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Part Manufacturer Supplier Stock Best Price Price Each Buy Part
AMEPR10D-1270AZ-UW Aimtec Avnet - $30.19 $28.09
AMEPR10D-1270AZ-UW Aimtec TME Electronic Components 8 $23.00 $19.60
AMEPR10D-1270AZ-UW Aimtec Sager - $27.70 $24.22

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AMEPR10D-1270AZ-UW datasheet (2)

Part Manufacturer Description Type PDF
AMEPR10D-1270AZ-UW Aimtec up to 0.7A | AC-DC / DC-DC LED driver Original PDF
AMEPR10D-1270AZ-UW Aimtec up to 0.7A | AC-DC / DC-DC LED driver Original PDF

AMEPR10D-1270AZ-UW Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Not Available

Abstract: No abstract text available
Text: -5020AZ AMEPR10D-4025AZ AMEPR10D-3630AZ AMEPR10D-3035AZ AMEPR10D-1564AZ AMEPR10D- 1270AZ Output Current (A


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PDF AMEPR10D-AZ 90-264VAC/47-440Hz AMEPR10D-5020AZ AMEPR10D-4025AZ AMEPR10D-3630AZ AMEPR10D-3035AZ AMEPR10D-1564AZ AMEPR10D-1270AZ
2015 - AMEPR10D-AZ

Abstract: No abstract text available
Text: Click on Series name for product info on aimtec.com Series AMEPR10D-AZ up to 0.7A | AC-DC LED driver FEATURES: Models Single output Model AMEPR10D-5020AZ+Suffix② AMEPR10D-4025AZ+Suffix② AMEPR10D-3630AZ+Suffix② AMEPR10D-3035AZ+Suffix② AMEPR10D-1564AZ+Suffix② AMEPR10D- 1270AZ +Suffix② ①       AC-DC Constant current LED Driver Input range 90-264VAC/47-440Hz High Efficiency up to 81% Operating temperature -20 to 80°C Total Harmonic Distortion < 20% 5


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PDF AMEPR10D-AZ AMEPR10D-5020AZ AMEPR10D-4025AZ AMEPR10D-3630AZ AMEPR10D-3035AZ AMEPR10D-1564AZ AMEPR10D-1270AZ 90-264VAC/47-440Hz AMEPR10D-AZ
Not Available

Abstract: No abstract text available
Text: ‘¡ AMEPR10D-3035AZ +Suffix ② AMEPR10D-1564AZ +Suffix ② AMEPR10D- 1270AZ +Suffix ①Max Output


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PDF AMEPR10D-AZ 90-264VAC/47-440Hz AMEPR10D-5020AZ AMEPR10D-4025AZ AMEPR10D-3630AZ AMEPR10D-3035AZ AMEPR10D-1564AZ AMEPR10D-1270AZ
cycle count worksheet

Abstract: No abstract text available
Text: ATL60 5V 0.006 µW /gate 3V 0.002 µW /gate ATL35, ATL35/Flash ATL35/E2 3V 0.003 µW /gate ATL25 3V 0.001 µW /gate Pq (in µW ) = QF * n Where Pq = quiescent power (to be calculated) QF = quiescent power factor ( µW /gate), look up in table by tech and volt n = number of gates in design Pq = _ µW , (D0) 0% 7.0 2.5 - - - - - - - - - - µW /MHz (D1) 100% 15.7 5.5 - 0.84 0.46 - - 16.0 - 7.0 - - µW /MHz - 1.9 - - -


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LED 1310 nm pigtailed

Abstract: No abstract text available
Text: Typ Unit 50 70 100 150 200 75 100 150 200 300 µW µW µW µW µW 1300 nm , Min Typ µW µW µW µW µW µW MREDMP/MPF005-1 MREDMP/MPF007-1 MREDMP/MPF010-1 MREDMP/MPF015 , -1 Min 1260 30 Part Number Min Typ Unit 30 50 70 40 75 100 µW µW µW 1550 nm Multimode 10 20 30 20 30 40 µW µW µW MREDMP/MPF5003-1 MREDMP/MPF5005-1 MREDMP


