• Viewing Angle
    • Voltage - DC Reverse (Vr) (Max)
    • Color - Enhanced
    • Spectral Range
    • Responsivity @ nm
    • Current - Dark (Typ)
    • Series
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List Table
Found: 9
Partnumber Description Manufacturer
Package / Case
Mounting Type
Wavelength
Active Area
Diode Type
Operating Temperature
Response Time
Voltage - DC Reverse (Vr) (Max)
Spectral Range
Responsivity @ nm
Current - Dark (Typ)
Series
C30902SH-DTC SI APD, 0.5MM, TO-66, DUAL-STAGE Excelitas Technologies TO-66 Through Hole 830nm 0.2mm² Avalanche -40°C ~ 70°C 500ps 225V 400nm ~ 1000nm 128 A/W @ 830nm 15nA C30902
C30902SH-TC SI APD, 0.5MM, TO-66, SINGLE-STA Excelitas Technologies TO-66 Through Hole 830nm 0.2mm² Avalanche -40°C ~ 70°C 500ps 225V 400nm ~ 1000nm 128 A/W @ 830nm 15nA C30902
C30902SH SI APD, 0.5MM, LOW NOISE/PHOTON Excelitas Technologies TO-18 Through Hole 830nm 0.2mm² Avalanche -40°C ~ 70°C 500ps 225V 400nm ~ 1000nm 128 A/W @ 830nm 15nA C30902
LLAM-900-R5BH SI APD RECEIVER, 0.5MM, TO-8, 20 Excelitas Technologies TO-8 Style, 12 Leads Through Hole 900nm 0.2mm² Avalanche -40°C ~ 70°C 150ns 400nm ~ 1100nm 460 KV/W @ 830nm, 400 KV/W @ 900nm LLAM
C30659-900-R5BH SI APD + AMP, TO-8, 200MHZ Excelitas Technologies TO-8 Style, 12 Leads Through Hole 900nm 0.2mm² Avalanche -40°C ~ 70°C 2ns 400nm ~ 1100nm 460 KV/W @ 830nm, 400 KV/W @ 900nm C30659
C30902EH SI APD 0.5MM HIGH RESPONSE TO-18 Excelitas Technologies TO-18-2 Metal Can Through Hole 830nm 0.2mm² Avalanche -40°C ~ 70°C 500ps 225V 400nm ~ 1000nm 77 A/W @ 830nm, 65 A/W @ 900nm 15nA C30902
C30902BH SI APD, 0.5 MM, TO-18 BALL LENS Excelitas Technologies TO-18 Through Hole 830nm 0.2mm² Avalanche -40°C ~ 70°C 500ps 225V 400nm ~ 1000nm 77 A/W @ 830nm 15nA C30902
C30902SH-2 SI APD, 0.5MM, LOW NOISE/PHOTON Excelitas Technologies TO-18 Through Hole 900nm 0.2mm² Avalanche -40°C ~ 70°C 500ps 225V 400nm ~ 1000nm 108 A/W @ 900nm 15nA C30902
C30902EH-2 SI APD, 0.5MM, TO-18 HIGH RESPON Excelitas Technologies TO-18 Through Hole 900nm 0.2mm² Avalanche -40°C ~ 70°C 500ps 225V 400nm ~ 1000nm 60 A/W @ 900nm 15nA C30902
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