(48)
Circuit Electrical Ground
Where it is first named
The resistive wire-coil (42) allows a voltage potential (electromagnetic induction process) to form across said pickup-coil (42), while the resistive value (Ohm value) of said coil-wire acts as a resistor which opposes electron flow from said circuit electrical ground (48).
How it is written
- (48) 2×
Drawings 2
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Beside the passage · DUAL VOLTAGE RESONANT "Q"
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Component arrangement of said Voltage Intensifier Circuit 9XA as to 20YA retards or prevents amp flow. · Dual Voltage Resonant "Q" - Part 2
Where it is named · 2
DUAL VOLTAGE RESONANT "Q" 1×
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circuit electrical ground (48)
The resistive wire-coil (42) allows a voltage potential (electromagnetic induction process) to form across said pickup-coil (42), while the resistive value (Ohm value) of said coil-wire acts as a resistor which opposes electron flow from said circuit electrical ground (48).