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PDF MREDSP/SPF001-1 MREDSP/SPF003-1 MREDSP/SPF005-1 MREDSP/SPF010-1 MREDSP/SPF013-1 MREDSP/SPF015-1 MREDSP/SPF5001-1 MREDSP/SPF5002-1 MREDSP/SPF5003-1 MREDMP/MPF5003-1 LED 1310 nm pigtailed
ide 40 pins to scsi 50 pins hard drive

Abstract: ide cable circuit diagram cd-rom circuit diagram asus AEC7720U seagate hard drive CIRCUIT diagram ide 40 pins to scsi 50 pins AEC7720UW 40 pin male connector ide straight 40 pins ide connector Asus PC MOTHERBOARD CIRCUIT MANUAL
Text: .9 2.2 IDE to SCSI Transfer Card Notice :. 10 2.3 AEC7720U/ UW , members and enjoy it. -4- Chapter 1 Introduction 1.1 Overview The AEC7720U/ UW Ultra/Wide , flexibility and stability for highly exploring application. AEC7720U/ UW supports IDE devices such as hard , . l SCSI internal cable l AEC7720U/ UW bridge adapter l AEC6712U/TU/ UW SCSI card l Divers CD & Utiltis 1.3.2 Parts specification 1. AEC7720U/ UW Environment - Temperature Operating 0 °C to 70


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PDF AEC7720U AEC7720UW 2000ACARD AEC7720U/UW AEC7720U/UW. AEC7720U/UW ide 40 pins to scsi 50 pins hard drive ide cable circuit diagram cd-rom circuit diagram asus AEC7720U seagate hard drive CIRCUIT diagram ide 40 pins to scsi 50 pins AEC7720UW 40 pin male connector ide straight 40 pins ide connector Asus PC MOTHERBOARD CIRCUIT MANUAL
MREDMT005-1

Abstract: MREDST013-1 MREDST010-1 MREDST005-1 MREDST003-1 MREDST001-1 MREDMT020-1 MREDMT015-1 MREDMT010-1 MREDMT007-1
Text: Voltage Vf OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 1300 nm Singlemode µW µW µW µW µW µW OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 10 30 50 100 130 150 , Package 50 70 100 150 200 75 100 150 200 300 µW µW µW µW µW µW A,B,C A,B,C A,C A,C A,C A,C Min Typ Unit Package 30 50 70 40 75 100 µW µW µW A,C A , -1 MREDMT020-1 Part Number 1550 nm Multimode 10 20 30 20 30 40 µW µW µW MREDMT5003


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PDF MREDST001-1 MREDST003-1 MREDST005-1 MREDST010-1 MREDST013-1 MREDST015-1 MREDMT005-1 MREDMT007-1 MREDMT010-1 MREDMT015-1 MREDMT005-1 MREDST013-1 MREDST010-1 MREDST005-1 MREDST003-1 MREDST001-1 MREDMT020-1 MREDMT015-1 MREDMT010-1 MREDMT007-1
LED 1310 nm FC receptacle

Abstract: MREDMC015-1 MREDMC010-1 MREDMC007-1 MREDMC005-1 MREDFC015-1 MREDFC013-1 MREDFC010-1 MREDFC005-1 MREDFC003-1
Text: Voltage Vf OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 1300 nm Singlemode µW µW µW µW µW µW OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 10 30 50 100 130 150 , 70 100 150 200 75 100 150 200 300 µW µW µW µW µW Min Typ Unit 30 50 70 40 75 100 µW µW µW 1300 nm Multimode 20 45 75 150 175 200 MREDFC001-1 MREDFC003 , -1 MREDMC015-1 MREDMC020-1 Part Number 1550 nm Multimode 10 20 30 20 30 40 µW µW µW


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PDF MREDFC001-1 MREDFC003-1 MREDFC005-1 MREDFC010-1 MREDFC013-1 MREDFC015-1 MREDMC005-1 MREDMC007-1 MREDMC010-1 MREDMC015-1 LED 1310 nm FC receptacle MREDMC015-1 MREDMC010-1 MREDMC007-1 MREDMC005-1 MREDFC015-1 MREDFC013-1 MREDFC010-1 MREDFC005-1 MREDFC003-1
MREDMSC005-1

