Alnair Labs Corporation2016 PRODUCT GUIDE

Company Profile

Company Name: Alnair Labs Corporation

Location: Westside Gotanda 2F, 6-2-7 Nishi-Gotanda, Shinagawa-ku, Tokyo 141-0031 Japan

Phone: +81-3-5487-7831 FAX: +81-3-5487-7832

Founded: August 29, 2001

Capital: 300 Million Yen

Directors: President Dr. Yusuke Ota Exective Director Mr. Takashi Tsumori Technical Director Prof. Kazuro Kikuchi (University of Tokyo)

Global Locations: Alnair Labs US Office (CA, USA) Alnair Photonics Sdn Bhd (Penang, Malaysia)

Product Line-Up

Optical Source

13

14

4 15

Multi-Channel Tunable Laserulti-Channel Tunable LasPFL-200

TLG-200

TLG-300

Compact Femtosecond Fiber Laser

Narrow-Linewidth Tunable Laser

Multi-Channel Narrow-Linewidth Tunable Laser

Other Instruments / Components

18

19

19

Polarization ControllerSIT-200

ADL-200

MLC Series

Silicon Wafer Thickness Sensor

Programmable Optical Delay Line

Polarization Controller

Amplifiers

16

17

LNA-220

EFA-200C

Ultra-Low-Noise Optical Amplifier

EcoAmp (Low Power-Consumption EDFA)

Ultra-Low-Noise Amplifier

Optical Filters

410

12

Tunable Optical FilterUltra-Narrow, Ultra-Sharp Tunable Filter

Tunable FBG Filter

CVF-300 / BVF-300

WTF-200

High-Speed Electronics

6

7

8

28Gb/s x 4ch Bit Error Rate Tester

10Gb/s Bit Error Rate Tester

Electrical Pulse Generator

BERT-250E-4CH

SeBERT-100

EPG-210

Bit Error Rate Tester

OTDR

4Frequency-Division-Multiplexed Coherent OTDR FOTDR-300

Coherent OTDRCoherent OTDR

>23dB Dyn. Range

1, 10 or 40 Freq MUX

Up to 40xfaster Remote

Principle

High dynamic range >23dB (1) 10 ~ 40 times faster measurement than conventional C-OTDRs Characterize up to 12,000km long submarine optical cables

FOTDR-300Frequency-Division-Multiplexed Coherent OTDR

Rec

eive

d Po

wer

C-OTDR

Rayleigh back-scatteringfrom probe pulse

FDM-OTDRTime

Back-scattering from each frequency-pulse

f f21 fN…

Time

Multi-frequencycoded probe pulse

-50

-40

-30

-20

-10

0

0 50 100 150 200 250

Noise Level

Distance

Ref

lect

ivity

(dB)

(a) Conventional C-OTDR

-50

-40

-30

-20

-10

0

0 50 100 150 200 250

5 log N 1/2 dB

Distance

Ref

lect

ivity

(dB)

(b) FDM-OTDR

Rec

eive

d Po

wer

Time

Probe pulse

Fast,

High Dynamic Range

The FDM-OTDR encodes multiple probe pulses at different frequencies, in the same time

frame that conventional C-OTDRs send out a single pulse. This frequency-division-multiplexing

enables larger data acquisition in the same measurement time compared to C-OTDRs. As a

result the FDM-OTDR can achieve higher dynamic range with the same measurement time, or

a significantly reduced measurement time with the same dynamic range.

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For orders, questions, specific

requirements or to learn more

about the FDM-OTDR, contact

us at: sales@alnair-labs.com

Specifications

User Interface Ordering Information

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Note:(1) With the setting: Pulse width 10μs, Average 216, Distance range 1,000km, with added ASE, Frequency MUX 40;(2) With the setting: Pulse width 10μs, Frequency MUX 40;(3) Width is 480mm including 19” rack fixture;The above specifications may change without prior notice

Category Parameter Specification Optical Center Wavelength(OTDR) 1535.03 ～ 1565.08 nm (ITU-Grid, Fixed at time of order)

Center Wavelength(Dummy) Center Wavelength (OTDR) +/- 3 nm

Pulse Width 2.5, 5, 10, 30, 60, 100 μs

Output Power 0 ～ +13 dBm (0.2 dB step)

Dynamic Range > 23 dB (1)

Rayleigh Dead Zone < 0.5 km (2)

Optical Connector FC, SC, LC, ST (PC/APC, other types can also be specified)

Operation Distance Range 100 km, 500 ～ 12,000 km (500 km step)

Frequency Mux 1, 10, 40

Averaging 28 ～ 224

IOR(Index of refraction) 1.300000 ～ 1.700000

Mode Normal / High Resolution

Electrical Display 10.1inch VGA(1024x600), Color LCD, Touch Panel

Interface USB (3 ports), RJ-45 (1 port), VGA (1 port)

Power Supply AC 100～240 V (50/60 Hz)

