GAIN-FLATTENING-FILTER
Abstract: oplink EDFA Package Dimension apc-7 connector gain flattening Flat Gain EDFA for EDFA OPLINK EDFA
Text: Gain Flattening Filter for EDFA GFFM Series GAIN FLATTENING FILTER FOR EDFA Features Oplink’s Gain Flattening Filters for Erbium-Doped Fiber Amplifiers EDFAs are based on thin-film filter technology and metal bonding micro-optics packaging. The Gain Flattening Filters provide in-line compensation of
|
Original
|
SMF-28
GAIN-FLATTENING-FILTER
oplink EDFA Package Dimension
apc-7 connector
gain flattening
Flat Gain EDFA
for EDFA
OPLINK EDFA
|
PDF
|
ETALON
Abstract: gain flattening GAIN-FLATTENING-FILTER EQ102
Text: Data Sheet EQ102 Series March, 2000 FT2F -00068 Gain Flattening Filter Module Product type: EQ102 Series Applications • EDFA gain flattening for Red-band, BlueBand, C-band • Long-haul and Metro Network transmission Description • Gain Flattening Filter Module has inverse spectrum for Erbium gain profile to compensate
|
Original
|
EQ102
1560nm
EQ102-1)
ETALON
gain flattening
GAIN-FLATTENING-FILTER
|
PDF
|
SC/UPC pigtail
Abstract: GAIN-FLATTENING-FILTER GR-1209
Text: Erbium Amplifier Components Components Specifications1 Ordering Information1 Gain Flattening Filter The Gain Flattening Filter uses DiCon’s proprietary thin film coating technology to closely match the filter shape to the inverse amplifier gain curves while achieving low excess
|
Original
|
25-nm
SC/UPC pigtail
GAIN-FLATTENING-FILTER
GR-1209
|
PDF
|
877-550-JDSU
Abstract: EDFA gain submarine gff jdsu
Text: Product Bulletin FBGEF Series Gain Equalization Filters JDS Uniphase manufactures a range of gain flattening filters that reduce non-uniform gain variation across the full EDFA window 1525 to 1615 nm , improving the performance and simplifying the design of DWDM systems.
|
Original
|
1-877-550-JDSU
877-550-JDSU
877-550-JDSU
EDFA gain submarine
gff jdsu
|
PDF
|
GAIN-FLATTENING-FILTER
Abstract: gain flattening Bookham
Text: Data Sheet Gain Flattening Filter Chips Bookham Gain Flattening Filters GFF leverage the proprietary Advanced Energetic Deposition (AED) process to produce the industry’s lowest error GFF. The AED process features state-of-the-art layer thickness control enabling custom gain
|
Original
|
sein33
BH12946
GAIN-FLATTENING-FILTER
gain flattening
Bookham
|
PDF
|
EDFA C Pre-Amplifier
Abstract: No abstract text available
Text: PGE 608 31/WDM Compact EDFA gain block for WDM applications Key features • MSA compatible • Compact size 90x70×12mm • Low power consumption (uncooled option) • Integrated gain flattening filter • Operating wavelength range: 1528-1562nm • Gain flatness < ±0.75dB
|
Original
|
31/WDM
1528-1562nm
SE-164
EDFA C Pre-Amplifier
|
PDF
|
EDFA C Pre-Amplifier
Abstract: No abstract text available
Text: PGE 608 30/WDM EDFA gain block for WDM applications Key features • Operating wavelength range: 1528-1562nm • Operating temperature range: -5°C to 70°C with cooled pump • Small size (120x80x15mm) • Integrated gain flattening filter • Gain flatness < ±0.75dB
|
Original
|
30/WDM
1528-1562nm
120x80x15mm)
SE-164
EDFA C Pre-Amplifier
|
PDF
|
TeraXion
Abstract: GAIN-FLATTENING-FILTER edfa raman amplifier GR-1209 filter Fiber Bragg Grating
Text: TH-GFF GAIN FLATTENING FILTER TH-GFF Gain Flattening Filter Features: • • • • C and L band coverage Error function down to ±0.1 dB over the spectral range Low insertion loss Ultra compact athermal package Benefits: • Gain uniformity over the spectral range
|
Original
|
1-877-658-TERA
TeraXion
GAIN-FLATTENING-FILTER
edfa raman amplifier
GR-1209
filter Fiber Bragg Grating
|
PDF
|
apc-7 connector
Abstract: gain flattening GAIN-FLATTENING-FILTER
Text: Gain Flattening Filter for EDFA GFF-15 Series OPLINK’s Gain Flattening Filters for Erbium-Doped Fiber Amplifying Systems EDFAs are based on thin-film filter technology and metal bonding micro-optics packaging. It provides in-line compensation of the spectral gain profile of EDFAs at 1550nm band.
