Trans/AMPs
Oscillators
Logic Gates & functions
Compents/power systems
RANDOM !!
100

Three basic amplifier configurations for a transistor

Common Emitter (CE) or Grounded Emitter

Common Base (CB) or Grounded Base

Common Collector (CC) or Grounded Collector

100

Wave generators, converts DC from a power supply into an AC signal.

Oscillators

100

six basic logic gates.

AND Negated AND (NAND) OR Negated OR (NOR) Exclusive OR (XOR) Exclusive NOR (XNOR)

100

Factors that Affect Resistance

(R) Resistance

(ρ) Material

(l) is Length

(α) is Cross-sectional area

100

**STEAL** whoever says first may steal the points name the 4 class amplifactions

A AB B C 

chump. 

200

consists of metal with a very large surface area,

attached directly to the metal case of a transistor, 

dissipate heat into the surrounding air

more rapidly

A heat sink 

200

Two of the most common types of atomic oscillators

rubidium gas cell oscillator and the cesium beam oscillator.

200

at least two inputs, only one output and performs a logic function.


Gate

200

consists of 5 main parts Two main circuits: primary and secondary

relay 

200

purely electronic and contain no moving parts. 

DOUBLE POINTS !! 

Solid state Relays, SSR

300

Has three terminals similar to the bipolar junction transistor

(FET) 

Source – current entry point

Drain – current exit point

Gate – controls the flow of current through the FET

300

can use audio as its input instead of a constant voltage input. output frequency of the oscillator is now being controlled by the amplitude (voltage level) of the audio signal.

if you get this wrong you have to sing the first verse of the air/space force song aloud. 

VCOs

300

binary 1 represents _binary 0

represents _

binary 0

represents 0V and binary 1 represents +5V.

300

In Transformer Schematic drawings, When the phase dots are opposite, or none shown

Out of phase

300

STEAL** draw a AND and XOR gate 

first to finish gets the points 

suckaaaa 

400

Reduce unwanted ripple, Regulate output voltages, Miniature, all-in-one board applications, Improved reliability, Current limiting capability, Provide over voltage protection.

Advantages of an IC EVR 

400

If the frequencies do not match, then the __ sends an

error/tuning voltage to the oscillator to tune it to the

correct frequency.

PLL phase lock loop

400

QUICK !! draw and XNOR gate and a inverter !! 10 seconds  

Curved line with an arrowish thang, and a negated symbol, and a triangle w a dot  

400

the inductive interaction between two or more separate windings. It is the principle that makes transformers work

Mutual induction

400
Name all primary and secondary Batteries. 

Carbon zinc and alkaline are primary cells.

Lead-acid, nickel cadmium, and lithium are

common types of secondary cells.


500

Easier, more accurate tuning, Isolation between stages so that one stage does not feedback and interfere with other stages. Used for impedance matching between stages. USED IN MANY RF

Transformer Coupling 

500

uses a transistor, or other non-linear devices, to split the power requirement. necessary to provide voltage gain.

Amplifier

500

Digital circuits use transistors to create logic gates in order to perform

Boolean Logic 

500

linear (analog),  digital , mixed

(bonus 25 points for saying the responsibility of each) 

Classes of Integrated Circuits

500

can be used as a voltage-variable capacitor to change the output frequency of the oscillator and allows it a greater frequency range for the output as well. 

if you get this wrong you have to tell the class the craziest story that happened to you. 

A varactor.