N87 material
Abstract: B66427 SIEMENS n87 transformer calculation CK3100 EPF12 B66427-G-X187
Text: EPF 12/6/3 Core B66427 ● E core with flattened, lower center leg for especially flat transformer design ● Optimized cross section of legs ● For DC/DC converters ● EPF cores are supplied as single units Magnetic characteristics per set Σl/A le Ae
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B66427
B66427-G-X187
N87 material
B66427
SIEMENS n87
transformer calculation
CK3100
EPF12
B66427-G-X187
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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
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1-877-658-TERA
TeraXion
GAIN-FLATTENING-FILTER
edfa raman amplifier
GR-1209
filter Fiber Bragg Grating
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GAIN-FLATTENING-FILTER
Abstract: gain flattening jdsu gff jdsu Telcordia transistor 1555
Text: COMMUNICATIONS COMPONENTS Thin Film Gain Flattening Filter Key Features • Deep profiles > 20 dB • Steep profiles (> 2.5 dB/nm) • Low error function • Power handling up to 2000 mW Applications • Long-haul terrestrial • Metro • Raman • C, L, and S band
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GR-1221
498-JDSU
5378-JDSU
GAIN-FLATTENING-FILTER
gain flattening
jdsu
gff jdsu
Telcordia
transistor 1555
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SMF-28 raman gain
Abstract: No abstract text available
Text: Attenuation • • • • Superior thermal wavelength stability Improved error function Excellent thermal loss stability 1.5 watt max. power rating Applications Gain Flattening Filters are used in broadband optical amplifiers which are optimized for multiple DWDM channels. Typical
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SMF-28
0096B
SMF-28 raman gain
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free datasheet on HT 648 L
Abstract: No abstract text available
Text: Page 1 of 2 Single Mode 5 to 50% Fused Couplers Features and Benefits Low optical loss Environmentally stable Single Wavelength, Wavelength Flattened, and Wideband Available in miniature, semiruggedized, and fully ruggedized housings 1x2, 2x2 ports, 1300/1550nm operation
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1300/1550nm
1550nm,
1550nm
1300nm
1550nm)
1300/1500nm
free datasheet on HT 648 L
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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.
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GFF-15
1550nm
1528nm
1565nm
SMF-28
GFF15/990111
apc-7 connector
gain flattening
GAIN-FLATTENING-FILTER
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RF9802
Abstract: No abstract text available
Text: RF9802 QUAD BAND GPRS/LINEAR EDGE TRANSMIT MODULE Features GND RX1 RX2 RX3 19 18 17 2 16 RX4 Integrated Power Flattening Circuit for Lower Power Variation under Mismatch Conditions Amplifier Die GND 3 SP6T 15 ANTENNA ESD Protection RFIN LB 4 14 GND 13 GND
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RF9802
63mmx5
24mmx1
GSM850/EGSM900
DCS1800/PCS1900
RF716x
RF9802
RF9802SB
RF9802PCBA-41X
GSM850/EGSM900/DCS1800/PCS1900
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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
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30/WDM
1528-1562nm
120x80x15mm)
SE-164
EDFA C Pre-Amplifier
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B66422-B1010-D1
Abstract: epcos N87 160 B66422-W1010-D1 B66421 B66421-G-X187 B66421-U160-K187 B66421-U250-K187 B66421-U315-K187 B66422-B2000 B66421-U250-K1
Text: EFD 25/13/9 Core B66421 • E core with flattened, lower center leg for especially flat transformer design ■ For DC/DC converters ■ EFD cores are supplied as single units Magnetic characteristics per set Σl/A le Ae A min Ve = 0,98 mm–1 = 57 mm = 58 mm2
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B66421
B66421-G-X187
B66421-U160-K187
B66421-U250-K187
B66421-U315-K187
B66422-B1010-D1
epcos N87 160
B66422-W1010-D1
B66421
B66421-G-X187
B66421-U160-K187
B66421-U250-K187
B66421-U315-K187
B66422-B2000
B66421-U250-K1
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module gray code up down counter
Abstract: No abstract text available
Text: Chapter 3 Overview of a Typical Testing and Debugging Session This chapter describes the basic steps that you need to follow when using the XDS522A to test and debug your code. Topic Page 3.1 Choosing a Flattener Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-2
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XDS522A
XDS522A
module gray code up down counter
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UL-224 vw-1
Abstract: H150X MIL-M-81531 H200X H200X034H1T H200X025H H200X064H H100X034H
Text: Military Grade Heat Shrink Labels SPECIFICATION SHEET specifications Military grade heat shrink labels shall be pre-cut, heat-shrinkable flattened polyolefin and shall readily accept thermal transfer print. The product shall meet the material requirements and physical properties of
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AMS-DTL-23053/5C
MIL-M-81531
MIL-STD-883E,
H050X025H
H075X025H
H100X025H
H150X025H
H200X025H
H050X034H
H075X034H
UL-224 vw-1
H150X
H200X
H200X034H1T
H200X064H
H100X034H
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gain flattening
Abstract: JDS Uniphase Raman Amplifier EDFA metro fiber erbium doped submarine
Text: COMMUNICATIONS COMPONENTS Fused Taper Gain Flattening Filters Key Features • Low-cost solution • 1400 to 1610 nm performance • Rapid prototype capability • Low systematic error • Very low excess loss • High return loss—no isolator required Applications