Abstract: MREDSC013-1 MREDSC010-1 MREDSC005-1 MREDSC003-1 MREDSC001-1 MREDMSC020-1 MREDMSC015-1 MREDMSC010-1 MREDMSC007-1
Text: Vf OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 1300 nm Singlemode µW µW µW µW µW µW OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 10 30 50 100 130 150 1550 , µW µW µW µW µW Part Number Min Typ Unit 30 50 70 40 75 100 µW µW µW , -1 MREDSC013-1 MREDSC015-1 Min 1260 30 1550 nm Multimode 10 20 30 20 30 40 µW µW µW


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PDF MREDSC5001-1 MREDSC507-1 MREDMSC010-1 MREDMSC015-1 MREDMSC020-1 MREDSC001-1 MREDSC003-1 MREDSC005-1 MREDSC010-1 MREDSC013-1 MREDMSC005-1 MREDSC013-1 MREDSC010-1 MREDSC005-1 MREDSC003-1 MREDSC001-1 MREDMSC020-1 MREDMSC015-1 MREDMSC010-1 MREDMSC007-1
Not Available

Abstract: No abstract text available
Text: Typ Unit 50 70 100 150 200 75 100 150 200 300 µW µW µW µW µW 1300 nm , Min Typ µW µW µW µW µW µW MREDMP/MPF005-1 MREDMP/MPF007-1 MREDMP/MPF010-1 MREDMP/MPF015 , -1 Min 1260 30 Part Number Min Typ Unit 30 50 70 40 75 100 µW µW µW 1550 nm Multimode 10 20 30 20 30 40 µW µW µW MREDMP/MPF5003-1 MREDMP/MPF5005-1 MREDMP


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PDF MREDSP/SPF001-1 MREDSP/SPF003-1 MREDSP/SPF005-1 MREDSP/SPF5001-1 MREDSP/SPF5002-1 MREDSP/SPF5003-1 MREDMP/MPF5003-1 MREDMP/MPF5005-1 MREDMP/MPF5007-1
2012 - Not Available

Abstract: No abstract text available
Text: dBm ± 1.5 nW ± 2 nW ± 12 nW ± 2 µW ± 4 µW ± 6 µW ± 600 pW ± 1.5 nW ± 10 nW ± 500 nW ± 1 µW ± 5 µW 200 pW 400 pW 1.5 nW 50 nW 500 nW 2 µW 1 nW 1.5 nW 15 nW 650 nW 1 µW 10 µW ± 2.8 nW ± 3 nW ± 12 nW ± 2 µW ± 4 µW ± 6 µW ± 600 nW ± 1.5 nW ± 10 nW ± 500 µW ± 1 µW ± 5 µW 200 nW 400 nW 1.5 nW 50 nW 500 µW 2 µW 1 nW 1.5 nW 15 nW 650 µW 1 µW 10 µW ± 15 nW ± 20 nW ± 120 nW ± 20 µW ± 40 µW ± 60


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PDF U2000 5989-6278EN
MREDMSC005-1

Abstract: MREDSC013-1 MREDSC010-1 MREDSC005-1 MREDSC003-1 MREDSC001-1 MREDMSC020-1 MREDMSC015-1 MREDMSC010-1 MREDMSC007-1
Text: Vf OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 1300 nm Singlemode µW µW µW µW µW µW OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 10 30 50 100 130 150 1550 , µW µW µW µW µW Part Number Min Typ Unit 30 50 70 40 75 100 µW µW µW , -1 MREDSC013-1 MREDSC015-1 Min 1260 30 1550 nm Multimode 10 20 30 20 30 40 µW µW µW


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PDF MREDMSC010-1 MREDMSC015-1 MREDMSC020-1 MREDSC001-1 MREDSC003-1 MREDSC005-1 MREDSC010-1 MREDSC013-1 MREDSC015-1 MREDMSC5003-1 MREDMSC005-1 MREDSC013-1 MREDSC010-1 MREDSC005-1 MREDSC003-1 MREDSC001-1 MREDMSC020-1 MREDMSC015-1 MREDMSC010-1 MREDMSC007-1
MREDFC001-1

