. DIA. ().. (3.).0 (.0).0 (.3).0 (.3) Description For right-angle and vertical viewing, the QT Optoelectronics LED circuit board indicators come in T-3/4, T- and T- 3/4 lamp sizes, and in single, dual and multiple packages. The indicators are available in AlGaAs red, high-efficiency red, bright red, green, yellow, and bi-color at standard drive currents, as well as at drive current. To reduce component cost and save space, V and V types are available with integrated resistors. The LEDs are packaged in a black plastic housing for optical contrast, and the housing meets UL4V-O Flammability specifications..0 (.3).0 (.3) Fig. -..400 (.) CATHODE.0 TYP (.4).00 (3). REF (4.0).0 (.3).0 (.3).0 (.3) T- (3mm) MV04.MP MV34.MP MV44.MP MV4.MP MV04.MP MV34.MP MV44.MP MV4.MP LOW CURRENT () 0 0 0 0 0 0 0 0....0..0 FIG. DIA. ().0 (.3).0 (.3) Fig. -.0 (.0).400 (.) CATHODE.0 TYP (.4). REF (4.0).0 (.3).0 (.3).0 (.3) HLMP-0.MP HLMP-.MP HLMP-0.MP HLMP-0.MP HLMP-.MP HLMP-0.MP AlGaAs HLMP-K.MP HLMP-K.MP HLMP-K.MP HLMP-K.MP HLMP-K.MP HLMP-K.MP HLMP-K.MP HLMP-K.MP AlGaAs AlGaAs * AlGaAs AlGaAs * AlGaAs AlGaAs * AlGaAs AlGaAs * 0 0 0 0 0 0 0 3 0 0 3 0.....0.0.0.0. (4.30).0 (.4).34 (.0) T- (3mm) bilevel (ANODE) Fig. -.0 (.4).0 (.0).0 (.4).0 (.0).0 (.4).30 (.).3 (3.)MIN QLA-H QLA-I QLA-G QLA-Y QLA-HG QLA-GY B. /B. / / YEL/YEL B. / /YEL First color indicated is on top, and the second color is on the bottom. For example: QLA-GY has (top)/yel(bottom)..4.0.0.0.4.0. All dimensions are in inches.. Tolerance is ±0. (±.3) unless otherwise specified. 4. All parts have colored diffused lens except those with an asterisk (*), which denotes colored clear lens.. Custom color combinations are available. 0 Fairchild Semiconductor Corporation Page of //0
T- 3/4. (.). (.).4 (.). (.4).0 (.4).0 (.4) MV03.MP MV33.MP MV3.MP MV3.MP..0.0.... (3.) (3.) (3.) (3.) CATHODE Fig. -.0 DIA. (4.3).0 (.). (3.) MV03.MP MV33.MP MV3.MP MV3.MP LOW CURRENT (). 3..0.0.0 HLMP-400.MP HLMP-4.MP HLMP-440.MP AlGaAs HLMP-D.MP HLMP-D.MP AlGaAs AlGaAs 4. 0.0 MV330.MP MV30.MP MV30.MP * * * 4 4 4 MV4.MP / 0.3.0. All dimensions are in inches.. Tolerance is ±0. (±.3) unless otherwise specified.. A double asterisk (**) denotes that the cathode, as indicated, is the red cathode for the /. Custom color combinations are available. 0 Fairchild Semiconductor Corporation Page of //0
Fig. - Fig. -. (.).43 (3.3) MIN. (.). MIN (3.).0 (.4). (.). (.).0 DIA (4.3).0 (.).0 DIA (4.3).0 (.).0 (.4).4 (.). (.4).0 (.0).0 (.).3 (.0) T- 3/4 MV03.MP MV33.MP MV3.MP MV3.MP MV03.MP MV33.MP MV3.MP MV3.MP LOW CURRENT () HLMP-400.MP HLMP-4.MP HLMP-440.MP AlGaAs HLMP-D.MP HLMP-D.MP MV330.MP MV30.MP MV30.MP AlGaAs AlGaAs * * * 4 4 4 4....0.0 3..0.0.0 0.0.... (3.) (3.) (3.) (3.) MV4.MP / 0.3.0 T- 3/4 MV03.MP MV33.MP MV3.MP MV3.MP MV03.MP MV33.MP MV3.MP MV3.MP LOW CURRENT () HLMP-400.MP HLMP-4.MP HLMP-440.MP AlGaAs HLMP-D.MP HLMP-D.MP MV330.MP MV30.MP MV30.MP AlGaAs AlGaAs * * * 4 4 4 4. All dimensions are in inches.. Tolerance is ±0. (±.3) unless otherwise specified.. A double asterisk (**) denotes that the cathode, as indicated, is the red cathode for the /. Custom color combinations are available.....0.0 3..0.0.0 0.0.....3.3.3.3.3.3.3.3.3.3.3.3 (3.) (3.) (3.) (3.) (4.) (4.) (4.) (4.) (4.) (4.) (4.) (4.) (4.) (4.) (4.) (4.) MV4.MP / 0.3.0.3 (4.) 0 Fairchild Semiconductor Corporation Page 3 of //0
