Datasheet4U Logo Datasheet4U.com

PGE60821 - EDFA Gain Block for DWDM Applications

Description

The PGE 608 21 C-band EDFA family are 40-channel optical amplifiers intended to be used as pre-, line- or booster amplifiers in DWDM networks.

It is designed for 1 to 3 pump laser configurations and is based on a dualsourced platform.The gain block has input and output power monitoring.

Features

  • Full C-band EDFA (1530-1563 nm).
  • +20 dBm output power using 3 pumps.
  • Single pumped preamp available.
  • Mid-stage access available.
  • Dual-sourced footprint and pinning.
  • Low noise figure, typical 5 dB.
  • Optical monitor output.
  • Small size (125x150x13 mm).

📥 Download Datasheet

Datasheet Details

Part number PGE60821
Manufacturer Ericsson
File Size 327.54 KB
Description EDFA Gain Block for DWDM Applications
Datasheet download datasheet PGE60821 Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
PGEW1S03H Low-Cost High-Power Laser-Diode Excelitas
PGEW1S09H Low-Cost High-Power Laser-Diode Excelitas

Other Datasheets by Ericsson

Part Number Description
PGE60801 Erbium-Doped Fiber Amplifier for Digital Applications
PGE60802 Erbium-Doped Fiber Amplifier for Digital Applications
PGE60803 Erbium-Doped Fiber Amplifier for Digital Applications
PGE60816 EDFA Gain Block for DWDM Applications
PGE60817 EDFA Gain Block for DWDM Applications

Full PDF Text Transcription

Click to expand full text
PGE 608 21 EDFA Gain Block for DWDM Applications Key Features • Full C-band EDFA (1530-1563 nm) • +20 dBm output power using 3 pumps • Single pumped preamp available • Mid-stage access available • Dual-sourced footprint and pinning • Low noise figure, typical 5 dB • Optical monitor output • Small size (125x150x13 mm) Applications • Used as a C-band pre-, line- or booster amplifier EDFA in DWDM networks. Description The PGE 608 21 C-band EDFA family are 40-channel optical amplifiers intended to be used as pre-, line- or booster amplifiers in DWDM networks. It is designed for 1 to 3 pump laser configurations and is based on a dualsourced platform.The gain block has input and output power monitoring.
Published: |