Abstract: MREDMC015-1 MREDMC010-1 MREDMC007-1 MREDMC005-1 MREDFC015-1 MREDFC013-1 MREDFC010-1 MREDFC005-1 MREDFC003-1
Text: Voltage Vf OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 1300 nm Singlemode µW µW µW µW µW µW OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 10 30 50 100 130 150 , 70 100 150 200 75 100 150 200 300 µW µW µW µW µW Min Typ Unit 30 50 70 40 75 100 µW µW µW 1300 nm Multimode 20 45 75 150 175 200 MREDFC001-1 MREDFC003 , -1 MREDMC015-1 MREDMC020-1 Part Number 1550 nm Multimode 10 20 30 20 30 40 µW µW µW


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PDF MREDFC5001-1 MREDFC001-1 MREDFC003-1 MREDFC005-1 MREDFC010-1 MREDFC013-1 MREDFC015-1 MREDMC005-1 MREDMC007-1 MREDMC010-1 MREDFC001-1 MREDMC015-1 MREDMC010-1 MREDMC007-1 MREDMC005-1 MREDFC015-1 MREDFC013-1 MREDFC010-1 MREDFC005-1 MREDFC003-1
MREDMT005-1

Abstract: MREDST013-1 MREDST010-1 MREDST005-1 MREDST003-1 MREDST001-1 MREDMT020-1 MREDMT015-1 MREDMT010-1 MREDMT007-1
Text: Voltage Vf OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 1300 nm Singlemode µW µW µW µW µW µW OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 10 30 50 100 130 150 , Package 50 70 100 150 200 75 100 150 200 300 µW µW µW µW µW µW A,B,C A,B,C A,C A,C A,C A,C Min Typ Unit Package 30 50 70 40 75 100 µW µW µW A,C A , -1 MREDMT020-1 Part Number 1550 nm Multimode 10 20 30 20 30 40 µW µW µW MREDMT5003


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PDF MREDST5001-1 MREDST001-1 MREDST003-1 MREDST005-1 MREDST010-1 MREDST013-1 MREDST015-1 MREDMT005-1 MREDMT007-1 MREDMT010-1 MREDMT005-1 MREDST013-1 MREDST010-1 MREDST005-1 MREDST003-1 MREDST001-1 MREDMT020-1 MREDMT015-1 MREDMT010-1 MREDMT007-1
MRED14C015-1

Abstract: MRED14C015M-1 MRED14C013-1 MRED14C010M-1 MRED14C010-1 MRED14C007M-1 MRED14C005M-1 MRED14C005-1 MRED14C003-1 MRED14C5001-1
Text: =40°C OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 1300 nm Singlemode µW µW µW µW µW µW , Unit 50 70 100 150 200 75 100 150 200 300 µW µW µW µW µW Min Typ Unit 30 50 70 40 75 100 µW µW µW 1300 nm Multimode 20 45 75 150 175 200 , 10 20 30 20 30 40 µW µW µW MRED14C5003M-1 MRED14C5005M-1 MRED14C5007M-1 ABSOLUTE


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PDF 4C010-1 MRED14C013-1 MRED14C015-1 MRED14C005M-1 MRED14C007M-1 MRED14C010M-1 MRED14C015M-1 MRED14C020M-1 MRED14C5003M-1 MRED14C5005M-1 MRED14C015-1 MRED14C015M-1 MRED14C013-1 MRED14C010M-1 MRED14C010-1 MRED14C007M-1 MRED14C005M-1 MRED14C005-1 MRED14C003-1 MRED14C5001-1
MRED14C015-1

Abstract: MRED14C010-1 MRED14C015M-1 MRED14C013-1 MRED14C010M-1 led 1550 MRED14C007M-1 MRED14C005M-1 MRED14C005-1 MRED14C003-1
Text: Singlemode µW µW µW µW µW µW OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 10 30 50 , 200 300 µW µW µW µW µW Min Typ Unit 30 50 70 40 75 100 µW µW µW , -1 MRED14C020M-1 Part Number 1550 nm Multimode 10 20 30 20 30 40 µW µW µW MRED14C5003M


