vcsel spice model
Abstract: NTC thermistor spice Modulating VCSELs VCSEL ntc resistor laser spice model
Text: APPLICATION NOTE VCSEL SPICE Model INTRODUCTION This application note to describes a quasi-dc model of a Vertical Cavity Surface Emitting Laser VCSEL for use in a circuit analysis tool such as SPICE. The model contains the electrical and optical characteristics of the VCSEL. The
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1-866-MY-VCSEL
vcsel spice model
NTC thermistor spice
Modulating VCSELs
VCSEL
ntc resistor
laser spice model
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LM119
Abstract: Single-Event LM124
Text: CHARACTERIZATION OF SINGLE-EVENT TRANSIENTS IN THE LM119 VOLTAGE COMPARATOR S. Buchner QSS , D. McMorrow (NRL), A. Sternberg (Vanderbilt), L. Massengill (Vanderbilt), M. Maher (National Semiconductor), C. Poivey (GSFC), R.Koga (Aerospace), J. Forney(J&T),
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LM119
LM119
LM124.
Single-Event
LM124
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laser diode spice model simulation
Abstract: n102m066a Tc264 N102M010 TC4800 laser spice model
Text: MAX3736 Input/Output Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic
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MAX3736
064E-017
514E-018
DE0172
REPORTERL1N34
REPORTERL1N37
laser diode spice model simulation
n102m066a
Tc264
N102M010
TC4800
laser spice model
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TC227
Abstract: N102M024
Text: MAX3735 I/O Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic
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MAX3735
558E-018
279E-018
N102M024
TC227
N102M024
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TC227
Abstract: irb5 laser spice model MAX3656ETG
Text: MAX3656ETG Input Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic (PECL), and
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MAX3656ETG
for00
N102M024
PADESD50
DE0396
DE0396
PADESD50
REPORTERL1N28
REPORTERL1N29
TC227
irb5
laser spice model
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BR 115N
Abstract: SPICE 2G6 xds npn
Text: MAX3296 I/O Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic
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MAX3296
HDU031011
HDE113032
REPORTERL1N63
REPORTERL1N64
181E-017
HDE113032
DE381011
BR 115N
SPICE 2G6
xds npn
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ic 2101
Abstract: No abstract text available
Text: MAX3286 I/O Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic
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MAX3286
HDU031011
HDE113032
REPORTERL1N63
REPORTERL1N64
181E-017
HDE113032
DE381011
ic 2101
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vcsel spice model
Abstract: No abstract text available
Text: MAX3996 I/O Model 2.5Gbps VCSEL Driver SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic (PECL), and
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MAX3996
920E-018
083E-022
168E-030
680E-019
H11A02
vcsel spice model
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ftz869
Abstract: FTZ851 ftz968 TEC Driver tec driver transistor Thermistor pspice SBEA001 FTZ958 OPA227 laser driver circuit op amp transistor current booster circuit
Text: Application Report SBEA001 - SEPTEMBER 2001 OPTOELECTRONICS CIRCUIT COLLECTION By Neil Albaugh The following collection of analog circuits may be useful in electro-optics applications such as optical networking systems. This page summarizes their salient characteristics.
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SBEA001
ftz869
FTZ851
ftz968
TEC Driver
tec driver transistor
Thermistor pspice
FTZ958
OPA227 laser driver circuit
op amp transistor current booster circuit
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Untitled
Abstract: No abstract text available
Text: MAX3273 I/O Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic
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MAX3273
test00
PADESD50
DE0396
DE0396
PADESD50
REPORTERL1N28
REPORTERL1N29
485E-018
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HDE072021
Abstract: laser diode spice model simulation
Text: MAX3867 Input Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic
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MAX3867
teH21M02
HDE072021
591E-018
HDE072021
laser diode spice model simulation
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laser diode spice model simulation
Abstract: HFAN-06
Text: MAX3663ETG Input Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic
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MAX3663ETG
H21M022
HDE072021
591E-018
HDE072021
laser diode spice model simulation
HFAN-06
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ikf68
Abstract: 2P4N xp1800 laser diode spice model simulation
Text: MAX3865 Input Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic
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MAX3865
H11M022
HDE072021
591E-018
HDE072021
ikf68
2P4N
xp1800
laser diode spice model simulation
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Untitled
Abstract: No abstract text available
Text: DATA SHEET PHOTOREFLECTIVE SENSOR LEADFRAME PACKAGE HVS6003-002 FEATURES: VCSEL and phototransistor in industry standard leadframe packaging Optical plastics block visible wavelength for better ambient light rejection The HVS6003-002 is designed as a higher performance alternative to LED
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HVS6003-002
