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>100mW, SM Fiber, YDFA

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Stock #75-539 New 1 In Stock
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S$8,722.00
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Qty 1+ S$8,722.00 each
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Specifications

Fiber Cable Type:
SM
Fiber Connector Type:
FC/APC Compatible, 2.0 mm Narrow Key
Fuse Type:
500 mA IEC60127-2/III (250 VA, Slow Blow Type "T")
Input Power (W):
20 VA (Max)

General

Note:
USB Type-A to Type-B Cable
Laser Class - IEC:
3B

Physical & Mechanical Properties

Dimensions (inches):
11 x 3 x 8
Weight (lbs):
2 lbs

Optical Properties

Wavelength Range (nm):
1025 - 1075
Polarization:
Random
Polarization Dependent Gain:
<0.2 dB

Electrical

Gain (dB):
> 28 dB
Noise Level:
< 8 dB (1064 nm)
Max Input Power (dBm):
10 dBm
Max Output Power:
23 dBm
Output Power (mW):
> 100 mW
Input/Output Isolation:
>30 dB
Return Loss (dB):
> 50 dB
Power Stability (%):
<±2% Over 24 Hours (After 15 Minute Warm-Up,

Hardware & Interface Connectivity

Connector:
USB Type-B Connector
Power Supply:
IEC Connector
Computer Interface:
USB 2.0 Compatible
Interface:
Optical Encoder with Knob
Interlock:
2.5 mm Mono Jack

Regulatory Compliance

Certificate of Conformance:

Product Details

  • Erbium (EDFA) or Ytterbium (YDFA) Doped Fiber Amplifier Options
  • 1530 - 1565nm or 1025 - 1075nm Wavelength Options
  • Manual and Digital (USB) Control

EDFA and YDFA Fiber Amplifiers are turnkey, bench-top Erbium (Er) or Ytterbium (Yb) doped fiber amplifiers operating within wavelength ranges of 1530 - 1565nm or 1025 - 1075nm, respectively. These amplifiers offer high-gain, low-noise amplification optimized for C-band and L-band optical communication systems with an up to >100mW output power. Able to be controlled directly from the front panel or via USB connection allowing for increased flexibility, these amplifiers are available in single mode (SM) or polarization maintaining (PM) configurations. EDFA and YDFA Fiber Amplifiers offer highly functional and intuitive control features enabling users to deploy the amplifier in various environments including research and development and automated manufacturing floors. These amplifiers are ideal for dense wavelength division multiplexing (DWDM), optical sensing, and fiber telecommunications.

 
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