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PDF POWE4C010-1 MRED14C013-1 MRED14C015-1 MRED14C005M-1 MRED14C007M-1 MRED14C010M-1 MRED14C015M-1 MRED14C020M-1 MRED14C5003M-1 MRED14C5005M-1 MRED14C015-1 MRED14C010-1 MRED14C015M-1 MRED14C013-1 MRED14C010M-1 led 1550 MRED14C007M-1 MRED14C005M-1 MRED14C005-1 MRED14C003-1
2003 - SP8055

Abstract: optical drive pdic dvd
Text: (High speed) 2 R-write (Low speed) 1 GAIN1 Low Low Low Low High High High High 50.04 mV/ µW 15.00 mV/ µW 23.52 mV/ µW 12.48 3.76 5.88 6.26 1.88 2.94 3.13 0.94 1.47 0.78 0.23 0.37 0.39 0.117 0.18 GAIN3 High Low High Low High Low High Low mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW Gain1 : WGATE (Read = Low ,Write = High), Gain2 : Media (RW = Low ,R = , 5.88 6.26 1.88 11.76 2.94 3.13 0.94 5.88 1.47 UNIT mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV


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PDF SP8055 SP8055 SP8055, optical drive pdic dvd
2003 - PDIC optical drive 16

Abstract: bw30
Text: (High speed) 2 R-write (Low speed) 1 GAIN1 Low Low Low Low High High High High 50.04 mV/ µW 15.00 mV/ µW 23.52 mV/ µW 12.48 3.76 5.88 6.26 1.88 2.94 3.13 0.94 1.47 0.78 0.23 0.37 0.39 0.117 0.18 GAIN3 High Low High Low High Low High Low mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW Gain1 : WGATE (Read = Low ,Write = High), Gain2 : Media (RW = Low ,R = , 23.52 12.48 3.76 23.52 5.88 6.26 1.88 11.76 2.94 3.13 0.94 5.88 1.47 UNIT mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW


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PDF SP8055 140MHz -68dBm SP8055 SP8055, PDIC optical drive 16 bw30
2002 - sf 818 transistor

Abstract: LED 1310 nm FC receptacle
Text: 20 30 45 Unit µW µW µW µW Part Number (Multimode) MREDMXX001-2 MREDMXX002-2 MREDMXX003 , 4 - Unit µW µW µW µW Unit nm nm mA V ns ns dB § -10 x log [Maximum Power , . MREDXX0005-2 5 MREDXX001-2 10 MREDXX002-2 20 MREDXX003-2 30 Typ. 7 20 30 45 Unit µW µW µW µW Part Number (Multimode) MREDMXX001-2 MREDMXX002-2 MREDMXX003-2 MREDMXX005-2 Min. 10 20 , 2.5 tf Fall Time +25ºC to +70ºC 4 Output Power Variation§ Unit µW µW µW µW Unit nm nm


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PDF 13such LUMNDS095-0402 sf 818 transistor LED 1310 nm FC receptacle
1997 - Fi 830

Abstract: OPF391 OPF391A OPF391B OPF391C OPF391D
Text: 0.20. (3) To convert radiant power output to dBm, use the following expression dBm = 10 log ( µW /1000 , OPF391B OPF391A 0.20 7.5 µW 12.5 µW 18 µW 25 µW Graded 0.28 27 µW 35 µW 45 µW 75 µW Graded 0.29 58 µW 85 µW 115 µW 170 µW Step 0.41 290 µW 450 µW 545 µW 650 µW 200/300 µm* *PCS - Plastic Clad Silica Optek Technology, Inc , Output Fall Time 4.5 µW TEST CONDITIONS IF = 100 mA(2) 1.8 830 2.0 V IF = 100 mA


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PDF OPF391 OPF391A, OPF391B, OPF391C, OPF391D Fi 830 OPF391 OPF391A OPF391B OPF391C OPF391D
2003 - optical drive pdic dvd

Abstract: bw30 optical drive pdic PDIC optical drive 16 RFFC3
Text: (High speed) 2 R-write (Low speed) 1 GAIN1 Low Low Low Low High High High High 50.04 mV/ µW 15.00 mV/ µW 23.52 mV/ µW 12.48 3.76 5.88 6.26 1.88 2.94 3.13 0.94 1.47 0.78 0.23 0.37 0.39 0.117 0.18 GAIN3 High Low High Low High Low High Low mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW Gain1 : WGATE (Read = Low ,Write = High), Gain2 : Media (RW = Low ,R = , 5.88 6.26 1.88 11.76 2.94 3.13 0.94 5.88 1.47 UNIT mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV/ µW mV


