cheap. With the biggest provided current at 1 A, the output voltage is adjusted for minimal ripple effect and stabilized in the range of 0 V to 15 V DC. This is made possible by the standard transformer output of 1.5 A with a primary winding voltage of 220 V and secondary voltage of 18 V. The current is being limited by the Zener diode D1 with a rating of 18 V and 1.5 W. The linear potentiometer R2 is responsible for the regulation of current. The power transistor Q1 is a classic type that would require to be placed in a suitable heatsink to suppress the high heat dissipation during the operation of the circuit. The heat dissipation will be continuous during the presence of the highest current. The bridge diode GR1 will provide full wave rectification from the AC input which will also convert the incoming alternating current (AC) input into direct current (DC) output. One good feature of the bridge diode is maintaining the same polarity of the output regardless of the polarity of the input. R1= 56ohm 2W R2= 330ohm Lin. pot. C1= 2200uF 35V C2= 100uF 35V C3= 10uF 25V C4= 220uF 25V C5= 100nF 100V GR1= 4 X 1N4007 Q1= 2N3055 T1=220V@18V 1.5A D1= 18V 1.5W zener The 15V/1 A power supply may be used to handle home automation control system which can be powered by 12 Vdc. They can be made into power adapter models to support a wide variety of applications such as TFT monitors, broadcasting, laptops, digital cameras, telecommunications, PSP’s, routers, notebooks, guitar effects pedals, KVM extenders, iPod’s, scanners, CCTV’s, printers, cassette players, radios, and other portable applications. POWER SUPPLY WITH ADJUSTABLE OUTPUT 0-15V 1A.pdf Alternatif Link FileSwap.com : POWER SUPPLY WITH ADJUSTABLE OUTPUT 0-15V 1A.pdf download free

Installation: You must start by installing a complete distribution, as described below. Then check for updates, which are installed on top of the distribution. The easiest way to bring the distribution to the latest recommended version is to use the Combined Update. Complete Distributions: Here are the instructions for installing the complete FreePCB distribution. Download the latest version of the software using one of the links for "Complete Distributions" below. You can choose from: An installer application, with a name like FreePCB_1200_setup.exe.A self-installing archive, with a name like FreePCB_1200_bin.exe.A zipped archive, with a name like FreePCB_1200_bin.zip Install the software into a folder on your hard drive such as C:\FreePCB or C:\Program Files\FreePCB. This folder should now contain subfolders as shown: The subfolder bin contains the FreePCB.exe executable and the default configuration file default.cfg.The subfolder doc contains documentation (such as this User Guide)The subfolder lib contains the core footprint libraries.The subfolder lib_contrib contains footprint libraries contributed by users.The subfolder lib_extra contains less commonly used footprint libraries.The subfolder projects contains folders for each projectThe subfolder src will be empty. You can install the source code into it using one of the "Source Update" links below.If you used the installer application, you were prompted to create a desktop shortcut to start FreePCB. If you used one of the archives, you can make a shortcut manually. Open the .\FreePCB\bin folder in Windows Explorer, and drag the file FreePCB.exe onto the desktop with the RIGHT mouse button. You should be prompted with a list of options including creating a shortcut. Updates: These are updates to selected files in FreePCB (usually just the executable, FreePCB.exe). You must have previously installed a complete package, as described above. Then you can download the update, unzip it, and replace the appropriate file(s). The Combined Update includes all of the files necessary to bring the distribution to the latest recommended version. Downloads Complete Distributions: Version Contents Link 1.2 Installer FreePCB_1200_setup.exe 1.2 Self-installing archive FreePCB_1200_bin.exe 1.2 Zipped archive FreePCB_1200_bin.zip

