1999 - motorola optocoupler
Abstract: TNY254P EE16 10 pin bobbin datasheet EE16 10 pin bobbin transformers tdk ee16 pc40 bobbin core EEL16 transformer TNY254P DIAGRAM EE16 core transformer EE16 pc40 ee16 bobbin specification
Text: T1 D R4 1.5 k 1/2 W C2 4.7 µF 400 V U1 TNY254P 6 TinySwitch BP +9V RTN , 95 400 PO = 0.6 W 50 Load Current (mA) 100 150 200 250 300 Input Voltage , ® RD8 TinySwitch TM Reference Design Board 85 to 265 VAC Input, 3 W Output Low Cost , (regulated 50/60 Hz transformers). The unique ON/OFF control scheme of Tinyswitch virtually eliminates , Line Regulation (85-265 VAC) ± 0.5% Load Regulation (0%-100%) ± 1% Efficiency (PO = 3 W
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PI-2252-091098
motorola optocoupler
TNY254P
EE16 10 pin bobbin datasheet
EE16 10 pin bobbin transformers
tdk ee16 pc40 bobbin
core EEL16 transformer
TNY254P DIAGRAM
EE16 core transformer
EE16 pc40
ee16 bobbin specification
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electric scheme ca 400 w
Abstract: PNA4612MOOXD PNA4612M00XD A461 LPNA4612M PN323B 5N90
Text: ,IOL= 400 UA (jà 2)(Note2) 0.35 â ' 0.5 V /X-fU^^tbilsE High Level Output Voltage Voh iÃftÃfcli/No , )(Note1) 400 200 600 Us /WU^I/Z^l/*, ti High Level Pulse Width T"wh L=0.1 m~11.0 m,16 Pulse (;±1)(Note1) 400 200 600 Us ^'Ci^JH/JÃüi/Center Frequency fo 38.0 - ⢠- kHz tati^juTy^mfi Output Pull-up , )HI 2 0)jIli;&/(Note2)Constant wave form No. jijföi£;l£:38.0 kHz/Carrier Frequency:38.0 kHz I.2 400 Us 400 Ms HI 1/Signal wave form No.1 20 ms IH 2/Constant wave form No.2 1908. 7.31 2002. 3.10
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PNA4612M00XD
PNA4612M00XD]
2003jÂ
electric scheme ca 400 w
PNA4612MOOXD
A461
LPNA4612M
PN323B
5N90
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Not Available
Abstract: No abstract text available
Text: where failure of the capacitor could lead to danger of electric shock. PRODUCT CODE: R41 Note: R , : Performance Dielectric strength: +25° C ±5°C 1 min 100 Vdc no dielectric breakdown or flashover , . Endurance: Test conditions Temperature: Test duration: Voltage applied: 110° C ±2°C 1000 h 1.7 x , Performance ENEC-IMQ IEC 60384-14 Winding scheme 300Vac single sided metallized polypropylene film , Test voltage between terminations (on all pieces): 2500Vac for 1 s + 5000Vdc for 1 s at +25° CÂ
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EN132400)
non14
R413R
R413W3470
R413W3680-
R413N
R413W4100
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2013 - Not Available
Abstract: No abstract text available
Text: PSE1000-PFC 1000 Watts PFC Front End Total Power: 1000 W # of Outputs: Single Output: 390 V Special Features Electrical Specifications ⢠1000 W output power ⢠Unity power factor correction â , ¢ TUV 60950-1 60601 ⢠CB Scheme Report/Cert Embedded Power for Business-Critical Continuity , 180 - 264 Vac Total regulation range 380 V to 400 Vdc 5 Vsb ± 1% With 680 uF / 450 V electrolytic capacitor Rated load 1000 W maximum No derating up to 85 °C, Vin > 100 Vac Minimum
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PSE1000PFC
PSE1000-PFC
MIL-STD-810F
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2008 - LM2267x
Abstract: alternator shunt regulator load-dump LM22670 LM22671 LM22672 LM22677 automobile management SIMPLE SWITCHER Regulators starter motor