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PDF SP8055 SP8055 SP8055, optical drive pdic dvd bw30 optical drive pdic PDIC optical drive 16 RFFC3
1997 - Fi 830

Abstract: OPF342 OPF342A OPF342B OPF342C OPF342D
Text: 0.20. (3) To convert radiant power output to dBm, use the following expression dBm = 10 log ( µW /1000 , IF = 100 mA @ 25 C N.A. OPF342D OPF342C OPF342B OPF342A 0.20 7.5 µW 12.5 µW 18 µW 25 µW Graded 0.28 14 µW 22 µW 34 µW 45 µW Graded 0.29 38 µW 62 µW 95 µW 125 µW Step 0.41 140 µW 235 µW 340 µW 475 µW 200/300 µm* *PCS - Plastic , 35 tr Output Rise Time 4.5 tf Output Fall Time 4.5 µW TEST CONDITIONS IF =


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PDF OPF342 OPF342A, OPF342B, OPF342C, OPF342D Fi 830 OPF342 OPF342A OPF342B OPF342C OPF342D
Not Available

Abstract: No abstract text available
Text: to dBm, use the following expression dBm = 10 log ( µW /1000). (4) Derate linearly @ 1.0 mA/o C , µW 12.5 µW 19 µW 29 µW 62.5/125 µm Graded 0.28 27 µW 35 µW 51 µW 89 µW 100/140 µm Graded 0.29 60 µW 87 µW 129 µW 200 µW 0.41 320 µW 463 µW 606 µW 750 µW Step 200/300 µm* *PCS - Plastic Clad Silica Optek Technology , µW IF = 100 mA(2) VF Forward Voltage λp Peak Output Wavelength B Spectral Band


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PDF OPF372 OPF372A, OPF372B, OPF372C, OPF372D
MRED14001-1

Abstract: MRED14015M-1 MRED14015-1 MRED14013-1 MRED14010M-1 MRED14010-1 MRED14007M-1 MRED14005M-1 MRED14005-1 MRED14003-1
Text: Singlemode µW µW µW µW µW µW OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 10 30 50 , 75 100 150 200 300 µW µW µW µW µW Part Number Min Typ Unit 30 50 70 40 75 100 µW µW µW 1300 nm Multimode 20 45 75 150 175 200 MRED14001-1 MRED14003 , 30 40 µW µW µW MRED145003M-1 MRED145005M-1 MRED145007M-1 ABSOLUTE MAXIMUM RATINGS


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PDF MRED14001-1 MRED14003-1 MRED14005-1 MRED14010-1 MRED14013-1 MRED14015-1 MRED145003M-1 MRED145005M-1 MRED145007M-1 LED14 MRED14001-1 MRED14015M-1 MRED14015-1 MRED14013-1 MRED14010M-1 MRED14010-1 MRED14007M-1 MRED14005M-1 MRED14005-1 MRED14003-1
SPOT-4D

Abstract: MRED14010-1 MRED14007M-1 MRED14005M-1 MRED14005-1 MRED14020M-1 MRED14015M-1 MRED14015-1 MRED14013-1 MRED14003-1
Text: Vf OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 1300 nm Singlemode µW µW µW µW µW µW OUTPUT POWER ( T= 25°C ) Part Number Min Typ Unit 10 30 50 100 130 150 1550 , µW µW µW µW µW Part Number Min Typ Unit 30 50 70 40 75 100 µW µW µW , -1 MRED14013-1 MRED14015-1 Min 1260 30 1550 nm Multimode 10 20 30 20 30 40 µW µW µW


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PDF MRED145001-1 MRED14001-1 MRED14003-1 MRED14005-1 MRED14010-1 MRED14013-1 MRED14015-1 MRED145003M-1 MRED145005M-1 MRED145007M-1 SPOT-4D MRED14010-1 MRED14007M-1 MRED14005M-1 MRED14005-1 MRED14020M-1 MRED14015M-1 MRED14015-1 MRED14013-1 MRED14003-1
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