GIGA ApS
Abstract: Giga INTEL GIGA FAMILY Giga Semiconductor LXT19908 GD16584 GD16588 STM-64 D-38122 GIGA North America
Text: PRODUCT BRIEF GiGA LXT19908 10Gbit/s Limiting Amplifier Device Product Description GiGA®, an Intel company, has developed the LXT19908 wide bandwidth Limiting Amplifier LIA device for use in SDH STM-64, SONET OC-192, G.709, DWDM and 10GE receiver applications in optical communication
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LXT19908
10Gbit/s
STM-64,
OC-192,
LXT19908
DK-2740,
D-38122,
LT-2042
USA/0201/7K/MS/DC
GIGA ApS
Giga
INTEL GIGA FAMILY
Giga Semiconductor
GD16584
GD16588
STM-64
D-38122
GIGA North America
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Untitled
Abstract: No abstract text available
Text: Rev 0.0.3 Jun/03 ME7180L-MSA Non-isolated 3.0~5.5VDC input, 0. 8~1.8V output, 6A MSA DC-DC Converter Features Applications 10G/Giga-Bit optional Workstations, servers Desktop computers DSP applications Distributed power architectures Telecommunications equipment
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Jun/03
ME7180L-MSA
10G/Giga-Bit
20mVPP
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GIGA
Abstract: GIGA ApS GD19906DIE GD19906-DIE GD16544
Text: 10 Gbit/s Transimpedance Amplifier GD19906 an Intel company Preliminary General Description The GD19906 is a pre-amplifier intended for use in conjunction with a PIN photodetector to convert and amplify an optical STM-64/OC-192 NRZ signal into an electrical signal for further processing by
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GD19906
GD19906
STM-64/OC-192
GIGA
GIGA ApS
GD19906DIE
GD19906-DIE
GD16544
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GIGA
Abstract: No abstract text available
Text: 2.5 Gbit/s Re-timing Laser Driver Evaluation Board GD90521 an Intel company Preliminary General Description The GD90521 evaluation board is designed for evaluation of the GD16521 re-timing Laser Driver in 2.5 Gbit/s applications. The evaluation board comprises:
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GD90521
GD16521
GD90521
DK-2740
GIGA
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SMA pcb footprint Connector
Abstract: sma connector footprint Up board date sheet GIGA power supply 7010
Text: 10 Gbit/s Driver Amplifier Evaluation Board GD99903 an Intel company Preliminary General Description Features The GD99903 is an easy to use evaluation board for the GD19903 10 Gbit/s 3 V driver amplifier. The board features optional AC coupling and 50 W termination for the differential
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GD99903
GD99903
GD19903
SMA pcb footprint Connector
sma connector footprint
Up board date sheet
GIGA
power supply 7010
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INTEL CLOCK AND DATA RECOVERY
Abstract: GIGA GIGA ApS
Text: 2.5 Gbit/s Clock and Data Recovery Evaluation Board GD90522 an Intel company Preliminary General Description Features The GD90522 evaluation board is designed for evaluation of the GD16522 CDR in 2.5 Gbit/s applications. All necessary configuration switches for
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GD90522
GD16522
GD90522
DK-2740
INTEL CLOCK AND DATA RECOVERY
GIGA
GIGA ApS
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STM-64
Abstract: GD16544 GIGA receivers for SDH STM 16
Text: 10 Gbit/s AGC Amplifier GD19902 an Intel company Preliminary General Description Features The GD19902 device is an amplifier designed for Automatic Gain Control AGC , with high input overload, high gain, intended for use in high bandwidth applications such as 10 Gbit/s STM-64/
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GD19902
GD19902
STM-64/
OC-192
GD16544)
STM-64
GD16544
GIGA receivers for SDH STM 16
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Intel GIGA
Abstract: GD99901 cooling tower
Text: 10 Gbit/s Driver Amplifier Evaluation Board GD99901 an Intel company Preliminary General Description Features The GD99901 is an easy to use evaluation board for the GD19901 10 Gbit/s 3 V driver amplifier. The board features optional AC coupling and 50 W termination for the differential
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GD99901
GD99901
GD19901
Intel GIGA
cooling tower
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laser diode driver circuit automatic power control
Abstract: GD90561 GIGA optical modulator driver
Text: 2.5 Gbit/s Laser Driver Evaluation Board GD90561 an Intel company Preliminary General Description The GD90561 Evaluation Board is designed for evaluation of the performance of the advanced Laser Driver circuit GD16561, designed for driving telecom lasers with a 50 W characteristic load impedance.
