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TV eeprom Dosyaları Full Arşiv Linkler ekteki dosyada olup dosya Tüm tv eeprom dosyaları mevcuttur süper bir arşivdir. Boyutu 1.41gb olup 16 ayrı parttan oluşuyor

Yumatu ALİ (3602) FULL HD [1.1.12] CCCam Test Yazılımı

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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

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.

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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