|
Original
|
GFF-15
1550nm
1528nm
1565nm
SMF-28
GFF15/990111
apc-7 connector
gain flattening
GAIN-FLATTENING-FILTER
|
PDF
|
G.654 fibre
Abstract: 1547 WDM Filter spectrum JDS Uniphase gain flattening 8875
Text: Product Bulletin FBGEF Series Gain Flattening Filters JDS Uniphase JDSU manufactures a range of Gain Flattening Filters which reduce non-uniform gain variation across the full EDFA window from 1525 to 1605 nm, improving the performance and simplifying the design of Wavelength Division Multiplexing (WDM) and Dense WDM Applications.
|
Original
|
|
PDF
|
ITF Optical Technologies
Abstract: edfa optical gain 20 dB gain flattening 1545
Text: THE ALL-FIBER COMPANY OPTICAL AMPLIFICATION GAIN FLATTENING FILTERS ITF Gain Flattening Filters, based on ITF All-Fiber® technology, can be custom-designed to flatten almost any EDFA or Raman gain curve. With a combination of superior optical properties and packaging reliability, they are ideally suited for high-performance
|
Original
|
|
PDF
|
diodes B2V datasheet
Abstract: P 4095 EL4095C EL4095CN EL4095CS QCX0002 V100 diodes B2V
Text: Video Gain Control Fader Multiplexer Features General Description Full function video fader 0 02% 0 02 differential gain phase 100% gain 25 ns multiplexer included Output amplifier included Calibrated linear gain control g 5V to g 15V operation
|
Original
|
EL4095C
EL4095C
diodes B2V datasheet
P 4095
EL4095CN
EL4095CS
QCX0002
V100
diodes B2V
|
PDF
|
transistor 1547 b
Abstract: 1560nm 900um
Text: GFF GFF Gain Flattening Filter GFF GAIN FLATTENING FILTER Features • Wide flattening range • Low error function • Optical path epoxy free Applications • Fiber optic amplifiers • DWDM systems • Fiber optic instruments Specifications Wavelength range nm
|
Original
|
SMF-28
1543nm
1560nm
1610nm
transistor 1547 b
1560nm
900um
|
PDF
|
Fiber-Bragg-Grating
Abstract: optical amplifier 25dB
Text: 3 Fiber Bragg Gratings For Gain Flattening Product Description Short-period fiber Bragg gratings for gain flattening are reflective devices where the relative reflection varies as a function of wavelength over the desired range. In applications requiring spectral shaping of an optical
|
Original
|
|
PDF
|
|
|
YM-121
Abstract: No abstract text available
Text: YD-YDE073-1203 Optical GFF Module: YM-121 GFF Module is packaged the gain flattening filter. The filter is based on the thin film technology. The shape of GFF is designed by a customer’s individual request. Features ● Low insertion loss ● Accurate gain profile matching
|
Original
|
YD-YDE073-1203
YM-121
YM-121
23degC,
SMF28e+
70degC
85degC
1550nm
1530-1565nm
1590nm
|
PDF
|
Untitled
Abstract: No abstract text available
Text: DYNAMIC GAIN EQUALIZER MODULE PRELIMINARY DATA SHEET Wavechip DGE130 MODULE SPECIFICATIONS Description Designed specifically for integration at the mid stage of optical amplifiers, the Dynamic Gain Equalizer dynamically compensates for the spectral fluctuations present in agile optical networks.
