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BOU350 Optical Laser Source
BOU350 Optical Laser Source
BOU350 Optical Laser Source
BOU350 Optical Laser Source
BOU350 Optical Laser Source
BOU350 Optical Laser Source
BOU350 Optical Laser Source
BOU350-S3S5 Optical Laser Source | Stanlay
BOU350 Optical Laser Source BOU350 Optical Laser Source BOU350 Optical Laser Source BOU350 Optical Laser Source BOU350 Optical Laser Source BOU350 Optical Laser Source BOU350 Optical Laser Source  Clientslogovideo2

BOU350 Optical Laser Source

BOU350 Optical Laser Source is an entry level highly stabilized Optical Laser Source with option to configure 2~3 wavelengths output from one port and a built-in optic isolator.

BOU350 Optical Laser Source also provides 270Hz, 1kHz, 2kHz modulation output. Available in multimode and single mode options.

BOU350 Optical laser source can be configured to have operating multi wavelengths options of 850nm, 1310nm, 1310nm, 1490nm, 1550nm and 1625nm.

BOU350 Optical laser source is an economy Optical laser source compatible with FC (& SC) adaptor connectors.

 

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BOU350 Optical Laser Source
Features Specifications FAQ Downloads Video



Features
  • 2~3 wavelengths output from one port (wavelength to be specified at the time of ordering)
  • High stabilization, built-in optic isolator
  • 270Hz, 1kHz, 2kHz modulation output
  • Energy save mode
  • Three-year recommended calibration interval
Specifications

Module Options

Multi-Mode

Single Mode

M8

M3

S3

S4

S5

S6

Wavelength (nm)

850

1300

1310

1490

1550

1625

Wavelength output (nm)*

2~3

Stabilization

± 0.05 dB/ 1hr; ±0.1 dB/8 hrs

Output Power

>-6dBm @ 1310nm/1490nm/1550nm/1625nm
>-10 dBm @ 850nm/1300nm
Optional – 3dBm to 0dBm @ 1310/1550nm

Laser Type

Class 1

Modulation

270Hz, 1kHz, 2kHz

Connector Adaptor*

FC/PC (Optional: SC, ST interchangeable adaptor)

Display Type

LCD display, Backlit

Automatic Power off

Yes (Settable 1 to 10 minutes)

Size (mm)

160 X 75 X 32

Weight

About 180

Storage/Operating Temperature/Relative Humidity

-20 ÌŠC to 60 ÌŠC/-10°C to +50°C / < 90%RH

Power Supply

AA*2 Batteries or AC/DC power supply adaptor (*Additional cost)

Standard Accessories

Carrying bag, calibration certificate, manual, FC/UPC or SC/UPC connector
(connector to be specified at time of ordering)

Optional Accessories

Connector Adaptor: SC, ST and AC/DC Adaptor

* To be specified at time of ordering

FAQ

what is optical laser source

optical laser source is an optical signal transmitter that is used to transmit a signal with specific selected wavelength and power level into a fiber optic link. Together with the optical power meter, it can measure the optical loss or attenuation of the network link.

what is diffrence b/w single mode and multimode

Multimode fiber has a relatively large light carrying core,
usually 62.5 microns or larger in diameter. It is usually used for short distance transmissions with LED based fiber optic equipment. Single-mode fiber has a small light carrying core of 8 to 10 microns in diameter. It is normally used for long distance transmissions with laser diode based fiber optic transmission equipment.

Which wavelengths are for single mode and which are to be selected for multimode

850nm / 1300nm are the designated wavelengths for multimode fiber testing. single mode fiber is usually tested at 1310/1550nm wavelengths.

what is optical laser source

optical laser source is an optical signal transmitter that is used to transmit a signal with specific selected wavelength and power level into a fiber optic link. Together with the optical power meter, it can measure the optical loss or attenuation of the network link.

what is diffrence b/w single mode and multimode

Multimode fiber has a relatively large light carrying core,
usually 62.5 microns or larger in diameter. It is usually used for short distance transmissions with LED based fiber optic equipment. Single-mode fiber has a small light carrying core of 8 to 10 microns in diameter. It is normally used for long distance transmissions with laser diode based fiber optic transmission equipment.