Text: transient may be as high as 120V, and 400 ms in duration. With such a severe voltage transient, this , transients. Modern automobiles typically have a centralized load-dump protection scheme that limits the , combustion engine, also known as cold crank, the battery supplies a large current to the electric starter , plateaus to the `V plateau' voltage level and finally, when the electric starter motor is disabled, the , , the electric starter motor cold cranks the battery to get the combustion engine operating. For
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AN-1930
LM2267x/80
LM2267x
alternator shunt regulator
load-dump
LM22670
LM22671
LM22672
LM22677
automobile management
SIMPLE SWITCHER Regulators
starter motor
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PN323B
Abstract: PNA4613M signal detection circuit "peak hold" constant vol 20 kHz ultrasonic transmitter
Text: distortion /Recommended pulse width 1) T W H /T W L 1 = 400 s 100 s700 s 100 s700 s at input pulse width T W H /T W L 1 = 400 s 2) T W H /T W L 1 =600 s 300 s900 s 300 s900 s at , 0.5 V 4.80 4.75 - V 400 200 600 s - 100 700 s 400 200 600 s fo 40.0 - - kHz RL 20 15 25 k Operating Supply Voltage , , IOL= 400 A ( 2)(Note2) No Signal Condition IOH=-10 A L=11.0 m, 16 Pulse ( 1)(Note1) L=0.2 m, 16
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PNA4613M00YB
PN323B
PNA4613M
signal detection circuit "peak hold" constant vol
20 kHz ultrasonic transmitter
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PNA4613M00XD
Abstract: PN323B PNA4613M aeha LTPD-15 iol-400
Text: distortion /Recommended pulse width 1) T W H /T W L 1 = 400 s 100 s700 s 100 s700 s at input pulse width T W H /T W L 1 = 400 s 2) T W H /T W L 1 =600 s 300 s900 s 300 s900 s at , 0.5 V 4.80 4.75 - V 400 200 600 s - 100 700 s 400 200 600 s fo 40.0 - - kHz RL 20 15 25 k Operating Supply Voltage , , IOL= 400 A ( 2)(Note2) No Signal Condition IOH=-10 A L=11.0 m, 16 Pulse ( 1)(Note1) L=0.2 m, 16
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PNA4613M00XD
PNA4613M00XD
PN323B
PNA4613M
aeha
LTPD-15
iol-400
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PNA4614M00YB
Abstract: PN323B PNA4614M
Text: distortion /Recommended pulse width 1) T W H /T W L 1 = 400 s 100 s700 s 100 s700 s at input pulse width T W H /T W L 1 = 400 s 2) T W H /T W L 1 =600 s 300 s900 s 300 s900 s at , - 0.5 V 4.80 4.75 - V 400 200 600 s - 100 700 s 400 , , IOL= 400 A ( 2)(Note2) No Signal Condition IOH=-10 A L=11.0 m, 16 Pulse ( 1)(Note1) L=0.2 m, 16 , :56.9 kHz/Carrier Frequency:56.9 kHz 400 s Tsol ( 2) 2 /(Note2)Constant wave form 2 :56.9 kHz
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PNA4614M00YB
PNA4614M00YB
PN323B
PNA4614M
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2011 - LCC250
Abstract: LCC250-12U-7P IEC68-2-27 SR-332 LCC250-12U-4PE C8595 electric scheme ca 400 w LCC250-12U-4P LCC25-12U-4P
Text: : 250 W Single 12 V LCC250-12U-7P Special Features ·12 VDC / 250 W output power ·Wide , ) ·CB Scheme 60950-1 60601-1 60950-1 (Pending) 60601-1 (Pending) 60950-1 , Load: Minimum Load: Capacitive Load: Constant Output Voltage Adjustment Range: 250 W maximum 0 , current(A) 25 20 15 100 LFM 200 LFM 10 300 LFM 5 400 LFM 0 20 15 100 LFM 200 LFM 10 300 LFM 5 400 LFM 0 25 40 55 Ambient Temperature (°C) 70
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LCC250
LCC250
LCC250-12U-4P
LCC250-12U-7P
EN61000
60beddedpower
LCC250-12U-7P
IEC68-2-27
SR-332
LCC250-12U-4PE
C8595
electric scheme ca 400 w
LCC250-12U-4P
LCC25-12U-4P
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PNA4611M00XD
Abstract: PN323B PNA4611M
Text: - V 400 200 600 s 400 200 600 s fo 36.7 - - kHz RL , TWH ( 1)(Note1) L11.0 m, IOL= 400 A ( 2)(Note2) No Signal Condition IOH=-10 A L=0.1 m11.0 m, 16 , /Carrier Frequency:36.7 kHz 400 s Limit typ. min. Operating Supply Voltage Max Detection , Pulse Width Center Frequency Output pull-up resistance Tsol 400 s ( 2) 2 /(Note2)Constant , 2004-11-04 Established 2/Constant wave form 2 Revised Semiconductor Company, Matsushita Electric
