Content Index
Amateur radio online/offline calculator.
From an amateur radio operator - not only for amateurs.
Download for offline use: "szamolo hg9ieg 2013-07-13.tar.gz"  tar.gz  2.57 mebibyte .
A Admittance and impedance - from parallel capacitance, inductance, resistance and frequency
Admittance and impedance - from serial capacitance, inductance, resistance and frequency
Admittance - from impedance
Admittance, impedance
Amplification - from input and output power
Amplification - from input and output voltage
Amplifiers
APRS, UL and location - from APRS, UL or geographic coordinates
Area and diameter - from current and current density
Area - from conductance or resistance, conductivity or resistivity and length
Area - from diameter or radius or lengths
Area - from diameter, radius, lengths
Area, diameter and radius - from AWG
Area, diameter and radius - from BWG
Area, diameter and radius - from SWG
Asymmetric bridged T attenuator
Asymmetric Π attenuator
Asymmetric T attenuator
Attenuators ( R )
AWG - from area or diameter or radius
B Bandwidth - from frequency and dissipation or quality factor
Bandwidth, frequency, dissipation and quality factor - from capacitance, inductance and resistance
C Calculator
Call - from city, ZIP, UL or geographic coordinates
Capacitance and charge - from energy and voltage
Capacitance and energy - from charge or current and time and voltage
Capacitance and frequency - from inductance and resistance
Capacitance and inductance - from frequency and impedance
Capacitance and inductance - from frequency and resistance
Capacitance and inductance - from resistance and time constant
Capacitance and resistance - from frequency and inductance
Capacitance and resistance - from inductance and time constant
Capacitance and time constant - from inductance and resistance
Capacitance and voltage - from energy and charge or current and time
Capacitance ( C )
Capacitance - from frequency and impedance or capacitive reactance
Capacitance - from frequency, current and voltage
Capacitance - from frequency, current, rectifier method and voltage
Capacitance - from resistance, time and voltages
Capacitance, admittance and impedance - from frequency and inductance
Capacitance, inductance, resistance
Capacitance: delta (Δ) - from star (Y)
Capacitance: star (Y) - from delta (Δ)
Carrier for Maros, Titán, Veszprém, IC-22A transceivers - from XTAL frequency
Charge and voltage - from capacitance and energy
Charge - from current and time
Circle diameter - from inductance and number of turns
Clock - UTC
Clock - UTC :)
Component color code decoder
Component color code drill
Component standard values - EIA
Conductance and resistance - from temperature coefficient and conductance or resistance and temperature
Conductance and resistance - from temperature coefficient, capacitance and temperatures
Conductance - from resistance
Conductance, current and resistance - from power and voltage
Conductance, current, power, resistance, voltage
Conductance, power and resistance - from current and voltage
Conductance, resistance and voltage - from current and power
Conductivity and resistivity - from gauge és conductance or resistance and length
Constants ( c, e, ε0, k, μ0, π )
Content
Create date
Current and flux linkage - from energy and inductance
Current and inductance - from energy and flux linkage
Current and power - from ( conductance or resistance ) and voltage
Current and time - from currents, times and charge
Current and voltage - from ( conductance or resistance ) and power
Current density - from gauge and current
Current - from capacitance, frequency and voltage
Current - from capacitance, frequency, current, rectifier method and voltage
Current - from charge and time
Current - from gauge and current density
D Density - from mass and volume
Description
Dipole length - from dipole gauge and frequency
Directory contents
Dissipation and quality factor
Dissipation and quality factor and parallel resistance - from capacitance, frequency and serial resistance
Dissipation and quality factor and parallel resistance - from frequency, inductance and serial resistance
Dissipation and quality factor and serial resistance - from capacitance, frequency and parallel resistance
Dissipation and quality factor and serial resistance - from frequency, inductance and parallel resistance
Dissipation and quality factor - from bandwidth and frequency
Distance and bearings - from APRS, UL or geographic coordinates
E Edge of triangle - from inductance and number of turns
Electric field - from length and voltage
Energy and charge - from capacitance and voltage
Energy and current - from inductance and flux linkage
Energy and flux linkage - from current and inductance
Energy and inductance - from current and flux linkage
Energy and voltage - from capacitance and charge or current and time
F First-order filter (C,L,R)
Frequencies, bands
Frequency and inductance - from capacitance and resistance
Frequency and resistance - from capacitance and inductance
Frequency - from bandwidth and dissipation or quality factor
Frequency - from capacitance and impedance
Frequency - from capacitance and inductance
Frequency - from capacitance and inductance :)
Frequency - from capacitance, current and voltage
Frequency - from capacitance, current, rectifier method and voltage
Frequency - from inductance and impedance
Frequency - from time period
Frequency - from wavelength and speed
Frequency - from wavelength and ( relative permittivity or velocity factor )
G Greek characters
Gross bit rate - from information and time
