Technical Data SnapLED LEDs Fewer LEDs Required Lower System Cost

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Technical Data SnapLED LEDs Fewer LEDs Required Lower System Cost

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HPWS-TH00 HPWS-FH00 HPWS-TL00 HPWS-FL00
Technical Data SnapLED LEDs
Fewer LEDs Required Lower System Cost 3-Dimensional Array Design
Features
High Flux Output Designed High Current Operation Thermal Resistance Profile Solderless Mounting Technique Mounted Formable Substrate Meets SAE/ECE/JIS Automotive Color Requirements
Description
Using Hewlett-Packard's patented solderless clinch technology, SnapLED emitters assembled onto formable metal substrate which offers both styling flexibility thermal conductivity unmatched other assembly. package's efficient optical design, high brightness material, high current capability drastically reduce number LEDs required lighting functions thereby lowering total cost.
Applications
Automotive Lighting Rear Combination Lamps Front Turn Signal Lamps High Mount Stop Lamps Indirect Lighting Solid State Lighting Signaling
Selection Guide
Part Number HPWS-TH00-00000 HPWS-FH00-00000 HPWS-TL00-00000 HPWS-FL00-00000 Color AlInGaP Red-Orange AlInGaP Amber Total Flux (mlm) mA[1] Min. 6000 3000 Total Included Angle 0.90 (Degrees)[2] Typ.
Notes: total luminous flux output measured with integrating sphere after device stabilized 100°C/W, 25°C). 0.90 included angle which total luminous flux captured. Figure
Outline Drawing
5.00 0.20 (0.197 0.008)
6.00 0.20 (0.236 0.008)
7.60 0.30 (0.299 0.012)
CFER 1.30 1.30 (0.051 0.051)
7.60 0.30 (0.299 0.012) 11.50 (0.453) 15.30 0.50 (0.602 0.020)
TYP. 2.50 (0.098) Tx00 3.30 (0.130) Fx00 TYP. 2.50 0.50 (0.098 0.004) 5.00 0.30 (0.197 0.012) 4.10 (0.161)
0.51 0.10 (0.020 0.004)
Notes: Dimensions millimeters (inches). Dimensions without tolerances nominal. Cathode lead indicated with anode lead indicated with "A." Special characteristics designated with triangle. Clinch joint locations shown dashed lines view part (11.50 spacing).
Absolute Maximum Ratings 25°C
Parameter Forward Current[1,2] Pulsed Forward Current[3,4] Power Dissipation Reverse Voltage Operating Temperature Range Storage Temperature Range High Temperature Chamber Junction Temperature HPWS-Tx00/Fx00 +100 +100 125°C, hrs. 125°C Units
Notes: Operation currents below recommended. Derate linearly shown Figure Amber only simulated turn signal conditions duty factor. Derate linearly shown Figure
Optical Characteristics 25°C, RJ-A 100°C/W
Peak Wavelength peak (nm) Typ. Color, Total Ratio Luminous Viewing Dominant Included Intensity Angle Wavelength Angle 0.90 Total Flux (nm)[2] (Degrees)[3] (mcd)/v (mlm) (Degrees) Typ. Typ. Typ. Typ.
Device Type HPWS-TH00 HPWS-FH00 HPWS-TL00 HPWS-FL00
Total Flux (mlm)[1] Min. 6000 3000
Notes: total luminous flux output measured with integrating sphere after device stabilized. dominant wavelength derived from Chromaticity Diagram represents perceived color device. 0.90 included angle which total luminous flux captured. Figure
Electrical Characteristics 25°C
Forward Voltage (Volts) Min. Typ. Max. 2.15 2.55 3.03 2.15 2.65 3.15 Reverse Capacitance Breakdown (pF) Thermal Speed (Volts) Resistance Response RJ-PIN (°C/W) (ns)[1] Min. Typ. Typ. Typ. Typ.
Device Type HPWS-xH00 HPWS-xL00
Note: time constant, e-t/
Projected Luminous Flux Category Availability
Part Number HPWS-xH00-L4000 HPWS-xH00-M4000 HPWS-xH00-N4000 HPWS-xL00-F4000 HPWS-xL00-G4000 HPWS-xL00-H4000 Color AlInGaP Red-Orange Total Flux (mlm) mA[2] Min. 1999 2000 2001 2002 2003 2004 2005 6000 8000 10000 AlInGap 3000 Amber 3500 4000
Notes: LEDs will available beginning indicated years. total luminous flux output measured with integrating sphere after device stabilized (Rj-a 100°C/W, 25°C).
FORWARD CURRENT (mA)
HPWS-xH00
RELATIVE INTENSITY
HPWS-xL00
HPWS-xH00
FORWARD VOLTAGE
HPWS-xL00
AMBER RED-ORANGE
WAVELENGTH (nm)
Figure Relative Intensity Wavelength.
Figure Forward Current Forward Voltage.
MAXIMUM CURRENT (mA)
MAXIMUM CURRENT (mA)
RJ-A 100° RJ-A 150° RJ-A 200° RJ-A 250°
RELATIVE LUMINOUS FLUX
RJ-A 100° RJ-A 150° RJ-A 200° RJ-A 250°
100° 150° 200° 250°
AMBIENT TEMPERATURE (°C)
AMBIENT TEMPERATURE (°C)
FORWARD CURRENT (mA)
Figure HPWS-xx00 Maximum Forward Current Ambient Temperature.
Figure HPWS-xx00 Maximum Pulsed Forward Current Ambient Temperature.
Figure HPWS-xx00 Relative Luminous Flux Forward Current.
RELATIVE LUMINOUS INTENSITY
TOTAL LUMINOUS FLUX
HPWS-Fx00 HPWS-Tx00
TOTAL INCLUDED ANGLE (DEGREES)
AXIS ANGLE (DEGREES)
Figure HPWS-xx00 Percent Total Luminous Flux Total Included Angle.
Figure HPWS-Tx00 Relative Intensity Axis Angle.
RELATIVE LUMINOUS INTENSITY
additional information, please refer LumiLeds 1149 Series.
AXIS ANGLE (DEGREES)
Figure HPWS-Fx00 Relative Intensity Axis Angle.
LumiLeds Lighting: Revolution Lighting. LumiLeds Lighting joint venture between Philips Lighting Agilent Technologies. Agilent Technologies, billion startup, result strategic realignment Hewlett-Packard, producer world's brightest amber LEDs, well state-ofthe-art, high-brightness LEDs blue, green, white other colors.
Philips global leader developing, manufacturing marketing innovative lighting products worldwide. LumiLeds Lighting changing future lighting. next century, LEDbased lighting will quickly replace conventional lighting wealth commercial, industrial, institutional consumer applications. combining lighting expertise Philips technology strength Agilent, products will bring irresistible value lighting solutions kinds. LumiLeds Lighting will reduce waste power consumption worldwide developing long-lasting, energy-efficient products.
LumiLeds Lighting Agilent Technologies Philips Lighting Joint Venture www.lumileds.com technical assistance location your nearest LumiLeds sales office, call: Americas/Canada: Toll free: (877) 298-9455 Fax: 408-435-4980 Europe: Automotive Lighting 7031 2122 Signage Contour Lighting 9212 2048 Signaling 9212 2048 Illumination 9212 2048 Data subject change. Copyright 2000 LumiLeds Lighting Obsoletes Publication 5968-7807E Publication DS08 (3/00)

Technical Data SnapLED LEDs Fewer LEDs Required Lower System Cost

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