LM317T Voltage Regulator with Pass Transistor

My site ... www.tmanskarts.com ... diy forum post http The Kawasaki Twin Owners Forum www.armbell.com 1) black goes to "?" 2) white goes to "?" 3) voltage regulator/rectifer 4) "?" 5) "?" 6) "?" 7) white goes "?" 8) battery + cable 9) yellow goes to "?" 10) black goes to "?" 11) starter 12) "?" 13) would connect to the negative side of coil AWESOME UP date ( from anderkart on www.diygokarts.com ) Hey were making progress. I'll just mention again that if you own or can borrow most any functioning Ignition coil and 2 spark plug wires off a car or truck, you could use them to test start your engine. I've expanded below how to wire up the coils + and - wires. Then all you'd have to do is rig both spark plug wires together into your coils single output. Your engines original coil fired both spark plugs simultaneously just like this, it just had dual spark plug wire outputs. Ok cool, its a 77. Below is the correct 1977 schematic and I've updated my wiring identification info from my previous post: 1- Rectifier ground wire (I'd connect this to the same location your negative battery cable bolts to the engine) 2- Rectifier power feed (connects to + side of battery) 3- Rectifier. (It converts A/C to D/C voltage) 4, 5 and 6 are the three AC-voltage legs coming from your engines charging coil. (looks like that plug just went bad and they bypassed 2 of the wires around it) For now your engine would start and run fine without #1 through 6 or #12 connected. (they're all just to charge ...



http://www.youtube.com/watch?v=N3axhlk1d9Y&hl=en

Designing microcontroller-based battery charge regulators for the SLA battery pack in my electric car- see my other videos. For more information, check acuteaero.com . Had considered simply making zener regs, but there was a lead time on the batteries, so I decided to do it right.



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Using a 1W Powersports Solar Charger from Canadian Tire (on sale for $10), and a 7850 5v Voltage Regulator from The Source (way overpriced at 5$). w3bguru.com



http://www.youtube.com/watch?v=rl4i0-tS5sk&hl=en

HTPC Hell htpc-hell.zxq.net



http://www.youtube.com/watch?v=kOfSK4Afo1o&hl=en

with Kelly Consoer video.linear.com Modern FPGAs and servers operating at low voltages are sensitive to subtle supply drops. The droop may result from a combination of excess regulator noise, insufficient bandwidth in the supply regulator, excess ESR & ESL in the decoupling components, or distributed inductance in the power distribution. To abate the risk of supply droop the typical approach is to surround the processor with an assortment of ceramic and bulk capacitors, thereby lending broadband support to the supplies with capacitors. This consumes board area and component budget. Linear Technology's LT3070 is a POL regulator designed for FPGA & server applications. The LT3070 commands high bandwidth and fast transient performance by providing lower output impedance than bulk capacitors, thus eliminating the need for bulk capacitors. With the LT3070, the distributed decoupling network is reduced to just a few small ceramic capacitors. The high bandwidth combined with a 25uVRMS noise floor, make the LT3070 the fastest, quietest, lowest dropout, and most cost effective 5A monolithic linear regulator in the industry.



http://www.youtube.com/watch?v=qsYZQ29t9dg&hl=en

Ajay from National demonstrates LM5088 high-voltage, wide input range, non-synchronous buck voltage controller featuring frequency dithering capability for low EMI.



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