Ok the project is done . And my scope is finished , it is dying on me more and more everyday , Its now impossible for me to even stop and see a pulse train . I simply hate working with this scope because it takes about 10 minutes of tweaking before I see something . But I still did it , it works , Im now done with my pcb and waiting on a component for final assembly , after that it will be ready to market .
Tiny square the size of a cd , this includes room for 3 nice sized heatsinks ( they are up like buildings tho ) , Its about the size of the jolt circuit . The oscillator IC i use is good up to 1 Mhz , I am using 3 very reliable cmos compatible 2 amps yet tiny pre-mosfet driver with their respective bypass caps for each of their power mosfets . There will never be such a thing as a burned out Mosfet , you caan go up to 20 AMPS , 160 volts ( all contained in a little cd square ) , the switching will be clean and crisp and as fast as possible for those massive spike . If you provide that BEMF protection diode , you wont have any problems, ever .
For the Boyce side I am using pretty much everything I already got . You can run only your main frequency ( faster ) , , the other 2 frequencies will simply latch on to w/e phase you choose ( done with a potentiometer ) you can start f/2 , f/4( independently if you wish , or f/4 can be locked to f/2 ) . You start either anywhere between -45 degs from the starting edge and +45 degs from the failing edge of that 44khz first octave ( always locked to that window ) . How I do this is my own method and does not involve any of the Banki circuit , in fact , I am using no timer chips whatsoever . Each of these frequencies has the possiblitiy to be gated , with a phase locked gating ( again ) , either 2,3,4,5,6 pulses , inverted from eachother ( or not ) . All these pulses are always 50% duty cycle and always 100% perfect/complete .
I am also using 1 chip less than Banki if I dont count the gating .
You can also use it as Square wave A/C like inverter driver for other experiments
This is the best oscillator system ever conceived , its flexibility , multi-application aspects makes it the only "manual" tool an experimenter could ever want or need . All cmos logic good from 5 to 14 volts for the control side ( do not go above 14 ) , each power mosfet has his own seperate input and output tho . 100% latchup free and 100% perfect pulses everytime , Pulse your VIC with 1 transistor 2 by simply plugging a lead and 1 resistor , all the same without any difference whatsoever . Multi-adaptable phase locked gating with duty cycle control over that or simply manual . Do whatever pulsing sequence your mind can come up with . Harmonics manual toggling for that fast switching possiblity .
Either it be Meyers , Tesla , TPU, Bob Boyce , you up and coming OU experimenters will finally have something decent to play with , it does it better , faster , squarer + you know whats going on . You can easily buy those 7$ frequency counters , you dont need a scope to see and make sure your pulsing is not crappy .
