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Electrons and protons.
Electrons and neutrons.
Protons and neutrons.
Electrons, protons, and neutrons.
3.
4.
5.
6.
Conductors.
Insulators.
Doped atoms.
Semi-conductors.
Conductivity.
Voltage.
Current.
Valence.
Voltage.
Coulombs.
Resistance.
Conductivity.
E, I, and C formula.
Power formulas.
Conductance.
Ohm’s Law.
Remains the same throughout the circuit.
Is the sum of the current through each component.
Is the reciprocal of the current through one component.
Is the reciprocal of the sum of the currents through each component.
.14 watts (w).
.14 kilowatts (kw).
3.92 w.
3.92 kw.
20 volt (v).
220v.
425v.
441v.
Sum of the voltages across each branch.
Voltage across each resistor.
Voltage across each branch.
The reciprocal of the voltage across the resistances.
Voltage.
Power.
Length.
Resistance.
11 ohms.
22 ohms.
44 ohms.
68.75 ohms.
Magnetic theory.
Saturation principle.
Magnetic field.
Law of attraction and repulsion.
A complete circuit.
A conductor.
An insulator.
A load.
Increase the area of the conductor.
Increase the amount of motion.
Increase the strength of the magnetic field.
Increase the relative resistance.
Conduction.
Commutation.
Rectification.
Electromagnetic induction.
Complete the circuit to the load.
Induce DC into the external circuit.
Rectify the input.
Change alternating current (AC) voltage to DC voltage.
Heat.
Resistance.
Magnetic field.
Electrostatic field.
Collapse.
Stop expanding.
Start to decrease slowly.
Continue to expand slowly.
Inductance.
Self-induction.
Mutual induction.
Inductive reactance.
Equal.
Less.
More.
None.
Meter.
Motor.
Switch.
Safety device.
Locking relay.
Latching relay.
Timing relay.
Tripping relay.
Heat.
Resistance.
A magnetic field.
An electrostatic field.
Outer case.
Positive lead.
Insulator.
Conductor.
Inductive reactance.
Impedance.
Capacitive reactance.
Capacitance.
Circuit current.
Applied voltage.
Type of dielectric.
Amount of resistance.
Neutral (N).
Biased (B).
Positive (P).
Negative.
A spike protector.
An amplifier.
A regulator.
A rectifier.
For a second or two at a time.
Until the gate potential has been reached.
Once the avalanche point has been reached.
Until an operational breakdown point has been reached.
Is destroyed.
Acts as a normal diode.
Conducts at zener value.
Exceeds the peak inverse voltage rating.
Series.
Parallel.
Everse-bias.
Series-parallel.
Gated.
Neutral.
Forward-biased.
Reverse-biased.
.5 volts.
.1 volt.
1.6 volts.
2.4 volts.
One.
Two.
Three.
Four.
Fuse.
Spike protector.
Circuit breaker.
Electronic switch.
Forward breakover voltage.
Holding current.
Peak voltage.
Gate current.
Forward breakover voltage must exceed the holding voltage.
Current must drop below the holding current.
Negative amp switch must activate.
Negative volt switch must activate.
Low current.
Medium current.
High current.
Very high current.
Analysis.
Recognition.
Repair and check.
Elimination and isolation.
Recognition.
Verification.
Analysis.
Isolation.
Zones.
Schematic.
Wiring diagram.
Reference designation index.
Zone.
Schematic.
Wiring diagram.
Reference designation index.
Absolute value.
Digital display.
Operating mode.
Range indication.
Reverse order.
Series-parallel.
Parallel.
Series.
As OL.
As zero.
As infinity.
A beep.
Focus.
Pitch control.
Voltage selector.
Time sweep selector.
A beep.
An extended analog bar graph.
An OL display.
A 0 ohms display.
1.
2.
3.
4.
The MIL-SPC–235 symbol or a warning marking.
The special coloring package as specified in local directives.
The MIL-STD–129 symbol or a caution marking.
A special control number as specified in local directives.
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