VAOL-5 Series

Manufacturer: Visual Communications Company - VCC

Catalog

LED BLUE CLEAR T/H

Part	Millicandela Rating	Wavelength - Dominant	Configuration	Color	Viewing Angle	Package / Case	Lens Size [diameter]	Height (Max) [z]	Lens Transparency	Voltage - Forward (Vf) (Typ)	Mounting Type	Lens Style	Lens Color	Current - Test	Type	Orientation	Current - DC Forward (If) (Max)	Operating Temperature [Min]	Operating Temperature [Max]	Wavelength	Height (Max) [Max] [z]
Visual Communications Company - VCC VAOL-5LSBY4	1500 mcd	470 nm	Standard	Blue	60 °	Radial	5.1 mm Dia	7.85 mm	Clear	3.5 V	Through Hole	Round with Domed Top	Colorless	20 mA
Visual Communications Company - VCC VAOL-5EUV0T4					20 ° 30 °	Radial				3 V	Through Hole				Ultraviolet (UV)	Top View	30 mA	-20 °C	80 °C	405 nm
Visual Communications Company - VCC VAOL-5GUV0T4					60 °	Radial				3 V	Through Hole				Ultraviolet (UV)	Top View	30 mA	-20 °C	80 °C	405 nm
Visual Communications Company - VCC VAOL-5MSBY2	1500 mcd	470 nm	Standard	Blue	60 °	Radial	4.8 mm		Diffused	3.5 V	Through Hole	Round with Domed Top	Blue	20 mA							8.85 mm
Visual Communications Company - VCC VAOL-5GWY4	7000 mcd		Standard	White	30 °	Radial	4.8 mm		Clear	3.5 V	Through Hole	Round with Domed Top	Colorless	20 mA							8.85 mm
Visual Communications Company - VCC VAOL-5GUV8T4					30 ° 60 °	Radial				3 V	Through Hole				Ultraviolet (UV)	Top View	30 mA	-20 °C	80 °C	385 nm
Visual Communications Company - VCC VAOL-5GCE4	380 mcd	590 nm	Standard	Yellow	30 °	Radial	4.8 mm		Clear	2 V	Through Hole	Round with Domed Top	Colorless	20 mA							8.85 mm
Visual Communications Company - VCC VAOL-5LDE2	50 mcd	570 nm	Standard	Green	60 °	Radial	4.8 mm		Diffused	2.2 V	Through Hole	Round with Domed Top	Green	20 mA							8.85 mm
Visual Communications Company - VCC VAOL-5EUV8T4					15 ° 30 °	Radial				3 V	Through Hole				Ultraviolet (UV)	Top View	30 mA	-20 °C	80 °C	385 nm
Visual Communications Company - VCC VAOL-5LSBY2	1500 mcd	470 nm	Standard	Blue	60 °	Radial	4.8 mm		Diffused	3.5 V	Through Hole	Round with Domed Top	Blue	20 mA							8.85 mm