Electricity Consumption 220W

Inrush Current 25A

Physical Dimension(WxHxD) 450 (3) x 240 x 440 mm

Weight < 20 kg

Operating Temperature 10 ～ 40 ℃

Storage Temperature -10 ～ 50 ℃

Humidity 40 ～ 80 %

EMC CISPR22, IEC61000-4-2, IEC61000-4-3, IEC61000-4-4, IEC61000-4-5, IEC61000-4-6

Shock IEC C60068-2-27

Vibration IEC C60068-2-6

BERT-250E-4CH

Category ParameterMin. Typ. Max. Unit

Pattern Generator Data Rate 25.0 28.3 Gb/s

Data Patterns

Output Voltage 400 mVpp

Rise/Fall Time (20-80%) 15 17 ps

Jitter (rms) 0.6 0.9 ps

Error Detector Input Sensitivity 25 mVpp

Electrical PC Interface USB / GPIB / Ethernet

Power Supply AC 100-240 (50/60Hz) Vac

Physical (per unit) Dimensions (W x H x D) 449 x 88 x 495 mm

Weight 7 kg

29-1, 2 15-1, 2 31-1

Note: The above specifications may change without prior notice.

28Gb/s Built-inCDR RemoteMax. 4ch

Specifications

Software Interface Typical Performance: 25.8Gb/s Eye Pattern

Ordering Information

A simple 28Gb/s BERT for testing in production lines　Transceiver/TOSA/ROSA line inspection Optical Modulator Testing

BERT-250E-4CH28Gb/s x 4ｃｈ Bit Error Rate Tester

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10Gb/s Built-inCDR

Built-inClock SFP+/XFP RemoteMax. 4ch

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Category ParameterMin. Typ. Max. Unit

Pattern Generator Data Rate 9.95328 11.32 Gb/s

Data Patterns

Output Voltage 300 500 mVpp

Rise/Fall Time (20-80%) 23 ps

Jitter (rms) 1.5 ps

Error Detector Input Sensitivity 30 mVpp

Detection Threshold -64 0 +64 mV

Electrical PC Interface USB

Power Supply AC 100-240 (50/60Hz) Vac

Physical Dimensions (W x H x D) 236 x 88 x 405 mm

Weight 5 kg

PRBS: 2 7-1, 223-1, 231-1, or 64 bit user-defined

Note: The above specifications may change without prior notice.

SeBERT-100

Specifications

Software Interface Typical Performance: 10Gb/s Eye Pattern

Ordering InformationSlot ModelE : Electrical model

S : SFP slot model

X : XFP slot model

TOSA/ROSA inspection, driving optical modulators　Low-cost 10Gb/s BERT for production lines SFP+/XFP compatible slot (optional)

SeBERT-10010Gb/s Serial Bit Error Rate Tester

Category ParameterFWHM = 30ps FWHM > 50ps Unit

Input Characteristics Signal Type 1

Input Level Vpp

Frequency Repetition Rate 2 GHz

Output Characteristics Electrical Coupling

Pulse Shape

Pulse Width (FWHM) 3 30 50, 75, 100, Custom ps

Pulse Width Tunability (Optional) ps

Rise/Fall Time (20%-80%) 14 17 ps

Output Voltage 4 (Standard) 0.4 0.5 Vpp

(High-Voltage: Optional) 5 Vpp

Additive Timing Jitter 6 ps

Electrical Electrical Connector

Output Impedance Ohm

Power Supply (Module)

(Benchtop) Vac

Physical Dimensions (W x H x D) (Module) 7 mm

(Benchtop) mm

Weight (Module) g

(Benchtop) kg

200

1. Use square wave for minimal additive jitter, particularly at repetition below 100MHz. 2. Repetition rate can be tuned by tuning the input clock frequency. Max.repetition rate is limited by pulse width. Please enquire for operation at <1MHz. The device can also be triggered on-demand within the specified frequency range.3. Custom pulse width up to 2.5ns is possible. The pulse width is fixed at a user-selected value, and is set at factory. This represents the minimum pulse width whencombined with tunable pulse width option. The pulse width may broaden when combined with the high-voltage option (e.g. for 30ps model, the pulses may broaden toup to 35ps). 4. Voltage for single-ended output. 5. Available for single-ended output only. Rise/fall times, and hence pulse width, may increase by a few ps. The outputvoltage may vary with pulse repetition rate. 6. When driven at >1GHz. Actual jitter depends on clock/trigger source. 7. Module type is possible for fixed pulse widthsof 30, 50, 75 or 100ps, and with standard output voltage. Note: The above specifications may change without prior notice.