H Help ☺
I Impedance - from admittance
Inductance and flux linkage - from energy and current
Inductance and resistance - from capacitance and frequency
Inductance and resistance - from capacitance and time constant
Inductance and time constant - from capacitance and resistance
Inductance index - from inductance and number of turns
Inductance of circle - from circle size and number of turns
Inductance of one layer coil - from diameter, length and number of turns
Inductance of square - from length of edge and number of turns
Inductance of straight wire - from length
Inductance of triangle - from length of edge and number of turns
Inductance (L)
Inductance - from frequency and impedance
Inductance - from inductance index and number of turns
Inductance, admittance and impedance - from capacitance and frequency
Information
Information - from gross bit rate and time
L LED
Length of edge of square - from inductance and number of turns
Length of straight wire - from inductance
Length - from area, ( conductance or resistance ) and ( conductivity or resistivity )
Length - from electric field and voltage
Length - from resistance and resistance per unit length
Length - from time and speed
Length, diameter and radius - from area
LM317
Location (QTH)
Location - from two location and two directions
M Maros, Titán, Veszprém, IC-22A, FTL-7005
Mass - from density and volume
Modulation rate - from traditional telegraphy speed
N Nightmare - from number of ghost and area :)
Number of turns of circle - from circle size and inductance
Number of turns of one layer coil - from circle size, length and inductance
Number of turns of square - from length of edge and inductance
Number of turns of triangle - from length of edge and inductance
Number of turns - from inductance index and inductance
O Ohm law (R)
P Parallel capacitance
Parallel capacitance or inductance and resistance - from frequency and admittance or impedance
Parallel conductance
Parallel inductances
Parallel resistances
Partial capacitance - from parallel capacitance
Partial capacitance - from serial capacitance
Partial resistance - from parallel resistance
Partial resistance - from serial resistance
Power amplification ( loss ), power and voltage - from amplification per length, frequency, length, power and voltage ( transmission line )
Power and voltage - from ( conductance or resistance ) and current
Power - from amplification and power
Power - from time and work
Q Quantity converter
R Reactance, admittance and impedance - from capacitance and frequency
Reactance, admittance and impedance - from frequency and inductance
Resistance and conductance - from gauge, conductivity or resistivity and length
Resistance and power amplification - for resistive power splitter, from number of connections and resistance
Resistance and time constant - from capacitance and inductance
Resistance for LM317 - from voltage
Resistance or voltage for LM317 - from resistance or voltage
Resistance per unit length
Resistance per unit length - from length and resistance
Resistance - for parallel LEDs
Resistance - for serial LEDs
Resistance - from capacitance, time and voltages
Resistance - from conductance
Resistance - from length and resistance per unit length
Resistances (R)
Resistances - from current, resistance, voltages ( voltage divider )
Resistance: delta (Δ) - from star (Y)
Resistance: star (Y) - from delta (Δ)
Resistivity (A,G,γ,l,R,ρ)
Resonant circuit (C,L)
S Serial capacitance
Serial capacitance or inductance and resistance - from frequency and admittance or impedance
Serial conductance
Serial inductances
Serial power amplifiers
Serial resistance
Serial voltage amplifiers
SI prefix
Skin depth, cross-sectional area, conductance and resistance - from wire size, length, frequency, conductivity or resistivity and relative permeability
Speed - from length and time
Sum and means of currents
Sum and means of frequencies
Sum and means of impedances
Sum and means of lengths
Sum and means of powers
Sum and means of times
Sum and means of voltages
Sum of admittances
Symmetric Π attenuator
Symmetric T attenuator
T Temperature coefficient (α,C,G,R,T)
Temperature coefficient - from capacitance and temperature
Temperature coefficient - from conductance or resistance and temperature
Temperature - from temperature coefficient and conductance or resistance and temperature
Temperature - from temperature coefficient, capacitance and temperature
Time constant (C,L,R)
Time period - from frequency
Time - from capacitance, resistance and voltages
Time - from current and charge
Time - from information and gross bit rate
Time - from length and speed
Time - from power or current and voltage and work
Time - from time and time zones
U Update
V Voltage divider
Voltage for LM317 - from resistance
Voltage - from amplification and voltage
Voltage - from capacitance, frequency and current
Voltage - from capacitance, frequency, current and rectifier method
Voltage - from capacitance, resistance, time and voltage
Voltage - from electric field and length
Volume - from mass and density
W Wavelength - from frequency and speed
Wavelength - from frequency ( velocity factor or relative permittivity )
Weight - from acceleration and mass
Weight, mass - from gravity acceleration, density and volume
Wire gauge (AWG,BWG,SWG)
Work - from power or current and voltage and time
X XTAL frequency for Maros, Titán, Veszprém, IC-22A transceivers - from carrier
* :)

⌂ Index

Verzió: 2013-07-13 ( 2010-08-17 .. 2012-06-08 21:32:55 UTC )
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