ELEKTRONİK TE KULLANILAN KISALTMALAR

A (amp)=Ampere Amper
AC=Alternating Alternatif akım
AC/DC=Alternating current or Direct current Alternatif akım Doğru Akım
A/D=Analog to digital Analog dijital
ADC=Analog-to-digital Analog-dijital çevirici
AF=Audio frequency Ses frekansı
AFT=Automatic fine tuning Otomatik ince ayar
AFC=Automatic frequency Otomatik frekans kontrolü
AFC=Automatic flow controller controlling the flow of gasses under pressure into a vacuum Otomatik akış kontrolörü
AGC=Automatic gain control Otomatik kazanç kontrolü
Ah=Ampere hour Amper saat
Ai=Current gain Akım kazancı
AM=Amplitude modulation Genlik modülasyonu veya Frekans modülasyonu
AM/FM=Amplitude modulation or Frequency modulation AM/FM
AMM=Analog multimeter Analog multimetre
Antilog=Antilogarithm Antilogarithm
Ap=Power gain Güç Kazanmak
APC=Automatic phase control Otomatik Faz Kontrolü
Av=Voltage gain Gerilim Kazancı
AVC=Automatic volume control Otomatik ses kontrolü
AWG=American wire gauge Amerikan tel gauge
B=Flux density Akı yoğunluğu
Bfo=Beat frequency oscillator Beat frekans osilatör
BCD=Binary coded decimal Ikili kodlu ondalık
BJT=Bipolar junction transistor Bipolar Jonksiyonlu Transistör
BW=Bandwidth Bant Genişliği
c=Centi (10-2)
C=Capacitance capacitor Kapasitans veya kondansatör
CAD=Computer aided design Bilgisayar destekli tasarım
CAM=Computer aided manufacture Bilgisayar destekli üretim
CATV=Cablo tv
CB=Common base configuration Ortak temel yapılandırma
CB=Citizen's band Halk Bandı
CC=Common collector Ortak kolektör
CE=Common emitter Ortak emetör
Cm=Centimeter Santimetre
Cmil=Circular mil Dairesel mil
CPU=Central processing unit Merkezi işlem birimi
C(Q)=Coulomb Kulomb
CR=Junction diode Junction diyot
CRO=Cathode ray oscilloscope Katot ışın osiloskop
CRT=Cathode ray tube Katot ışınlı tüp
CT=Total capacitance Toplam kapasitans
Cw=Continuous transmission Sürekli iletim
D=Deci (10-1)
D/A or D-A=Digital to analog
DC=Direct current
Di or di=Change in current
DIP=Dual in-line package
DMM=Digital multimeter
DPDT=Double pole double throw
Dt or dt=Change in time
DTL=Diode transistor logic
Dv or dv=Change in voltage
DVM=Digital voltmeter
E=Instantaneous difference in potential
ECG=Electrocardiogram
ECL=Emitter coupled logic
EHF=Extremely high frequency
EHV=Extra high voltage
ELF=Extremely low frequency
EMF=Electromotive force
EMI=Electromagnetic interference
EW=Elektronic warfare
F=Frequency
FET=Field effect transistor
FF=Flıp Flop
Fil=Filament
FM=Frequency modulation
Fr=Frequency at resonance
Fsk=frequency-shift keying
FSD=Full scale deflection
G=Gravitational force
G=Conductance
G=Giga (10 9)
H=Henry
H=Magnetic field intensity
H=Magnetizing flux
H=hecto (102)
h=Hybrid
HF=High frequency
Hp=Horsepower
Hz=Hertz
I=Current
İ=Instantaneous current
IB=DC Base current
IC=DC Collector current
IC=Integrated circuit
Ie=Total emitter current
Ieff=;Effective current
IF=Intermediate frequency
Imax=Maximum current
Imin=Minimum current
I/O=input/output
IR=Infrared
I=Resistor current
IS=Secondary current
IT=Total current
JFET=junction field effect transistor
K=Coefficient of coupling
K=Kilo (103)
kHz=Kilohertz
kV=Kilovolt
kVA=Kilovoltampere
kW=Kilowatt
kWh=kilowatt-hour
L=Coil, inductance
LC=Inductance-capacitance
LCD=Liquid crystal display
L-C-R=Inductance-capacitance-resistance
LDR=Light-dependent resistor
LED=Light emitting diode
LF=Low frequency
LM=Mutual inductance
LNA=Low noise amplifier
LO=Local oscillator