236 x 88 x 380

90

<5

60 x 15 x 60

Sine or Square

0.3 ~ 0.5

0.001 ~ 5

AC

Square

>5

<0.5

Advanced SMA

50

DC 3.3V, 2A

AC 100-240 (50/60Hz)

EPG-210 Module

TunablePulse Width

Generate high-speed electrical pulses as short as 30ps 17ps fast rise-time for driving modulators and lasers 　Generate pulses on-demand or at repetition rates up to 5GHz

EPG-210Electrical Pulse Generator

Specifications

Ordering Information

Typical Performance

EPG-210 - - - - -Pulse width [ps]Type

M: Module

B: Benchtop

Output

S: Single-End

D: Differential

Pulse Polarity

P: Positive

N: Negative

Pulse Width Tunability

T: Tunable

N: N/A

RF Amplification

A: Amplifier

N: N/A

30ps Pulse Waveform

75ps Pulse Waveform

Rise-Time18ps

LaserDriver

ModulatorDriver

ExternalTrigger

TunableRep. Rate

Shortest30ps

Max. 5GHzSingle-Shot

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Driving a Gain-Switched Laser

RF Spectrum of 50ps Pulses at 250MHz Repetition

Driving a LN Modulator

The EPG-210 can also be applied as a RF comb

source. The output pulses have high-speed RF

components that span to over 25GHz, while the

frequency-spacing of the comb lines can be adjusted

by tuning the pulse repetition rate. Applications include

characterization of RF antennas.

EPG-210 as a RF Comb Source

The EPG-210 is a versatile solution for generating <100ps optical pulses, either by driving LN modulators or driving

gain-switched lasers. In particular:

Electrical pulse width as short as 30ps, with option to add 200ps tunability.

Fast rise/fall time of 17ps, and low additive jitter.

Repetition rate can be tuned from 5GHz to 1MHz, and in principle to single-shot, simply by tuning the input clock/trigger.

Much more cost-effective than expensive 40Gb/s pulse pattern generators.

Generating Optical Pulses with EPG-210

Low-JitterThe EPG-210 can be used to drive gain-switched lasers to generate 30-60ps optical pulses.

The 18ps fast rise-time of the driver electrical pulse helps to suppress timing jitter.

Optical Pulses with

Fast Rise-Time

The EPG-210 generates electrical pulses with fixed, fast rise/fall time of 17ps (for pulse width

>50ps). By driving LN modulators with the EPG-210, optical pulses with similarly fast rise/fall

times of ~17ps can be generated.

RF Driver

Clock Bias-Tee

Laser Diode

DC Bias TEC

Optical OUT

Electrical Pulse Generator Laser

EPG-210

Generate electrical pulses to drive laser Generate optical pulses

Tunable Laser

Electrical Pulse Generator

RF Driver

Modulator

Clock EPG-210

Optical OUT Min. ~30ps pulses Tunable pulse width Tunable repetition rate

Generate electrical pulses to drive modulator Tunable pulse width

RF amplification (up to 6 Vpp)

Repetition rate: up to 5GHz

-60

-55

-50

-45

-40

-35

-30

0 5 10 15 20 25

Pow

er (d

Bm

)

Frequency (GHz)

-45

-40

-35

-30

-25

-20

-15

-10

-5

0

1549.8 1549.9 1550 1550.1 1550.2

Tran

smitt

ance

(dB)

Wavelength (nm)

PeakSearch

-45

-40

-35

-30

-25

-20

-15

-10

-5

0

1548 1549 1550 1551 1552

Tran

smitt

ance

(dB)

Wavelength (nm)

Ultra-Sharp Edge Roll-Off

The filter exhibits an ultra-sharp roll-off of 1500dB/nm (12dB/GHz), without compromising the flexibility of bandwidth- and wavelength-tuning. Ideal for DWDM channel selection and removing ASE noise.

The 3dB bandwidth is 30pm (3.7GHz) at its narrowest, and is also continuously tunable to 3nm (370GHz). Filtering of <1GHz optical frequency comb lines is also possible by combining with etalons.

Continuously-Tunable BW: 0.03 to 3nm

Unprecedented sharpness:　1500dB/nm roll-off Unprecedented narrow-ness:　min. bandwidth 30pm (3.7GHz) Flexible:　both bandwidth- and wavelength-tunable

CVF-300CL / BVF-300CL Ultra-Narrow, Ultra-Sharp Tunable Filter

Roll-off : 1500dB/nm Flat-Top

BW =

3.0

nm

BW =

0.2

nm

0.03

0.050.1

2.0

1.0

0.5

0.2

0.1

1300nmPossible1550nm Manual

PowerMonitor1550nm Remote

BVF-300CL (Manual)

CVF-300CL (Programmable)

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Parameter CVF-300CL BVF-300CLMin. Typ. Max. Min. Typ. Max. Unit0.03 3 0.03 3 nm

3.7 370 3.7 370 GHz

1000 1500 1000 1500 dB/nm

Center Wavelength Tunability (Standard) 1525 1610 1525 1610 nm

(Option)2 1515 1630 1515 1630 nm

<±0.05 − nm

<±0.01 − nm

Insertion Loss 3 (3dB Bandwidth > 0.1nm) 4.5 6.5 4.5 5.5 dB

(3dB Bandwidth = 0.03nm) 5.5 8 5.5 7 dB

40 45 40 45 dB

40 50 40 50 dB

0.2 0.2 dB

Maximum Input Power 4 500 500 mW

Optical Fiber SMF or PMF SMF or PMF

Optical Connector FC or SC, SPC or APC FC or SC, SPC or APC

Advanced Features Peak Search, Built-in Power Meter −

PC Interface Front panel (Local), USB and GPIB (Remote) −

Electrical Power 100-240V (50/60Hz) Vac, AC adaptor included −

Dimensions (W x H x D) 5 236 x 88 x 405 236 x 88 x 380 mm

Weight 9 7 kg

Out-of-Band Suppression

Polarization Dependent Loss (SMF-type only)

