Hirschmann OAS 1501-16 A Operating Manual Download Page 14

3 - 2

Operating Manual 

OptiCaT

 

1500

 Erbium-Doped Fiber Amplifier

3.2

Rear Panel Connections

Power entry module 

On/Off switch with standard

(If AC ordered)

3-pin IEC AC power socket integrated fuse holder

Make sure the Key switch on the front panel is in
the “Off” position before turning the power on
switch to the “On” position.

Optical connectors

fiber input/output
options: FC/APC, E-2000, SC/APC

Fan

dual with shields

Terminal Block

4 post for DC power inputs

Ground Stud
Communication port

dual RS-485 phone jacks

Communications: 

Status monitoring with compatible  Network
Management Software

INVISIBLE L A S E R RADIAT ION
A VO ID DIRECT

E XPOSURE TO B EA M

PEAK POWER 2 00 m W
WA V EL ENGTH

15 50 n m

CLASS IIIb L ASER PRODUCT
THIS PRODUCT

COM PL IES WITH 21 C FR

CHA PT E R I S U BCHAPTER J

DA N G E R

Figure 3-2. 

 EDFA Rear Panel

3.3

Startup and Normal Operation

With the Laser key in the “Off” position, turn on the rear panel electrical power.
When the EDFA is first powered up, it will go through a series of power-on self-
tests. During the self-test period, the push buttons are disabled, the display flashes
“Start-up,” and the LED is set to amber.

With the key in the “Off” position, the optical gain will be disabled and the input
optical signal will be throughput without any amplification or degradation.

To enable the optical gain section, turn the key switch to the “On” position. The
LED will switch to green and “1550 EDFA” will be displayed. If the EDFA does

Summary of Contents for OAS 1501-16 A

Page 1: ...ANUAL OAS 1501 16 A OAS 1501 16 B OptiCaT 1500 Series Erbium Doped Fiber Amplifier Richard Hirschmann GmbH Co Business department Interactive Broadband Networks Stuttgarter Strasse 4 51 D 72654 Neckar...

Page 2: ...eserves the right to make changes without notice and shallnot beresponsiblefor any damages includingconsequential caused by reliance on the materialpresented including but not limited to typographical...

Page 3: ...ity 1 5 2 INSTALLATION 2 1 2 1 Examine the Equipment 2 1 2 2 Preparing the Equipment 2 1 2 2 1 Environmental Requirements 2 1 2 2 2 Equipment Mounting Requirement 2 2 2 2 3 Power Requirements 2 2 2 3...

Page 4: ......

Page 5: ...o function as either a booster or line amplifier depending on the model 980nm diode lasers are used to pump Erbium doped fiber to provide optical amplification Depending on model optical isolators are...

Page 6: ...Noise Figure User adjustable output power Front panel display of status and configuration of the Optical Amplifier LED status indicator Remote status monitoringfunction via RS485 Interface Wide range...

Page 7: ...se with RS 485 protocol Status monitoring with compatible Network Management Software Optical connectors fiber input output options FC APC SC APC E 2000 bulkhead connectors FC APC SC APC E 2000 Figure...

Page 8: ...aulty assembly to Hirschmann for evaluation in accordance with Hirschmann s warranty policy When returningan assembly for service include the following information Owner ModelNumber Serial Number Retu...

Page 9: ...tic Discharge The OptiCaT 1500 amplifier provides highly reliableperformance when operated in conformity with its intended design However it may bedamaged by an electrostatic charge inadvertently impo...

Page 10: ...g material for small parts Check the contents of package against the following list Package Contents OptiCaT 1500 EDFA Operation Manual Factory test data AC power cord If AC option selected If any of...

Page 11: ...t 90 264 VAC 50 440 Hz DC input 21 60 VDC floating external DC input 24 VDC 0 5V Noise and ripple less than 100 mV pp above 100 kHz less than 20 mVpp below 100 kHz Power Consumption 40 W max 2 3 Insta...

Page 12: ...Optical Connections Ensure optical input signal is present Makesure all connectors are clean before installing Connect the input and output fiber cables to the appropriate connectors on the rear of t...

Page 13: ...enu figure 3 3 that displays system information on the 16 character display During normal operation and when no buttons have been pressed the display reads Optical amplifier When a warning or alarm co...

Page 14: ...ID DIRECT E X POSURE TO BE A M PEAK POWER 200 m W WAVE LENGTH 15 50 nm CLASS IIIb LASER PRODUCT THIS PRODUCT COM PLIES WITH 21 C FR CH A PTER I SU BCHAPTER J DA N G ER Figure 3 2 EDFA Rear Panel 3 3...

Page 15: ...nce if Pump 1 is shown and the down button is pressed then the display shows the pump 1 laser bias current The up button moves the display up the menu structure 3 4 Output Power Adjustment To adjust t...

Page 16: ...ump laser 2 I TEC 2 x xxA shows the TEC current for pump laser 2 Temp 2 xxC shows the temperature of pump laser 2 Pump 3 I bias 3 xxxmA shows the bias current to pump laser 3 I TEC 3 x xxA shows the T...

Page 17: ...back into its allowable range the display and LED will return to their normal state without user intervention 4 2 Alarm Conditions Alarms generally halt operation of the EDFA They correspond to either...

Page 18: ...ture low Laser temperature hi Warn pump Y hot Amber pump laser temperature high Input optical power low key on Warn input low Amber low 1550nm input power still operate amplifier Alarm Failed self tes...

Page 19: ...itor the power of the incoming and amplified output signal Gain occurs in a section of Erbium doped fiber which is pumped by light from 980 nm lasers The erbium ions absorb the 980nm pump light and re...

Page 20: ...6 B Output Power 16 dBm 16 dBm Noise Figure max 1 5 5 dB 5 0 dB Operating Wavelength 1540 1560 nm Polarization Sensitivity 0 2 dB Input Optical Return Loss 50 dB No spec Output Optical Return Loss 50...

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