Transcript
Page 1: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 2: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 3: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 4: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 5: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 6: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 7: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 8: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 9: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 10: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 11: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 12: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 13: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 14: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 15: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 16: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 17: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 18: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of
Page 19: RCA Labs...A simple calculation shows that the average ballast resistor voltage (or power) will be 0.38 of the average value for the heater Now the factors dictating the choice of

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