1. Calculated between -3dB and -40dB points. 2. Within the wavelength range of 1515-1525nm and 1610-1630nm, specifications such as max. insertion loss, min. 3dB bandwidth, roll-off etc may vary from the values specified above. 3. May increase by <0.5dB due to connector losses. 4. Max. 300mW in the case of PMF (ensure linear polarizaton aligned to slowaxis, in order to avoid damage). 5. Not including protruding parts. Note: The above specifications are guaranteed at ambient temperature of 25 ± 1 °C. In the case of CVF-300CL,allow sufficient warm-up time for stable operation. The above specifications may change without prior notice.

3dB Bandwidth Tunability

Filter-Edge Roll-Off 1

Wavelength Accuracy

Wavelength Repeatability

Return Loss

　Manual filters in 1000nm and 1300nm wavelength ranges.　Dual-channel filter (Filter out 2 wavelengths from the spectrum. Manual version.).　Please inquire for other customizations.

BVF-300CL - - Fiber Type

Connector Type Code

FS: FC/SPC SS: SC/SPC

FA: FC/APC SA: SC/APC

Fiber Type Code

SM: Standard Single Mode

PM: Polarization Maitaining

Connector Type

CVF-300CL - - Fiber Type Connector Type

Ordering Information

Customization

Specifications

Our GuaranteeWe understand that insertion loss and other parameters are

important for our customers. Be assured that within the

wavelength range of 1525-1610nm, all of the above

specifications are guaranteed. For example, even at the

minimum BW of 30pm, the insertion loss is typically 5.5dB,

and guaranteed to be less than 7dB and 8dB, for BVF-300CL

and CVF-300CL, respectively.

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ParameterMin. Typ. Max. Min. Typ. Max. Min. Typ. Max. Unit

Wavelength Tuning Range 10 20 20 nm

3dB Bandwidth1,3 0.08 0.1* 0.16 0.2 - 0.3 0.4 - 0.6 nm

Peak Insertion Loss 2,3 3.5 8 2.5 3.5 2.5 3.5 dB

Insertion Loss Variation 2,3 0.2 0.5 0.2 0.5 0.2 0.5 dB

Out-of-Band Suppression 3 23 26 23 26 23 26 dB

Notch Depth 4 (Band-Rejection) 3 - 6 10 15 dB

Center Wavelength nm

Max. Input Power 0.5 W

Optical Fiber

Optical Connector

Dimensions (W x H x D) mm

Weight kg

120 x 50 x 205

1

1. The 3dB bandwidth (band-pass) may change by up to ±0.5nm when wavelength-tuned, with a tendency to broaden when tuned to shorter wavelengths. * The 3dBbandwidth will stay between 0.08 and 0.12nm if the wavelength tuning range is restricted to 5nm (i.e. ±2.5nm). 2. Insertion loss for FBG at 1550nm region. Valuesmay increase slightly at other wavelength regions. 3. Specifications for band-pass port only. Values may vary for band-rejection port. 4. Notch depth of band-rejection port is mentioned as a guideline only, for filters based on SMF. This guideline may not apply if the rejection port option is added after manufacturing hasbegun. Please consult for specific needs of the notch depth. Note: The above specifications may change without prior notice.

Type: T01 Type: T02~03 Type: T04~06

1030-1070, 1280-1330, 1520-1610

SMF or PMF

FC or SC, SPC or APC

WTF-200-T - 　 - - -Center Wavelength Connector TypePort OptionFiber TypeType Number

WTF-200Tunable FBG Optical Filter

　FBG filter with both band-pass and band-rejection　Over ±10nm wavelength tuning （>±5nm at 0.1nm BW）

　High-power customization available

Fiber Type Port OptionSM : SMF S : Standard, Band-Pass only FS : FC/SPC SS : SC/SPC

PM : PMF R : Band-Pass and Band-Rejection FA : FC/APC SA : SC/APC

Connector Type

IN OUT(Band-pass)

OUT(Rejection)

FBG

Proprietary FBG Compression Technique

WTF-200 Filter Spectrum

Band-pass

Rejection

Pow

er

Wavelength

BW: 0.1 – 0.6 nmλ: ±10 nm Tunability

Specifications

Typical Performance (BW = 0.3nm)

Ordering Information

Principle of Operation

Wavelength-Tuning by

FBG Compression

While wavelength-tuning is commonly achieved by stretching the FBG, here we use a proprietary compression technique that enables more than double the tuning range.

