Temperature coefficient (α,C,G,R,T)

α←C,T
C₀ = Capacitance
C₁ = Capacitance ←α,C,T
T₀ = Temperature
T₁ = Temperature ←α,C,T
α = Temperature coefficient
α=C1C01T1T0
C←α,C,T
α = 1/K Temperature coefficient ←C,T
C₀ = Capacitance
T₀ = Temperature
T₁ = Temperature ←α,C,T
C₁ = Capacitance
C1=C0(1+α(T1T0))
T←α,C,T
α = 1/K Temperature coefficient ←C,T
C₀ = Capacitance
C₁ = Capacitance ←α,C,T
T₀ = Temperature
T₁ = Temperature
T1=T0+C1C01α
α←G,R,T
G₀ = Conductance
R₀ = Resistance
G₁ = Conductance ←α,G,R,T
R₁ = Resistance ←α,G,R,T
T₀ = Temperature
T₁ = Temperature ←α,G,R,T
α = Temperature coefficient
α=R1R01T1T0
G,R←α,G,R,T
α = 1/K Temperature coefficient ←G,R,T
G₀ = Conductance
R₀ = Resistance
T₀ = Temperature
T₁ = Temperature ←α,G,R,T
G₁ = Conductance
G1=1R0(1+α(T1T0))
R₁ = Resistance
R1=R0(1+α(T1T0))
T←α,G,R,T
α = 1/K Temperature coefficient ←G,R,T
G₀ = Conductance
R₀ = Resistance
G₁ = Conductance ←α,G,R,T
R₁ = Resistance ←α,G,R,T
T₀ = Temperature
T₁ = Temperature
T1=T0+R1R01α

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Verzió: 2025-03-25 ( 2012-03-19 .. 2025-03-10 18:00:01 UTC )
gg630504   Gábor, operator of the HG9IEG amateur radio station.