|
Original
|
DGE130
|
PDF
|
RS232 TTL
Abstract: No abstract text available
Text: PGE 608 22 EDFA gain module with control electronics for DWDM applications Key features • Integrated control electronics • Output power up to 22dBm • Size: 150x125×20.3mm • Fast transient suppression • Gain flatness < ±0.75dB • Low power consumption
|
Original
|
22dBm
SE-164
RS232 TTL
|
PDF
|
OPA234
Abstract: Sallen-Key dave van ess
Text: Data Acquisition Texas Instruments Incorporated Stop-band limitations of the Sallen-Key low-pass filter By Bonnie C. Baker Senior Applications Engineer, Data Acquisition Products Gain dB We might expect the gain Figure 1. Second-order, active low-pass analog filters
|
Original
|
E093008
SLYT306
OPA234
Sallen-Key
dave van ess
|
PDF
|
Untitled
Abstract: No abstract text available
Text: Flat Gain, High IP3 Monolithic Amplifier 50Ω CMA-62+ 0.01 to 6 GHz The Big Deal • Ceramic, Hermetically Sealed, Nitrogen filled • Low profile case, .045” high • Ultra Flat Gain • Broadband High Dynamic Range without external Matching Components
|
Original
|
CMA-62+
DL1721
|
PDF
|
DL1721
Abstract: ltcc overview LTCC X band LTCC GHz
Text: Flat Gain, High IP3 Monolithic Amplifier 50Ω CMA-62+ 0.01 to 6 GHz The Big Deal • Ceramic, Hermetically Sealed, Nitrogen filled • Low profile case, .045” high • Ultra Flat Gain • Broadband High Dynamic Range without external Matching Components
|
Original
|
CMA-62+
DL1721
DL1721
ltcc overview
LTCC X band
LTCC GHz
|
PDF
|
LM 30 m GA
Abstract: No abstract text available
Text: EL4095C élaiitec EL4095C Video Gain Control/Fadcr/Multiplexer high performance analog integrated circuits Features General Description • Full function video fader • 0.02%/0.02° differential gain/phase @ 100% gain • 25ns multiplexer included The EL4095C is a versatile variable-gain building block. At its core is
|
OCR Scan
|
EL4095C
60MHz
EL4095C
14-pin
LM 30 m GA
|
PDF
|
Untitled
Abstract: No abstract text available
Text: _ 963 Single Mode Series Amphenol Gain Flattening Filters Specifications Center W avelength: 1532 ± 1 nm other wavelength choices available Attenuation: 8 to 35 dB The gain flattening filter (GFF) is another highly
|
OCR Scan
|
97-963GAIN
|
PDF
|
el4095
Abstract: No abstract text available
Text: EL4095C August 1993 Rev A E HIGH PERFORMANCE ANALOG INTEGRATED CIRCUITS Features • Full function video fader • 0.02%/0.02° differential gain/ phase @100% gain • 25 ns multiplexer included • Output amplifier included • Calibrated linear gain control
|
OCR Scan
|
EL4095C
EL4095C
Ron-100
Roff-lE12
EL4095
|
PDF
|
Untitled
Abstract: No abstract text available
Text: NGHPERFORMANCEANALOG ClflCUffS F eatu res • Full function video fader • 0.02%/0.02° differential gain/ phase @ 100% gain • 25 ns multiplexer included • Output amplifier included • Calibrated linear gain control • ± 5V to ± 15V operation • 60 M Hz bandwidth
|
OCR Scan
|
EL4095CN
MDP0031
EL4095CS
SO-14
MDP002?
EL4095C
|
PDF
|