）

CustomFBG

Min. BW0.1nm1550nm1300nm1000nm

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-60

-50

-40

-30

-20

-10

0

1530 1540 1550 1560 1570 1580 1590

Pow

er

(dB

m)

Wavelength (nm)

Module Type Benchtop

INVISIBLE LASER RADIATIONAVOID DIRECT EXPOSURE TO BEAM

DO NOT STARE INTO BEAMNEVER VIEW THROUGH OPTICAL

INSTRUMENTS

CLASS IIIb LASER PRODUCT

DANGER

Pulse spectrum

0

0.2

0.4

0.6

0.8

1

1.2

-6 -4 -2 0 2 4 6

Inte

nsity

(a.u

.)

Time Delay (ps)

Pulse auto-correlation waveform

Tauto = 890fs

Tfwhm = 570fs (Sech2)

Carbon nanotube (CNT) passively mode-locked fiber laser CNT saturable absorber: enhanced reliability & life-time　All-PM-fiber configuration provides ultra-high stability

PFL-200Compact Femtosecond Pulsed Laser

Typical Performance

ParameterMin. Typ. Max. Unit

Average Power 2.5 3.2 mW

Peak Power 140 W

Center Wavelength 1555 1560 1565 nm

Spectral Width 4.5 nm

Pulse Width 570 800 fs

Repetition Rate 35 40 45 MHz

Polarization Extinction Ratio (PER) 17 23 dB

Optical Fiber PMF

Optical Connector FC or SC, SPC or APC

Operating Temperature +15 to +35 °C

Power Supply (Module) DC 5V, 1A

(Benchtop) AC 100-240, (50/60Hz) Vac

Dimensions (W x H x D) (Module) 90 x 15 x 70 mm

(Benchtop) 236 x 88 x 405 mm

Weight (Module) 0.5 kg

(Benchtop) 3 kg

Note: The above specifications may change without prior notice.

Ordering Information

Specifications

1560nm 570fs 40MHz

Package TypeM : Module FS : FC/SPC SS : SC/SPC

B : Banchtop FA : FC/APC SA : SC/APC

Connector Type

PFL-200- -

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ModulePossible

NarrowLine-Width1550nm RemoteMax. 4ch

Parameter Type Variable tuning Laser ITU Grid tuning Laser Unit

Channel Number Module 1 or 2 1 or 2

Benchtop 1 to 4 1 to 4

Output Power Range C-band +7 to +15.5 +8 to +14 dBm

L-band +7 to +14.5 +6 to +11 dBm

Optical Power Accuracy ±1 ±1 dB

Wavelength Range 1 C-band 1527.60 to 1565.50 1528.77 to 1563.86 nm

L-band 1570.01 to 1608.76 1568.77 to 1607.47 nm

Frequency Range 1 C-band 191.50 to 196.25 191.70 to 196.10 THz

L-band 186.35 to 190.95 186.50 to 191.10 THz

Channel Spacing Continuous 50 GHz

Frequency Fine Tune Resolution 1 - MHz

Frequency Fine Tune Range ±6 - GHz

Frequency Accuracy ±2.5 ±1.8 GHz

Linewidth (FWHM) <100 1000 (typ.) kHz

Side Mode Suppression Ratio (SMSR) >40 >40 dB

RIN -145 -145 dB/Hz

Polarization Extinction Ratio (PER) >20 >20 dB

Warm-up Time s

Optical Fiber

Optical Connector

PC Interface Module

Benchtop

Power Supply Module

Benchtop Vac

Dimensions (W x H x D) Module mm

Benchtop mm

Weight Module kg

Benchtop kg

150 x 43.5 x 235

236 x 88 x 380

1

5

1. Lasers with extended wavelength ranges also available. C-band: 1520-1580nm (189.75-197.20THz). L-band: 1563-1623nm (184.80-191.80THz).Note: The above specifications may change without prior notice.

AC 100-240 (50/60Hz)

FC or SC, SPC or APC

20

PMF

RS-232

USB and GPIB

DC 9V, 1A

INVISIBLE LASER RADIATIONAVOID DIRECT EXPOSURE TO BEAM

DO NOT STARE INTO BEAMNEVER VIEW THROUGH OPTICAL

INSTRUMENTS

CLASS IIIb LASER PRODUCT

DANGER

Affordable narrow-linewidth (<100kHz) tunable laser 1MHz wavelength tuning resolution　Extended C/L-band compatibility

TLG-200Narrow-Linewidth Tunable Laser

Specifications

Ordering Information

TLG-200- - - - ch1 ch2 ch3 ch4

Laser Type Wavelength Package TypeS : Standard Laser C : C-band M : Module FS : FC/SPC SS : SC/SPC

G : Grid Laser L : L-band B : Benchtop FA : FC/APC SA : SC/APC

N : N/A

Connector Type

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INVISIBLE LASER RADIATIONAVOID DIRECT EXPOSURE TO BEAM

DO NOT STARE INTO BEAMNEVER VIEW THROUGH OPTICAL

INSTRUMENTS

CLASS IIIb LASER PRODUCT

DANGER

Mainframe

TLG-300- - - TLG-300M-12Narrow Linewidth Tunable Laser Unit

ch1 ch2 ch3 ch4

Slot configuration allows future channel expansion Mainframes can be cascaded to accomodate over 160ch　Firmware memorizes “last setting” for a hassle-free start-up