LSI=Large scale integration
LT=Total inductance
M=Mega (106)
M=Mutual conductance
MI=Mutual inductance
M=Milli (10-3)
mA=Milliampere
Mag=Magnetron
Max=Maximum
MF=Medium frequency
mH=Millihenry
MHz=megahertz
Min=Minimum
Mm=Millimeter
Mmf=Magneto motive force
MOS=Metal oxide semiconductor
MOSFET=Metal oxide semiconductor field effect transistor
MPU=Microprocessor unit
MSI=Medium scale integrated circuit
mV=Millivolt
mW=Milliwatt
N=Number of turns in an inductor
N=Revolutions per minute
N=Nano (10-9)
N=Negative
nA=Nanoampere
NC=Normally closed
NC=No connection
NEG neg=Negative
nF=Nanofarad
nH=Nanohenry
Nm=Nanometer
NO=Normally open
NPN=Negative-positive-negative
Ns=Nanosecond
nW=Nanowatt
OP AMP=operational amplifier
P=Pico (10-12)
P=Power
P=Instantaneous power
P=Positive, also peak
PA=Public address or power amplifier
pA=picoampere
PAL=Programmable Array Logic
PAM pam=Pulse amplitude modulation
Pap=Apparent power
Pav=Average power
PCB=Printed circuit board
PCM pcm=Pulse-code modulation
PDM=Pulse-duration modulation
pF=Picofarad
PLD=Programmable Logic Device
PLL=Phase locked loop
PM=Phase modulation also Permanent magnet
PNP=Positive-negative-positive
POT, pot=potentiometer
P-P=Peak to peak
PPM=Pulse-position modulation
PRF=>Pulse repetition frequenc
PRT=Pulse repetition time
Pw=Pulse width
PWM, pwm=Pulse width modulatio
Q=Charge, also quality
Q=instantaneous charge
R=Potentiometer
R=Resistance
RAM=Random access memory
RC=Resistance-capacitance, also Radio controlled
Rcvr=Receiver
Rect=Rectifier
Ref=Reference
Rf=Radio frequencies
RF=Radio frequencies
RFI=Radio frequency interference
RL=Load resistor
RLC=Resistance-capacitance-inductance
RMS, rms=Root mean square
ROM=Read only memory
Rpm=Revolutions per minute
SCR=silicon controlled rectifier
SHF=Super high frequency
SIP=Single in-line package
SNR=Signal-to-noise ratio
SPDT=Single pole double throw sq
cm=Square centimeter
SSB=Single sideband
SW=short wave
SWR=Standing-wave ratio
SYNC sync=Synchronous
T=Tera (1012)
T=Torque
T=Transformer
T=Time in seconds
TC=Time constant, also temperature coefficient
TE=Transverse electric
Temp=Temperature
THz=Terahertz
TM=Transverse magnetic
TR=Transmit-receive
TTL=Transistor-transistor logic
TV=Television
TWT=Traveling wave tube
UHF=Ultra high frequency
UHV=Ultra high voltage
UJT=Unijunction transistor
UV=Ultraviolet Ultraviol
V=Vacuum tube Vakum tübü
V, v=Volt Volt
V=Instantaneous voltage Ani Voltaj
VA=Volt ampere voltaj Amper
Vav=Voltage (average value) Gerilim Ortalama değer
VBE=DC voltage base to emitter Beyz emiter için dc voltaj
V=Capacitive voltage Kapasitif gerilim
VCE=DC voltage collector to emitter Kollektör ve emitör için dc gerilim
VCO=Voltage controlled oscillator Gerilim kontrollü osilatör
VHF=Very high frequency Çok yüksek frekans
Vi=Input voltage Giriş gerilimi
VL=Inductive voltage Endüktif gerilim
VLF=Very low frequency Çok düşük frekans
Vm=Maximum voltage Maxsimum voltaj
VOM=Volt ohm milliameter Voltaj Ohm miliampermetre
Vout=Output voltage Çıkış voltajı
Vp=Primary voltage Birinci voltaj
VS=Source voltage Kaynak gerilimi
VSWR=Voltage standing wave ratio Gerilim duran dalga oranı
VT=Total voltage Toplam voltaj
W=Watt vatt
XC= Kapasitif reaktans
XL=Inductive reactance Endüktif reaktans
Y=Admittance Kabul giriş
Z=İmpedance
Zin=Input impedance Giriş empedansı
Zo=Output impedance Çıkış empedansı
Zp=Primary impedance Birinci empedans
Zs=Secondary impedance İkinci empedans
ZT=Total impedance Toplam empedans