.0 TYP (.4) 0. TYP.0 TYP (.3).0 (.).0 TYP (.).0 TYP (.3).0 (4.3).0 (.4).0 (.3). (3.) Fig. - For T- 3/4 multiple, multiples of four is the standard configuration. Options To obtain units in multiples of two add a "-" suffix to the part number (i.e. MV3.MP-). To obtain units in multiples of three add a "-3" suffix..0 (4.3).0 (.3) T- 3/4 multiple MV03.MP MV33.MP MV3.MP MV3.MP MV03.MP MV33.MP MV3.MP MV3.MP LOW CURRENT () HLMP-400.MP HLMP-4.MP HLMP-440.MP MV330.MP MV30.MP MV30.MP * * * 4 4 4 For T- 3/4 multiple, multiples of four is the standard configuration. Options To obtain units in multiples of two add a "-" suffix to the part number (i.e. MV3.MP-). To obtain units in multiples of three add a "-3" suffix....0.0 3..0.0.0 (3.) (3.) (3.) (3.) MV4.MP / 0.3.0 T- 3/4 multiple.0 (.).0 (.3). MIN (3.).0 (.3).0 TYP (.4).0 TYP (.3).0 TYP (.) MV03.MPA MV33.MPA MV3.MPA MV3.MPA MV03.MPA MV33.MPA MV3.MPA MV3.MPA...0.0 3..0.0.0 (3.) (3.) (3.) (3.) A A A A A A A A Fig. - A LOW CURRENT () HLMP-400.MPA HLMP-4.MPA HLMP-440.MPA A A A MV330.MPA MV30.MPA MV30.MPA * * * 4 4 4 A A A MV4.MPA / 0.3.0 A. All dimensions are in inches.. Tolerance is ±0. (±.3) unless otherwise specified.. A double asterisk (**) denotes that the cathode, as indicated, is the red cathode for the /. Custom color combinations are available. 0 Fairchild Semiconductor Corporation Page 4 of //0
T- 3/4 multiple.3 (.0). MIN (3.).0 (.3).0 TYP (.4).0 (4.3).0 (.).0 TYP (.3).0 REF (.).0 TYP (.3).0 TYP (.) Fig. - B For T- 3/4 multiple, multiples of four is the standard configuration. Options To obtain units in multiples of two add a "-" suffix to the part number (i.e. MV3.MP-). To obtain units in multiples of three add a "-3" suffix..03 (.).44 (.).3 (4.).440 (.) MV03.MPB MV33.MPB MV3.MPB MV3.MPB MV03.MPB MV33.MPB MV3.MPB MV3.MPB LOW CURRENT () HLMP-400.MPB HLMP-4.MPB HLMP-440.MPB MV330.MPB MV30.MPB MV30.MPB * * * 4 4 4 For T- 3/4 multiple, multiples of four is the standard configuration. Options To obtain units in multiples of two add a "-" suffix to the part number (i.e. MV3.MP-). To obtain units in multiples of three add a "-3" suffix....0.0 3..0.0.0 (3.) (3.) (3.) (3.) MV4.MPB / 0.3.0 B T- 3/4 bilevel B B B B B B B B B B B B B B.00 (.). TYP (4.0).0 (.4). (.).30 (.4).0 (.).30 (.4).0 (4.3). MIN ().00 ± 0. () MV03.MP0 MV33.MP3 MV3.MP4 MV3.MP LOW CURRENT () HLMP-400.MP HLMP-4.MP3 HLMP-440.MP4 / / / / / / /. 3..0.0.0 Fig. - Parts are stackable MV330.MP3 MV30.MP4 MV30.MP / * / * /* 4 4 4 MV4.MP R/G/ R/G 0.3.0. All dimensions are in inches.. Tolerance is ±0. (±.3) unless otherwise specified.. A double asterisk (**) denotes that the cathode, as indicated, is the red cathode for the /. Custom color combinations are available. 0 Fairchild Semiconductor Corporation Page of //0
Typical Performance Characteristics (T A = C) IF - FORWARD CURRENT () 0 0 0 0 0 0 40 30 Forward Current vs. Forward Voltage 0nm B. nm 0nm AlGaAs 3nm nm nm 0 0 3 4 V F - FORWARD VOLTAGE (V) Relative Intensity vs. Peak Wavelength RELATIVE INTENSITY (%) 0 0 0 40 nm nm 3nm 0nm B. 0nm AlGaAs nm 0 40 0 0 00 40 0 0 0 00 30 λ - WAVELENGTH (nm) 0 Fairchild Semiconductor Corporation Page of //0
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