TLG-300Multi-Channel Narrow-Linewidth Tunable Laser

Laser Type WavelengthS : Standard Laser C : C-band FS　: FC/SPC SS : SC/SPC

G : Grid Laser L : L-band FA　: FC/APC SA : SC/APC

N : N/A

Connector Type

Parameter: MainframeTLG-300M-12 Unit

12 units

48 channels

USB, GPIB, Ethernet

Laser Safety

Power Supply AC100-240 (50/60Hz) Vac

<650 W

448 x 177 x 540 mm

<16 kg

Parameter: Laser Type ITU Grid tuning Laser Unit

Output Power Range C-band +8 to +14 dBm

L-band +6 to +11 dBm

Wavelength Range 1 C-band 1528.77 to 1563.86 nm

L-band 1568.77 to 1607.47 nm

Frequency Range 1 C-band 191.70 to 196.10 THz

L-band 186.50 to 191.10 THz

Frequency Fine Tune Resolution - MHz

Linewidth (FWHM) 1000 (typ.) kHz

Side Mode Suppression Ratio (SMSR) >40 dB

RIN -145 dB/Hz

Polarization Extinction Ratio (PER) >20 dB

Optical Fiber

Optical Connector

PMF

FC or SC, SPC or APC

1570.01 to 1608.76

Variable tuning Laser

1. Lasers with extended wavelength ranges also available. C-band: 1520-1580nm (189.75-197.20THz). L-band: 1563-1623nm (184.80-191.80THz). Note: The above specifications may change without prior notice.

Slot Capacity

Max Laser Module Capacity

PC Interface

Dimensions (W x H x D)

Power Consumption

Front Panel Key-Lock, Software-Based Interlock

Weight

+7 to +15.5

-145

>20

1

191.50 to 196.25

186.35 to 190.95

<100

>40

+7 to +14.5

1527.60 to 1565.50

Specifications

Ordering Information

Software Interface

SlotConfiguration Max. 48chNarrow

Line-Width1550nm Remote

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Parameter SM PMMin. Typ. Max. Min. Typ. Max. Unit

Operating Wavelength 1530 1560 1530 1560 nm

Saturation Output Power @ -10dBm Input (35dB Type) 10 10 dBm

(40dB Type) 16 16 dBm

Input Power Range 1 -40 -10 -40 -10 dBm

Input Power1 @1532nm -50 -10 -50 -10 dBm

Gain @ -40dBm Input (All Wavelengths) (35dB Type) 32 35 33 35 dB

(40dB Type) 40 42 40 42 dB

Gain @ 1532nm, -40dBm Input (35dB Type) 43 45 38 40 dB

(40dB Type) 50 52 50 52 dB

Noise Figure @-40dBm Input Signal 3.8 4.0 3.2 3.5 dB

Input/Output Isolation 30 30 dB

Polarization Dependent Gain (PDG) 0.3 0.4 - dB

Polarization Mode Dispersion (PMD) 0.3 0.6 - ps

Polarization Extinction Ratio (PER) - 20 22 dB

Optical Fiber

Optical Connector

Power Supply Vac

Dimensions (W x H x D) mm

Weight kg

1. Input power where output optical SNR is >3dB. Out-of-band ASE noise may be filtered out using Alnair WTF-200 or BVF-300 series optical filter.For use with CW input only. Please inquire for pulse-compatible EDFAs. Note: The above specifications may change without prior notice.

AC 100-240 (50/60Hz) AC 100-240 (50/60Hz)

449 x 88 x 380 449 x 88 x 380

6 6

SMF-28e Fujikura SM15-PS-U25

FC or SC, SPC or APC FC or SC, SPC or APC

1550nm

20

25

30

35

40

45

50

55

1525 1530 1535 1540 1545 1550 1555 1560 1565 1570

Gai

n (d

B)

λ (nm)

Gain Spectra

-10 dBm -15 dBm -20 dBm -25 dBm -30 dBm -35 dBm -40 dBm

3.0

3.5

4.0

4.5

5.0

1525 1530 1535 1540 1545 1550 1555 1560 1565 1570

Noi

se F

igur

e (d

B)

λ (nm)

Noise Figure

-10 dBm -15 dBm -20 dBm -25 dBm -30 dBm -35 dBm -40 dBm

LNA-220 - - - INVISIBLE AND OR VISIBLE LASER RADIATION -AVOID EYE OR SKIN EXPOSURE TO DIRECT OR SCATTERED RADIATION

WAVELENGTH: 1460 nm - 1600 nmPOWER: 200 mW MAX

CLASS IIIB LASER PRODUCT

DANGER

High-performance EDFA with 50dB gain　Low-noise amplification of -50dBm signals　Suitable for experiments with weak optical signals

LNA-220 Ultra-Low-Noise Optical Amplifier

Wavelength Gain Type Fiber Type Connector TypeC : C-band 35 : 35dB SM : SMF FS : FC/SPC