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15/dB
1-800-498-JDSU
800-5378-JDSU
498-JDSU
5378-JDSU
gain flattening
JDS Uniphase Raman Amplifier
EDFA metro fiber erbium doped submarine
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N67 TRANSFORMER
Abstract: N67 transformer core B66422-B1010-D1 N87 material transistor B1010 B66422-B2000 U315 SIEMENS n87 marking code k1 B66421-G-X167
Text: EFD 25/13/9 Core B66421 ● E core with flattened, lower center leg for especially flat transformer design ● For DC/DC converters ● EFD cores are supplied as single units Magnetic characteristics per set Σl/A le Ae Amin Ve = 0,98 mm–1 = 57 mm = 58 mm2
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B66421
B66421-G-X167
B66421-G-X187
B66422-B1010-D1
B66422-B2000
FEK0330-M
N67 TRANSFORMER
N67 transformer core
B66422-B1010-D1
N87 material
transistor B1010
B66422-B2000
U315
SIEMENS n87
marking code k1
B66421-G-X167
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1500-nm
Abstract: No abstract text available
Text: Page 1 of 2 Features and Benefits 1x3 to 1x8 ports 1300/1550nm operation Environmentally stable Single Wavelength, Wavelength Flattened, and Wideband Manufactured using Optical Fibrers SM-02R fiber and supplied with 1m primary- coated, secondary-coated or cabled
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1300/1550nm
SM-02R
1310nm
1310/1550nm
1500-nm
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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.
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Untitled
Abstract: No abstract text available
Text: Polyester and Metalized Polyester FILM CAPACITORS x The Arco Film Series consists of 4 major families: 1 2 3 Axial wrap & fill metalized polyester film capac itors - round MMT , and flattened or compressed (MMF) configurations. These non-inductive capac
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corning fiber optic
Abstract: Corning flexcor fiber 1310nm otdr Gould Fiber Optics
Text: Single Window Tap Couplers<10% Coupling Ratio These couplers were specifically designed to be used in conjunction with erbium-doped fiber ampli fiers and other polarization sensitive applications. Low Polarization Tap Couplers Wavelength Flattened Short Wavelength Singlemode 780nm to 1060nm
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780nm
1060nm
1550nm
250jam
900jam
SMF-28
corning fiber optic
Corning flexcor fiber
1310nm otdr
Gould Fiber Optics
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SMF-28 fiber
Abstract: No abstract text available
Text: Wavelength Flattened Couplers Because Wavelength Flattened Couplers are small and insensitive to operating wavelengths, they are suitable tor use in instrumentation, DWDM systems, trunk/loop branching, and CATV distribution. Their low optical loss and high direc
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1310nm,
1550nm,
1310nm
1550nm
250jim
900ju
900jam
SMF-28â
SMF-28 fiber
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Untitled
Abstract: No abstract text available
Text: EFD 25/13/9 Core B66421 • E jure wilh flattened, luwer center ley for especially flat transform er design • For DC/DC converters • EFD cores are supplied as pieces Magnetic characteristics (per set tt / A = 0,98 m m -’ /e = 57 mm Ac = 58 m m 2 s*
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B66421
B66421-G
-X167
-X187
B66421
-U160-K1
B66421-U250-K1*
B66421-U315-K1
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Untitled
Abstract: No abstract text available
Text: Gould’s passive, all-fiber, wavelength flattened, fixed attenuators can be manufactured to a customer specified attenuation level. A Specifications Wavelength 1310 or 1550nm Attenuation Values in dB 1, 2, 3,4, 5, 6, 7, 8, 9, 10, 15, 20 Insertion Loss Tolerance
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1550nm
SMF-28TM
1310nm
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ARCO
Abstract: polyester
Text: Polyester and Metalized Polyester FILM CAPACITORS The Arco Film Series consists o f 4 major families: 1 2 3 Axial wrap & fill metalized polyester film capac itors - round MMT , and flattened or compressed (MMF) configurations. These non-inductive capac
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Untitled
Abstract: No abstract text available
Text: EFD 15/8/5 Core • • • B66413 E core with flattened, Inwer center leg for especially flat transform er design For DC/DC converters EFD cores are supplied as pieces M agnetic characteristics per set 2.1/A /e Ae A lllhl l/e = 2,27 mm 1 - 34 mm = 1 5 mm2
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B66413
B66413-G
-X149
13-fi-X
66413-U
100-K1
160-L1
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Untitled
Abstract: No abstract text available
Text: Polyester and Metalized Polyester FILM CAPACITORS The Arco Film Series consists of 4 major families: 1 2 3 Axial wrap & fill metalized polyester film capac itors - round MMT , and flattened or compressed (MMF) configurations. These non-inductive capac
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Untitled
Abstract: No abstract text available
Text: Available E qualizer Responses Units can have a one-half sine response, with either the greatest or the smallest attenuation being at center frequency. These devices can be used to flatten responses due to devices such as filters and couplers. Frequency Equalizers can be manufactured with attenuation that increases linearly with
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