Which wavelengths are for single mode and which are to be selected for multimode

850nm / 1300nm are the designated wavelengths for multimode fiber testing. single mode fiber is usually tested at 1310/1550nm wavelengths.

what is optical laser source

optical laser source is an optical signal transmitter that is used to transmit a signal with specific selected wavelength and power level into a fiber optic link. Together with the optical power meter, it can measure the optical loss or attenuation of the network link.

what is diffrence b/w single mode and multimode

Multimode fiber has a relatively large light carrying core,
usually 62.5 microns or larger in diameter. It is usually used for short distance transmissions with LED based fiber optic equipment. Single-mode fiber has a small light carrying core of 8 to 10 microns in diameter. It is normally used for long distance transmissions with laser diode based fiber optic transmission equipment.

Which wavelengths are for single mode and which are to be selected for multimode

850nm / 1300nm are the designated wavelengths for multimode fiber testing. single mode fiber is usually tested at 1310/1550nm wavelengths.

what is optical laser source

optical laser source is an optical signal transmitter that is used to transmit a signal with specific selected wavelength and power level into a fiber optic link. Together with the optical power meter, it can measure the optical loss or attenuation of the network link.

what is diffrence b/w single mode and multimode

Multimode fiber has a relatively large light carrying core,
usually 62.5 microns or larger in diameter. It is usually used for short distance transmissions with LED based fiber optic equipment. Single-mode fiber has a small light carrying core of 8 to 10 microns in diameter. It is normally used for long distance transmissions with laser diode based fiber optic transmission equipment.

Which wavelengths are for single mode and which are to be selected for multimode

850nm / 1300nm are the designated wavelengths for multimode fiber testing. single mode fiber is usually tested at 1310/1550nm wavelengths.

what is optical laser source

optical laser source is an optical signal transmitter that is used to transmit a signal with specific selected wavelength and power level into a fiber optic link. Together with the optical power meter, it can measure the optical loss or attenuation of the network link.

what is diffrence b/w single mode and multimode

Multimode fiber has a relatively large light carrying core,
usually 62.5 microns or larger in diameter. It is usually used for short distance transmissions with LED based fiber optic equipment. Single-mode fiber has a small light carrying core of 8 to 10 microns in diameter. It is normally used for long distance transmissions with laser diode based fiber optic transmission equipment.

Which wavelengths are for single mode and which are to be selected for multimode

850nm / 1300nm are the designated wavelengths for multimode fiber testing. single mode fiber is usually tested at 1310/1550nm wavelengths.

what is optical laser source

optical laser source is an optical signal transmitter that is used to transmit a signal with specific selected wavelength and power level into a fiber optic link. Together with the optical power meter, it can measure the optical loss or attenuation of the network link.

what is diffrence b/w single mode and multimode

Multimode fiber has a relatively large light carrying core,
usually 62.5 microns or larger in diameter. It is usually used for short distance transmissions with LED based fiber optic equipment. Single-mode fiber has a small light carrying core of 8 to 10 microns in diameter. It is normally used for long distance transmissions with laser diode based fiber optic transmission equipment.

Which wavelengths are for single mode and which are to be selected for multimode

850nm / 1300nm are the designated wavelengths for multimode fiber testing. single mode fiber is usually tested at 1310/1550nm wavelengths.

what is optical laser source

optical laser source is an optical signal transmitter that is used to transmit a signal with specific selected wavelength and power level into a fiber optic link. Together with the optical power meter, it can measure the optical loss or attenuation of the network link.

what is diffrence b/w single mode and multimode

Multimode fiber has a relatively large light carrying core,
usually 62.5 microns or larger in diameter. It is usually used for short distance transmissions with LED based fiber optic equipment. Single-mode fiber has a small light carrying core of 8 to 10 microns in diameter. It is normally used for long distance transmissions with laser diode based fiber optic transmission equipment.

Which wavelengths are for single mode and which are to be selected for multimode

850nm / 1300nm are the designated wavelengths for multimode fiber testing. single mode fiber is usually tested at 1310/1550nm wavelengths.

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Downloads

Product Datasheet

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Product Videos
BOU350-S3S5 Optical Laser Source | Stanlay
BOU350-S3S5 Optical Laser Source | Stanlay
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