L : L-band 40 : 40dB PM : PMF FA : FC/APC

CL : CL-band SS : SC/SPC

SA : SC/APC

Specifications

Typical Performance (SM, 40dB Gain Type)

Ordering Information

Input Input

-50dBmInput NF ~ 3.8dB Remote50dB Gain

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<5.5 (Typ. 5)

ParameterProduct Code EFA-200C-17 EFA-200C-20 UnitOperating Wavelength nm

Saturation Output Power @ 0dBm Input 1 >+17 >+20 dBm

Input Power Range 2 dBm

Gain @ 1550nm, -3dBm Input >17 >20 dB

Noise Figure @ 1550nm, -3dBm Input dB

Input/Output Isolation dB

Polarization Dependent Gain (PDG) dB

Polarization Mode Dispersion (PMD) ps

Optical Fiber

Optical Connector

Control Mode

PC Interface (Optional)

Operating Temperature °C

Storage Tempurature °C

Power Supply Vac

Power Consumption W

Dimensions (W x H x D) mm

Weight kg

<4

1. Saturation output power may be 0.5dB lower when "Output Power Monitor" option is chosen. 2. For use with CW input only. Please inquire for pulse-compatible EDFAs. Note: The above specifications may change without prior notice.

AC 100-240 (50/60Hz)

145 x 60 x 250

1.5

SMF

FC or SC, SPC or APC

Auto Power Control

RS-232 or Ethernet

0 to +35

-10 to +70

1530 to 1563

-10 to +10

>30

<0.4 (Typ. 0.3)

<0.6 (Typ. 0.3)

Low power consumption EDFA (<3W, up to 70% lower than previous models)　Compact size (width is <1/3 of 19” rack) Low cost, high cost-performance

EFA-200CEcoAmp

Specifications

Ordering Information

Options

P t

st, high cost-performance

ions

EFA-200C- - - -

INVISIBLE AND OR VISIBLE LASER RADIATION -AVOID EYE OR SKIN EXPOSURE TO DIRECT OR SCATTERED RADIATION

WAVELENGTH: 1460 nm - 1600 nmPOWER: 200 mW MAX

CLASS IIIB LASER PRODUCT

DANGER

　Remote Access （RS-232C, Ethernet)　Firmware Upgrade　　　● APC/ACC Mode Switch　　　● Safety Interlock (automatic output power-down when input falls below -10dBm)　Output Monitor Port （addition of coupler and port to tap out 10% of output)

Typical Performance (0dBm Input)　

Output Power PC Interface Connector Type Firmware Upgrade Output Monitor13 : +13dBm N : None FS : FC/SPC N : None N : None

15 : +15dBm R : RS-232

E : Ethernet

FA : FC/APC U : Upgrade M : Monitor Port

17 : +17dBm SS : SC/SPC

20 : +20dBm SA : SC/APC

1550nm -10dBmInput

+20dBmOutput NF ~ 5dB Remote

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Parameter UnitOptical Probe Signal Source Tunable laser (wavelength 1515~1585nm) dB

Output Power >0.6 mW

Spot Size 50 μm

Measurement Thickness Range 1 10 - 500 (when n= 3.5) μm

Reolution 0.05 μm

Interface Front panel (Local), Ethernet (Remote)

Power Supply Main Controller AC 100-240 (50/60Hz) Vac

Stage Controller AC 100-240 (50/60Hz) Vac

Dimensions (W x H x D) Main Controller 364 x 147 x 391 mm

Stage Controller 165 x 100 x 300 mm

Weight Main Controller 9.0 kg

Stage Controller 5.0 kg

Optical Probe 1.6 kg

1. When refractive index of wafer is n=3.5. Note: The above specifications may change without prior notice.

10 - 500μmWafers

All-optical, non-contact thickness sensor for silicon wafers　High dynamic range capable of measuring disordered surfaces Capable of in-situ measurement during wet-etching

SIT-200Silicon Wafer Thickness Sensor

SIT-200 Main Controller

Tunable Laser,

High Dynamic Range

The SIT-200 uses a high-speed swept tunable laser, as opposed to a broadband source, to

probe the wafer under test. This enables higher-power measurement per wavelength, leading to

high dynamic range. As a result, thickness measurements can be performed even on

un-polished wafers, for example during/after wet-etching.

Specifications

0.05μmResolutionAll-Optical

For orders, questions, specific

requirements or to learn more

about the FDM-OTDR, contact

us at: sales@alnair-labs.com

Ordering Information

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ParameterDelay Range 600ps 2.5ns UnitWavelength Range 1 800 to 1700 800 to 1700 nm

Insertion Loss <1.5 <3.0 dB

Insertion Loss Variation <0.5 <0.5 dB

Delay Resolution <15 <30 fs

Delay Accuracy <25 <90 fs

Return Loss >40 >40 dB

Polarization Extinction Ratio (PER) 2 >18 >18 dB

Optical Fiber

Optical Connector

PC Interface

Power Supply Vac

Dimensions (W x H x D) mm

Weight kg

SMF or PMF

FC or SC, SPC or APC

Front panel (Local), USB and GPIB (Remote)

AC 100-240 (50/60Hz)

236 x 88 x 420

10

1. The standard unit is designed to operate between 1520-1640nm, and the specifications in the above table areguaranteed within this wavelength range. Please enquire for operation at other wavelengths, within approx. 100nmbandwidths, between 800-1700nm. 2. For PM type only. Note: The above specifications may change without prior notice.

