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* CS-100 x cihazın ön panelinde ( boot ) yazısı kalıyor ise cihazdan cihaza yazılım atın Cihazdan cihaza yazılım atılmaz ise mutlaka flash proğramlayınız.. * CS-100 x sinyal problemi ; güç var kalite yok ise 13 v 18 v var önce dl3 – dl4 kodlu diyot veya Q11 - Q12 - Q13 - Q3 - Q4 kodlu küçük transtörleri kontrol edin mutlaka biri bozuktur. * CS-100 x sinyal problemi ; güç kalite yok 13 v 18 v da yok bd 772 transtör ve lm 317 yi değiştirin bide tunerin kapahını açıp kontrol edin genelde kötü kablo kullanma sonucu tunerin içersine sugirebilir kontrol etmekte fayda var. * CS-100x : görüntü bozuk renkler karışık mutlaka 4053 nolu entegre bozuk değiştirin * CS-100x : cihaz çalışmıyor besleme voltajları yok d11 kodlu hızlı diyot bozuk genelde kısadevre olur ve besleme voltajları çıkmaz kontrol edin. * CS-100x : cihazda dispilay bozuk bazı rakamlar karışık yada canlı gözükür genelde bu arızanın yanında panelde bazı tuşlarda işlem yapmaz panelin arkasında tuşları ve dispilayı kontrol eden CH 450H kodlu entegrede hafif ısınma olur mutlaka değiştirin. CS-100x : rl-10csx : modellerinde TVscartından görüntü kayık yada renkler karışıksa böyle arızalarda VCR sıcart çıkışı normal çalışabilir mutlaka görüntü entegresi 4053 kodlu entegreyi dehiştirin. RL-10csx : cihazda sinyal yok dikey ve yataylarda güç ve kalite yok lm 317 de 13ve 18 volt çıkmıyorsa lm 317 nin önündeki QL 1 kodlu tıranstör dehiştirdiniz 13ve 18 çıkmazsa lm 317 yide dehiştirin RL-10csx : cihazın TV ve VCR skart çıkışlarında görüntü yok ama cihazda sistem var dispilay normal çalışıyor görüntü entegresi 4053 de kontrol ettiniz sorun devam ediyosa geriye işlemci kalır ve dehişmesi gerekir. RL-10csx : cihazın TV skart çıkışında görüntü yok VCR çıkışında görüntü normal var mutlaka 4053 kodlu tv skart çıkış entegresini değiştir. RL-10csx : cihazda sürekli BOOT yazıp açılıp kapanıyor cihazdan cihaza yazılım aktarmayı deneyin olmadı mutlaka 39vf 1601 yada 3201 kodlu flhaş ı söküp programlayın düzelecektir.

Orijinal görüntüsünü görmek için buraya tıklayın. 520x357 px. Orijinal görüntüsünü görmek için buraya tıklayın. 512x522 px. ali C BETA EL-700 FTA Super EL-3020 IR Plus EL-888 FTA Super &amp; Plus FTE MaxS 102 FTE MaxS 202 Univers 4121 Univers 4123 Cobra CB 4200 FTA Black Cobra CB 4200 FTA Silver Cobra CB 4200 CA Black Cobra CB 4200 CA Silver Condor 5500 CX Super Digi Class DSR-8001 Super Slim Digi Class DVB-8005CA Super Class DVB 2023 Super DVB 3005 SM Inpax X-2007 FTA Super Inpax X-2007 FTA Small Super Rifort DVB-8004 Super Samsat CA 310 Super Samsat CA 410 Super Samsat FTA 100 Super Samsat FTA 200 Super Samsat FTA 400 Super Starnet 4400 Super Starnet 5400 Super STARSAT SR-X10D Super STARSAT SR-X20D Super STARSAT SR-X30D Super STARSAT SR-X22CU Super STARSAT SR-X4000D Super STARSAT SR-X4200D Super STARSAT AG-R5100D Super STARSAT AG-R5200D Super STARSAT SR-X5300CU Super STARSAT SR-X6300CU Super Stream BM-150 FTA Stream BM-350 CAS STAR TRACK ST-15X Super Vision-x210 Vision-x215 ali B ALPHA AGI 5000 AGI 5100 AGI 5200 ALPHAVISION 700CA PLUS CLARKE TECH 1200FTA <fon

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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.

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