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https://github.com/diodeinc/pcb.git
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Akhil Velagapudi
1680e12d65
* Dedup quantity str Signed-off-by: akhilles <akhilvelagapudi@gmail.com> * Switch to get_methods for builtin Signed-off-by: akhilles <akhilvelagapudi@gmail.com> * Add PhysicalRange Signed-off-by: akhilles <akhilvelagapudi@gmail.com> * Remove unused ComponentFactoryValue Signed-off-by: akhilles <akhilvelagapudi@gmail.com> * Document the physical range feature Signed-off-by: akhilles <akhilvelagapudi@gmail.com> * Add ser/de and InputValue support for ranges Signed-off-by: akhilles <akhilvelagapudi@gmail.com> * Ensure min <= nominal <= max Signed-off-by: akhilles <akhilvelagapudi@gmail.com> * Add min, nominal, max, unit attrs to physical range Signed-off-by: akhilles <akhilvelagapudi@gmail.com> --------- Signed-off-by: akhilles <akhilvelagapudi@gmail.com>
48 lines
1.5 KiB
Python
48 lines
1.5 KiB
Python
# Pure units
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PI = 3.14159265358979323846
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# Toleranced units
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Time = builtin.Time
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Current = builtin.Current
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Voltage = builtin.Voltage
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Capacitance = builtin.Capacitance
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Resistance = builtin.Resistance
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Inductance = builtin.Inductance
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Frequency = builtin.Frequency
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Temperature = builtin.Temperature
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Charge = builtin.Charge
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Power = builtin.Power
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Energy = builtin.Energy
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MagneticFlux = builtin.MagneticFlux
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Conductance = builtin.Conductance
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VoltageRange = builtin.physical_range("V")
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CurrentRange = builtin.physical_range("A")
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ResistanceRange = builtin.physical_range("Ohm")
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CapacitanceRange = builtin.physical_range("F")
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InductanceRange = builtin.physical_range("H")
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FrequencyRange = builtin.physical_range("Hz")
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TemperatureRange = builtin.physical_range("K")
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TimeRange = builtin.physical_range("s")
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PowerRange = builtin.physical_range("W")
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print(VoltageRange("1.1–3.6V"))
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print(VoltageRange("11–26 V (12 V nom.)"))
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print(VoltageRange("11V to 26V"))
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print(VoltageRange("11V to 26V (13V nom.)"))
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print(VoltageRange(min=11, nominal=16, max=26))
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print(VoltageRange(min=1.1, nominal=1.6, max=2.6))
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print(VoltageRange("15V 10%"))
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print(VoltageRange(Voltage(15)))
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print(VoltageRange("11V to 26V", nominal="16V"))
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print(VoltageRange(min="11V", nominal="16", max="26V"))
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print(serialize(VoltageRange("1.1–3.6V")))
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print(serialize(VoltageRange("1.1–3.6V (1.2 V nom.)")))
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voltage_range = VoltageRange("11–26 V (12 V nom.)")
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print(voltage_range.min)
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print(voltage_range.nominal)
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print(voltage_range.max)
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print(voltage_range.unit)
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