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ULM850-01-TT-HSMAPP - 6mW / 12mW VCSEL SMA Receptacle / Chip

Download the ULM850-01-TT-HSMAPP datasheet PDF. This datasheet also covers the ULM850-01-TT-HSMAOP variant, as both devices belong to the same 6mw / 12mw vcsel sma receptacle / chip family and are provided as variant models within a single manufacturer datasheet.

Description

Cap Common 6mW VCSEL SMA Receptacle anode 12mW VCSEL TO56 Ball lense anode 12mW VCSEL Chip - Type with Monitor (PD) without Monitor ULM850-01-TT-HSMAPP ULM850-01-TT-H56BPP ULM850-01-TT-HSMAOP ULM850-01-TT-H56BOP - ULM850-01-TT-H0101U Anode Cathode Philips Technologie GmbH U-L-M Photonics P

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Note: The manufacturer provides a single datasheet file (ULM850-01-TT-HSMAOP_ULM.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number ULM850-01-TT-HSMAPP
Manufacturer ULM
File Size 297.23 KB
Description 6mW / 12mW VCSEL SMA Receptacle / Chip
Datasheet download datasheet ULM850-01-TT-HSMAPP Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer

Other Datasheets by ULM

Part Number Description
ULM850-01-TT-HSMAOP 6mW / 12mW VCSEL SMA Receptacle / Chip
ULM850-01-TT-H0101U 6mW / 12mW VCSEL SMA Receptacle / Chip
ULM850-01-TT-H56BOP 6mW / 12mW VCSEL SMA Receptacle / Chip
ULM850-01-TT-H56BPP 6mW / 12mW VCSEL SMA Receptacle / Chip
ULM850-02-TT-C46FPN 2.5 Gbps VCSEL

Full PDF Text Transcription

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www.DataSheet.in 6mW / 12mW VCSEL SMA Receptacle / Chip Vertical Cavity Surface-Emitting Laser 6mW / 12mW peak power >2,5 Gbps speed e.g. for storage, free space, sensing other wavelengths available, e.g. for WDM INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT Preliminary ELECTRO-OPTICAL CHARACTERISTICS Receptacle (Chip) PARAMETER Emission wavelength Fiber-coupled mean power (power) Threshold current Variation of ITH over Temp. Threshold voltage Laser current Laser voltage Wallplug efficiency Slope Efficiency Variation of η s over Temp. Differential series resistance 3dB modulation bandwidth Rise and fall time SYMBOL UNITS MIN TYP MAX TEST CONDITIONS λR nm 835 850 860 T=20° C mW 6(12) Fiber 125µm, 0.
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