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GD90561
GD90561
GD16561,
DK-2740
laser diode driver circuit automatic power control
GIGA optical modulator driver
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COOLING TOWER
Abstract: GD19902 GD99902
Text: 10 Gbit/s AGC Amplifier Evaluation Board GD99902 an Intel company General Description Features The GD99902 is an easy to use evaluation board for the GD19902 10 Gbit/s AGC amplifier. The board features optional AC coupling and 50 W termination for the differential
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GD99902
GD99902
GD19902
COOLING TOWER
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LXT19908
Abstract: GD16584 GD16588 STM-64 GIGA ApS GIGA receivers for SDH STM 16
Text: 10 Gbit/s Limiting Amplifier LXT19908 an Intel company Preliminary General Information LXT19908 is a wide bandwidth Limiting Amplifier LIA intended to be used in OC-192/STM-64 receiver applications. The typical linear gain is higher than 40 dB. The LIA accepts input signals up to 2 VPP
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LXT19908
LXT19908
OC-192/STM-64
GD16584
GD16588
STM-64
GIGA ApS
GIGA receivers for SDH STM 16
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FAGD1651132BA
Abstract: GD16511 GD16511-32BA STM-16
Text: 2.5 Gbit/s Limiting Amplifier GD16511 an Intel company Preliminary General Information GD16511 is a wide bandwidth, limiting amplifier designed for: u SDH STM-16 u SONET OC-48 optical communication systems. It features a linear gain of at least 28 dB and a 3 dB bandwidth larger than 3 GHz,
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GD16511
GD16511
STM-16
OC-48
FAGD1651132BA
GD16511-32BA
STM-16
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EA Modulator Driver
Abstract: GD19901-68BA GD19901-IG GD19901-IS STM-64 GND33
Text: 10 Gbit/s Modulator Driver GD19901 an Intel company Preliminary General Description The GD19901 is a high-speed amplifier, which provides a high power output drive suitable to feed an optical modulator at 10 Gbit/s. GD19901 provides single-ended or differential output drive to an external modulator. The outputs must be externally AC
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GD19901
GD19901
GD199
EA Modulator Driver
GD19901-68BA
GD19901-IG
GD19901-IS
STM-64
GND33
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stm cl-30
Abstract: PIN APD DIODE GD16547 BLM11A601 G958 SSOP-16 STM-16 GD16543 power supply aps 231
Text: 2.5 Gbit/s Transimpedance Amplifier GD19531 an Intel company Advance Information General Description Features The GD19531 is a high performance Transimpedance Amplifier designed for use in telecom transmission systems for optical networks: u SDH STM-16 u SONET OC-48
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GD19531
GD19531
STM-16
OC-48
stm cl-30
PIN APD DIODE
GD16547
BLM11A601
G958
SSOP-16
STM-16
GD16543
power supply aps 231
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PIN APD DIODE
Abstract: G957 GD16547 SSOP-16 STM-16 P-TSSOP-16-1 APD DIODE
Text: 2.5 Gbit/s Transimpedance Amplifier GD19532 an Intel company Preliminary General Description Features The GD19532 is a high performance Transimpedance Amplifier and Post- Amplifier designed for use in telecom transmission systems for optical networks: u SDH STM-16
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GD19532
GD19532
STM-16
OC-48
PIN APD DIODE
G957
GD16547
SSOP-16
STM-16
P-TSSOP-16-1
APD DIODE
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FUN-JIN
Abstract: gst5009 GT24-03S TAIMAG IH-002 IC Plus gt2403s DATASHEET GST5009 FUN-JIN GT24 taimag H5091NL
Text: IP1001 LF APPLICATION NOTE Purpose: This application note provides some useful configurations such as LED mode setting, regulator control & power source, hardware setting and power consumption… etc. IP1001 LF Interface Diagram LED 125Mhz 25Mhz Configuration
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IP1001
zhM521
zhM52
1001PI
FUN-JIN
gst5009
GT24-03S
TAIMAG IH-002
IC Plus
gt2403s
DATASHEET GST5009
FUN-JIN GT24
taimag
H5091NL
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FAGD16575A32BA