2.5ns: the largest tunable optical delay on the market Front-panel and remote access for easy operation

ADL-200Programmable Optical Delay Line

Specifications

Ordering Information

ADL-200 - - - Delay Range Fiber Type Connector Type

Delay Range Fiber Type Connector Type06 : 600ps SM : SMF FS : FC/SPC

25 : 2.5ns PM : PMF FA : FC/APC

SS : SC/SPC

SA : SC/APC

OtherWavelengths

Max. Delay2.5ns Low-Loss1550nm Remote

1310nm

Module Section ParameterMin. Typ. Max. Unit

Collimator Frame Insertion Loss 1 0.8 dB

Return Loss 50 dB

Optical Fiber SMF or PMF

Optical Connector FC or SC, SPC or APC

Dimensions (W x H x D) 83 x 35 x 32 mm

Half-wave Plate, Insertion Loss 0.1 dB

Quarter-wave Plate Loss Variation 0.1 dB

Polarizor Excess Loss 0.1 dB

Extinction Ratio 35 dB

1. Not including connector loss. Note: The above specifications may change without prior notice.

High-precision polarization controller Modular configuration: free combination of polarizors, wave-plates

MLC SeriesModular Lightwave Controller

Specifications

MLC- - - -Wavelength Cartridge Fiber Type Connector Type15 : 1550nm P : Polarizer SM : SMF FS : FC/SPC

13 : 1310nm Q : 1/4-Wav e Plate PM : PMF FA : FC/APC

H : 1/2-Wav e Plate DS : DSF SS : SC/SPC

N : N/A SA : SC/APC

※Choose 3

Ordering Information

FreeCombinationModular1550nm Low-Loss

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ParameterDelay Range 600ps 2.5ns UnitWavelength Range 1 800 to 1700 800 to 1700 nm

Insertion Loss <1.5 <3.0 dB

Insertion Loss Variation <0.5 <0.5 dB

Delay Resolution <15 <30 fs

Delay Accuracy <25 <90 fs

Return Loss >40 >40 dB

Polarization Extinction Ratio (PER) 2 >18 >18 dB

Optical Fiber

Optical Connector

PC Interface

Power Supply Vac

Dimensions (W x H x D) mm

Weight kg

SMF or PMF

FC or SC, SPC or APC

Front panel (Local), USB and GPIB (Remote)

AC 100-240 (50/60Hz)

236 x 88 x 420

10

1. The standard unit is designed to operate between 1520-1640nm, and the specifications in the above table areguaranteed within this wavelength range. Please enquire for operation at other wavelengths, within approx. 100nmbandwidths, between 800-1700nm. 2. For PM type only. Note: The above specifications may change without prior notice.

2.5ns: the largest tunable optical delay on the market Front-panel and remote access for easy operation

ADL-200Programmable Optical Delay Line

Specifications

Ordering Information

ADL-200 - - - Delay Range Fiber Type Connector Type

Delay Range Fiber Type Connector Type06 : 600ps SM : SMF FS : FC/SPC

25 : 2.5ns PM : PMF FA : FC/APC

SS : SC/SPC

SA : SC/APC

OtherWavelengths

Max. Delay2.5ns Low-Loss1550nm Remote

1310nm

Module Section ParameterMin. Typ. Max. Unit

Collimator Frame Insertion Loss 1 0.8 dB

Return Loss 50 dB

Optical Fiber SMF or PMF

Optical Connector FC or SC, SPC or APC

Dimensions (W x H x D) 83 x 35 x 32 mm

Half-wave Plate, Insertion Loss 0.1 dB

Quarter-wave Plate Loss Variation 0.1 dB

Polarizor Excess Loss 0.1 dB

Extinction Ratio 35 dB

1. Not including connector loss. Note: The above specifications may change without prior notice.

High-precision polarization controller Modular configuration: free combination of polarizors, wave-plates

MLC SeriesModular Lightwave Controller

Specifications

MLC- - - -Wavelength Cartridge Fiber Type Connector Type15 : 1550nm P : Polarizer SM : SMF FS : FC/SPC

13 : 1310nm Q : 1/4-Wav e Plate PM : PMF FA : FC/APC

H : 1/2-Wav e Plate DS : DSF SS : SC/SPC

N : N/A SA : SC/APC

※Choose 3

Ordering Information

FreeCombinationModular1550nm Low-Loss

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The content of this catalogue may subject to change without prior notice.2016.03

Alnair Labs CorporationWestside Gotanda 2F, 6-2-7 Nishi-Gotanda, Shinagawa-ku, Tokyo 141-0031, JAPANTel: +81(3)5487-7831 Fax: +81(3)5487-7832

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