This HD TV UHF wideband amplifier(Ultra High Frequency amplifier) has a total gain of 10 to 15 dB in the 400 – 850 MHz domain frequency so it can be used where the tv signal is weak. For this UHF antenna tv amplifier to work correctly you need to cut the components pins as short as possible. C1, C2, C6, C7 are SMD type ( surface mounted ). This antenna tv amplifier or uhf wideband amplifier need to be build inside of a metal box and then connected close to the tv antenna. Prototype pictures (Prototip resimler) Antenna HD TV UHF band amplifier circuit schematic (Anten HD TV UHF bandındaki amplifikatör devre şeması) PCB layout for Wideband HD TV UHF Antenna TV Amplifier Circuit using transistor 2sc3358 (Baskı Devresi) The power supply is a simple 12V stabilized source. The antenna tv amplifier can be connected directly to the power supply thru coaxial cable of the tv antenna but you need a 10 – 100uH coil on the alimentation line. The tv set will be connected to the uhf amplifier thru a small coupling capacitor. Adjusting is easy, just bring the P1 to the middle and then adjust it untill you obtain the best tv image quality. Digital Tv antenna UHF amplifier components (Devrede kullanılan malzeme listesi): T1 -Transistor 2sc3358C1 – 10µF/35vC2,C9 – 1nFC3 ,C4 – 10nFC5,c6,c7,c8 – 10pFR1 – 470 OhmsR2 – 2.2 KR3 – 1KohmsP1 – 5KohmsL1,L2 – 2 turns 22AWG , 3mm Ø.L3,L4 – 10uH or 10 turns, 0.2mm Ø on ferrite..12 volts special power supply. 2sc3358 Transistörü kullanılarak Geniş Bant DTV UHF Anten TV Amplifikatör Devresi

PCB DC24V to AC220V Inverter 300W by NE555,CA3130,MJ15003 This is circuit Inverter 300, Input battery 24V to Output 220V 50Hz 300W. Use Component IC 4027,NE555,CA3130,7805 and Transister MJ15003. Orijinal Resmi Görebilmek için buraya tıklayınız. Orijinal Resmi Görebilmek için buraya tıklayınız.

Solution support up to 4 client in LAN connection: Server 1. Change MAC address, save, shutdown restart, and remember to plug-in card! 2. Set NewCamd Server and press red button to configure. 3. Set server port 8000 (recommended), user name and password. Default DES key is 01020304050607 08091011121314 4. Press the start button, open the server, button will become a stop (second press will shut down the server). Do not press stop, EXIT to main menu or other operations, such as watching television) Client 1. Change MAC address, save, shutdown restart! 2. Set NewCamd Client and press red button to configure. 3. Enter the server's IP and PING to check LAN connection first. 4. If success than enter port, user name, password, etc. 5. Login and through NewCamd agreement, you can watch TV In the server side you will find “connect success” it illustrate the success of the client connections.

12 volt AC To 220 Volt AC Konvertör

If you are interested to build TV transmitter for your electronic project this Advanced TV Transmitter With Sound designed by Tetsuo Kogawa could be good idea for you. TV transmitter consists of of the two sections: video transmitter and audio amplifying. Both of them actually is transmitters. The main one generates video carrier while the smaller one generates the exact 4.5 (5.5 in some countries) MHz FM audio carrier. When it is supplied to the main section, the combination generates the audio carrier that is the total of the video frequency plus 4.5 MHz (this is the same in the US but different in other countries: 3.5 in the UK, 5.0 in Italy, 5.5 in Australia and so on: see the channel plans). The Audio section (1)Coil: The most difficult point is the coil. You can use any type of coil as long as it fits the inductance. But the size of coil for 4.5 MHz is quite large if you use usual type of coils. Here I will use Ferrite Troidal core that is made by Amidon Associates. Wind 0.2 ECW (enamel-coated wire) around the "FT-50-43" (Amidon) in 24 turns. (2)Transistor: You can use popular ones such as 2SC2001, 2SC1815, 2SC1907, etc. But you must keep the pins (E, C, B). How to adjust: Connecting the prove of the frequency counter at "#to the audio-in". Then adjust "Trimer cap. (80PF)" as the frequency counter shows exactly 4.5MHz. Sometimes, you have to add some capacitors (depending 100-1000PF) at the "E(mitter)" position of the transistor in order to adjust the frequency.

Kurulum: 1. zip dosyasını update.zip olarak adlandırın. 2. Bu dosyayı SD karta atın. 3. Kartı tablet bilgisayarınıza takın ve Volume + butonuna basarken aynı anda power butonuna basın. 4. Android adamı gözükene kadar bekleyin. 5. Güncelleme işlemi başlayacaktır. 6. Güncelleme tamamlanınca tabletinizi yeniden başlatınız. Not: firmware işlemi sırasında meydana gelebilecek tüm hasar ve bilgi kayıplarından kullanıcı sorumludur. Update işlemi sırasında tüm veriler silineceğinden bilgilerinizin yedeğini alınız. http://www.fileswap.com/dl/4hZnZzq5OG/update.zip.html ---------------------- Ainol Novo 7 Paladin ICS 4.0.3 update Update: 1. Go to your settings and remember where to change the system language ;-) 2. Download the update.zip here 3. Copy the update.zip to the root of your sd-card DO NOT UNPACK 4. Tablet is off, sd-card is inserted. Press and hold Vol + and Power until update procedure starts. 5. Be patiend, wait until update is complete and tablet reboots. 6. Go to the settings and change the language from Chinese to whatever you like (hope you didn't skip step 1) ;-) 7. Enjoy :-)