HVS6003-002
1-866-MY-VCSEL
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Untitled
Abstract: No abstract text available
Text: InnovativeInnov Innovative VCSEL Solutions . Delivered Advanced Optical Components Photoreflective Sensor Leadframe packaging Preliminary HVS6003-002 Key Features: VCSEL and phototransistor in industry standard leadframe packaging Optical plastics block visible wavelength for better ambient light rejection
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HVS6003-002
HVS6003-002
1-866-MY-VCSEL
1-866-MY-VCSEL
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laser diode spice model simulation
Abstract: No abstract text available
Text: Agilent EEsof EDA W1714 SystemVue AMI Modeling Kit W1713 SystemVue SerDes Model Library Data Sheet Agilent’s W1714 SystemVue AMI Modeling Kit consists of SerDes libraries for SystemVue plus automatic IBIS AMI model generation. The W1713 SystemVue SerDes Model Library is a subset of W1714 that omits its code generation feature. It is used for architecture optimization of a serializer/deserializer SerDes
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W1714
W1713
5991-0170EN
laser diode spice model simulation
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E5 SMD OP
Abstract: No abstract text available
Text: SFC2309-200 EMI Filter and ESD Protection for Color LCD Interface PRELIMINARY PROTECTION PRODUCTS Description Features The SFC2309-200 is a low pass filter array with integrated TVS diodes. It is designed to suppress unwanted EMI/RFI signals and provide electrostatic
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SFC2309-200
SFC2309-200
/-15kV
E5 SMD OP
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99029
Abstract: dsa 362 CTR21 CTR-21 ESMIT-3576 "REMtech Corporation" modem isolation transformer v.90 3576
Text: ESMIT-3576 TM A SUMIDA COMPANY Analog Telephony / Modem Couplers DESCRIPTION PHOTO PENDING The REMtech Magnetics ESMIT-3576 is a “Dry” Encapsulated SMT Modem Isolation Transformer suitable for up to V.90 56 kbps analog modem applications compliant with International safety norms.
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ESMIT-3576
ESMIT-3576
E171120
99029
dsa 362
CTR21
CTR-21
"REMtech Corporation" modem
isolation transformer v.90
3576
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99029
Abstract: CTR21 3586 CTR-21 ESMIT-3576 ESMIT-3586 "REMtech Corporation" modem isolation transformer v.90
Text: ESMIT-3586 TM A SUMIDA COMPANY Analog Telephony / Modem Couplers DESCRIPTION PHOTO PENDING The REMtech Magnetics ESMIT-3586 is a “Dry” Encapsulated SMT Modem Isolation Transformer suitable for up to V.90 56 kbps analog modem applications compliant with International safety norms.
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ESMIT-3586
ESMIT-3586
ESMIT-3576
99029
CTR21
3586
CTR-21
"REMtech Corporation" modem
isolation transformer v.90
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slp2510p8
Abstract: UC544 UCLAMP054 0544P UCLAMP0544P
Text: uClamp0544P ClampTM 4-Line ESD Protection PROTECTION PRODUCTS - MicroClampTM Description Features The μClamp series of TVS arrays are designed to protect sensitive electronics from damage or latch-up due to ESD. It is designed to replace single line devices such
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ClampTM0544P
10-pin,
SLP2510P8
UC544
UCLAMP054
0544P
UCLAMP0544P
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ul 94v-0 lcd display 18 pin
Abstract: 94v-0 lcd display SFC2309 J-STD-020B MO-211 SFC2309-200 sfc2309 r E5 SMD OP smd 1e14
Text: SFC2309-200 EMI Filter and ESD Protection for Color LCD Interface PRELIMINARY PROTECTION PRODUCTS Description Features Flip Chip bidirectional EMI/RFI filter with integrated ESD protection ESD protection to IEC 61000-4-2 ESD Level4, The SFC2309-200 is a low pass filter array with
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SFC2309-200
SFC2309-200
/-15kV
ul 94v-0 lcd display 18 pin
94v-0 lcd display
SFC2309
J-STD-020B
MO-211
sfc2309 r
E5 SMD OP
smd 1e14
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ECLAMP2396P
Abstract: B 30343 30343 0005 30343 2396P
Text: EClamp2396P ESD/EMI Protection for Color LCD Interfaces PRELIMINARY PROTECTION PRODUCTS - EMIClampTM Description Features The EClampTM2396P is a L-C low pass filter array with integrated TVS diodes. It is designed to suppress unwanted EMI/RFI signals and provide electrostatic
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EClamp2396P
EClampTM2396P
ECLAMP2396P
B 30343
30343 0005
30343
2396P
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ECLAMP2458P
Abstract: SLP4016P16
Text: EClamp2458P ESD/EMI Protection for Color LCD Interfaces PRELIMINARY PROTECTION PRODUCTS - EMIClampTM Description Features The EClampTM2458P is a low pass L-C filter array with integrated TVS diodes. It is designed to suppress unwanted EMI/RFI signals and provide electrostatic
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EClamp2458P
EClampTM2458P
ECLAMP2458P
SLP4016P16
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PA05
Abstract: No abstract text available
Text: H e r e ’s H ow T o H a r n e s s S p ic e T o P r o d u c e A R e a l W o r l d S o l u t io n T o A R e a l -L if e P r o b l e m . S imulate L aser -Trimm ed R esistors W ith S pice trical analogs of the physical param eters. The therm al analy sis of a packaged MOSFET, for example, entails calculating
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