Abstract: GD16575A GD16575A-32BA STM-16
Text: 2.5 Gbit/s Laser Driver GD16575A an Intel company Preliminary General Description Features The GD16575A is a high performance low power 2.5 Gbit/s Laser Driver. A Mark-Space monitor is available on the pins MARKP and MARKN. l Complies with ITU-T STM-16 and
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GD16575A
GD16575A
STM-16
OC-48
OC-48
32-pin
FAGD16575A32BA
GD16575A-32BA
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Siemens Ferrite B64290
Abstract: siemens b64290 FAGD16573A32BA GD16573A GD16573A-32BA STM-16 B82432A1224K Siemens Ferrite GD16573
Text: 2.5 Gbit/s Laser Driver GD16573A an Intel company Preliminary General Description Features The GD16573A is a high performance low power 2.5 Gbit/s Laser Driver. A Mark-Space monitor is available on the pins MARKP and MARKN. l Complies with ITU-T STM-16 and
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GD16573A
GD16573A
STM-16
OC-48
OC-48
32-pin
Siemens Ferrite B64290
siemens b64290
FAGD16573A32BA
GD16573A-32BA
B82432A1224K
Siemens Ferrite
GD16573
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GD16553
Abstract: FAGD1657832BA GD16578 GD16578-32BA STM-16
Text: 2.5 Gbit/s Retiming Laser Driver GD16578 an Intel company Preliminary General Description Features The GD16578 is a high performance low power 2.5 Gbit/s Laser Driver with optional on chip retiming of data. The GD16578 is designed to meet and exceed ITU-T STM-16 or SONET OC-48
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GD16578
GD16578
STM-16
OC-48
GD16553
FAGD1657832BA
GD16578-32BA
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Untitled
Abstract: No abstract text available
Text: 2.5 Gbit/s Retiming Laser Driver GD16578 an Intel company General Description Features The GD16578 is a high performance low power 2.5 Gbit/s Laser Driver with optional on chip retiming of data. The GD16578 is designed to meet and exceed ITU-T STM-16 or SONET OC-48
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GD16578
GD16578
STM-16
OC-48
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Untitled
Abstract: No abstract text available
Text: 2.5 Gbit/s Retiming Laser Driver GD16578 an Intel company Preliminary General Description Features The GD16578 is a high performance low power 2.5 Gbit/s Laser Driver with optional on chip retiming of data. The GD16578 is designed to meet and exceed ITU-T STM-16 or SONET OC-48
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GD16578
GD16578
STM-16
OC-48
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D403 A
Abstract: GD16553 STM16 STM-16 TQFP-48L-EDQUAD D25IN 1608 PFC FAGD1655348BA PLL 2400 MHZ d4043
Text: 2.5 Gbit/s 4:1 Multiplexer GD16553 an Intel company Preliminary General Information Features The multiplexed data stream is output by a high modulation-current laser driver with a modulation-current sink capability of up to 60 mA typ. The GD16553 is a high performance
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GD16553
GD16553
STM16
OC-48
D403 A
STM-16
TQFP-48L-EDQUAD
D25IN
1608 PFC
FAGD1655348BA
PLL 2400 MHZ
d4043
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Untitled
Abstract: No abstract text available
Text: 2.5 Gbit/s Retiming Laser Driver GD16578 an Intel company Preliminary General Description Features The GD16578 is a high performance low power 2.5 Gbit/s Laser Driver with optional on chip retiming of data. The GD16578 is designed to meet and exceed ITU-T STM-16 or SONET OC-48
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GD16578
GD16578
STM-16
OC-48
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FAGD1636048BA
Abstract: GD16360-48BA GD16360
Text: 140/155 Mbit/s CMI Shaper and Equaliser for E4/STM-1/OC-3 GD16360 an Intel company Preliminary General Description The GD16360 is a dual transceiver for transmitting and receiving CMI–signals, according to the ITU-T G.703 standard. Basically the chip is used as an interface
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GD16360
GD16360
FAGD1636048BA
GD16360-48BA
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