project of circuit potency lineal RF amplifier with BLY90 for Fm transmitter or vhf transmitter Circuit for lineal amplifier for VHF with power source and printed circuit board, using the transistor Bly90 It is to be used as amplifier of potency of RF in the high strip of of the power source that should be capable to supply a tension of 13 volts with a current of 10 amperes. it demands right care in the assembly of the source. Terrified armored transformer, and three shocks of RF to filter the components of high frequency. XRF1 and XRF2 are 30 you turns of wire 25 AWG in a nucleus of ferrite of 1 cm of diameter and 5 cm length. It can use one of a source at/atx bad, it is easier. XRF3 are 100 you turns of wire 25 AWG in a ferrite nucleus and 1cm of diameter for 5cm of length. Or use an usually found in the exits of sources ATX’s. something around 100µH. The capacitors C1, C2, C3, C4 should be ceramic of 600 V or more and the capacitors of 10nF are for 100v. RX cannot be of wire. Power supply circuit for the rf lineal amplifier Orijinal görüntüsünü görmek için buraya tıklayın. 512x223 px. About the transistor BLY90 The Transistor BLY90 was developed to work in the classes THE, B and C, with 12.5V current of 8A. For applications above 175MHZ. Below we have the diagram circuit of the amplifier using an only transistor BLY90. All capacitors should be ceramic. The resistor of 10Ω for 1 w should not be of wire, the entrance impedance and exit is of 50Ω , soon it should be linked with cable of 50Ω . It should be observed the legal restrictions as the operation of that equipment type. Diagram circuit of the project for the rf lineal amplifier Orijinal görüntüsünü görmek için buraya tıklayın. 522x297 px. Printed circuit board for the lineal amplifier with bly90 Below we have the drawing of the printed circuit board of the transmitter, observe that the components are mounted beside the copper and with the terminals the shortest possible, use heatsink in BLY90. lists of material for assembly of the lineal RF potency amplifier Power Supply RX = 22KΩ 1W C1,C2,C3,C4 = 100nF 600V Ceramic C5,C6,C7,C8, =10NF 100V C9 = 100NF C10 = 4700µF C11 = 2200µF D1,D2,D3,D4 = 1N5401 or equivalent. XRF1,XRF2 = 30 turns of wire 25 AWG in nucleus of ferrite of 1cm diameter for 5 length. Optional, use a shock of RF of a computer source, those of the entrance of the net. XRF3 = 100 turns of wire 25 AWG in a nucleus of ferrite of 1 x 5. T1 = Transformer of 12 Volts for 10 Ámperes with screening. Several = box, plugs, cables, etc. Amplifier of RF Q = BLY90 R = 10Ω 2W C1 =15PF C2,C3,C4,C5 = 100PF C6 = 470NF C7,C10,C11 = 470PF C8 = 47PF C9 = 56PF C12 = 22PF CV1,CV2 = TRIMMER 4 – 40PF CV3,CV4 = TRIMMER 60PF MAX. L1 = 3 turns of wire 24 AWG with diameter of 7mm, nucleus of air. L2 = Shock of RF of 0.22µH. L3 = 15 turns of wire 24 AWG around a resistor of 47Ω x 2W (it doesn’t serve as wire) L4 = 3 turns of wire 24 AWG with diameter of 7 mm, nucleus of air. L5 = 1 turns (sees fig. below for details) L6 = 3 turns of wire 24 AWG with diameter of 7 mm., nucleus of air. L7 = 4 turns of wire 24 AWG with diameter of 7mm, nucleus of air. Several = printed circuit board, antenna, cables, heatsink, box, etc. Detail of L5. That project is just for ends of didactic test, that doesn’t implicate in any responsibility of the idealizator about the non operation or illegality of operation of the equipment.