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The Wurth Elektronik WL-T7DS 7 segments display with bright green emitting colour has common anode circuitry. It has industrial standard size and schematic, low power consumption, grey surface, mil...

Display Type = 7-Segment Number of Characters = 1 LED Colours = Green Number of Segments = 7 Dominant Wavelength = 572 nm Character Height = 14.2mm Common Connection = Cathode Luminous Intensity = ...

The Wurth Elektronik WL-S7DS 7 segments display with super red emitting colour has common cathode circuitry. It has industrial standard size and schematic, low power consumption, grey surface, milk...

Display Type = 7-Segment Number of Characters = 1 LED Colours = Super Red Number of Segments = 7 Dominant Wavelength = 635 nm Character Height = 14.2mm Common Connection = Anode Luminous Intensity ...

The Wurth Elektronik WL-S7DS 7 segments display with super red emitting colour has common anode circuitry. It has industrial standard size and schematic, low power consumption, grey surface, milky/...

Display Type = 7-Segment Number of Characters = 1 LED Colours = Super Red Number of Segments = 7 Dominant Wavelength = 635 nm Character Height = 14.2mm Common Connection = Cathode Luminous Intensit...

The Wurth Elektronik WL-S7DS 7 segments display with bright green emitting colour has common cathode circuitry. It has industrial standard size and schematic, low power consumption, grey surface, m...

Display Type = 7-Segment Number of Characters = 1 LED Colours = Green Number of Segments = 7 Dominant Wavelength = 570 nm Character Height = 14.2mm Common Connection = Anode Luminous Intensity = 35...

The Wurth Elektronik WL-S7DS 7 segments display with bright green emitting colour has common anode circuitry. It has industrial standard size and schematic, low power consumption, grey surface, mil...

Display Type = 7-Segment Number of Characters = 1 LED Colours = Green Number of Segments = 7 Dominant Wavelength = 570 nm Character Height = 14.2mm Common Connection = Cathode Luminous Intensity = ...

Inductance = 2 x 1.5 mH Series = 04770 DC Resistance = 0.073Ω Maximum Current = 14

Inductance = 2 x 1.5 mH Series = 04770 DC Resistance = 0.073Ω Maximum Current = 14

Inductance = 2 x 1.8 mH Series = 04770 DC Resistance = 0.008Ω Maximum Current = 13

Inductance = 2 x 1.8 mH Series = 04770 DC Resistance = 0.008Ω Maximum Current = 13

Inductance = 2 x 2.2 mH Series = 04770 DC Resistance = 0.0092Ω Maximum Current = 12