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PNA4611M00XD
PNA4611M00XD
PN323B
PNA4611M
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infrared receiver led 2 pin
Abstract: strobo led scientific atlanta aeha ultrasonic receiver infrared receiver led 2 pin and with agc ir remote control for home appliances ultrasonic transmitter and receiver range of frequency PNA4658M00YE PN323B
Text: 400 200 600 s 400 200 600 s 56.9 - - kHz /Signal=56.9 kHz/1.25 kHz , SA /Condition L11.0 m, IOL= 400 A ( 2)(Note2) No Signal Condition IOH=-10 A L=0.1 m11.0 m, 16 , kHz 400 s Limit Typ. Measuring Condition Vcc Supply Current 260 (5 s , :56.9 kHz/Carrier Frequency:56.9 kHz 20 ms 400 s 1/Signal wave form 1 2/Constant wave form , . Semiconductor Company, Matsushita Electric Industrial Co.,Ltd. Sheet 2/12 PRODUCT SPECIFICATION BLOCK
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PNA4658M00YE
infrared receiver led 2 pin
strobo led
scientific atlanta
aeha
ultrasonic receiver
infrared receiver led 2 pin and with agc
ir remote control for home appliances
ultrasonic transmitter and receiver range of frequency
PNA4658M00YE
PN323B
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1998 - LB1214
Abstract: LB1212 STK672-020 4-Phase Stepping Motor Driver dc motor with separate excitation STK6770
Text: required heat sink can be derived from the following formula. c-a = Tc max Ta [°C/ W , = The hybrid IC average internal power dissipation ( W ) The heat sink thermal resistance c-a can be , ] ( c-a = 14.5°C/ W : the thermal resistance of the hybrid IC itself with no heat sink) Note that the , its output stage and that uses a unipolar fixed-current chopper scheme . Since the STK672 , scheme can be simplified, and the stepping motor driver circuit structure can be standardized. The
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EN4928
STK672-020
STK672-020
LB1214
LB1212
4-Phase Stepping Motor Driver
dc motor with separate excitation
STK6770
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uch 11
Abstract: PN323B PNA4611M MATSUA PANASONIC
Text: - V 400 200 600 s 400 200 600 s fo 36.7 - - kHz RL , TWH ( 1)(Note1) L11.0 m, IOL= 400 A ( 2)(Note2) No Signal Condition IOH=-10 A L=0.1 m11.0 m, 16 , /Carrier Frequency:36.7 kHz 400 s Limit typ. min. Operating Supply Voltage Max Detection , Pulse Width Center Frequency Output pull-up resistance Tsol 400 s ( 2) 2 /(Note2)Constant , 2004-11-04 Established 2/Constant wave form 2 Revised Semiconductor Company, Matsushita Electric
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PNA4611M00YB
uch 11
PN323B
PNA4611M
MATSUA PANASONIC
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PNA4612M00YB
Abstract: PN323B PNA4612M
Text: TWL TWH Unit ( 1)(Note1) L11.0 m,IOL= 400 A ( 2)(Note2) No Signal Condition IOH=-10 A L , V 4.8 4.75 - V 400 200 600 s 400 200 600 s /Center Frequency , /(Note1)Burst wave form 1 :38.0 kHz/Carrier Frequency:38.0 kHz 400 s ( 2) 2 /(Note2)Constant wave form 2 :38.0 kHz/Carrier Frequency:38.0 kHz 20 ms 400 s 1/Signal wave form 1 1996-09-25 2004-11-04 Established 2/Constant wave form 2 Revised Semiconductor Company, Matsushita Electric
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PNA4612M00YB
PNA4612M00YB
PN323B
PNA4612M
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1998 - C 4927
Abstract: dc motor with separate excitation STK672-010 LB1212 LB1214 power transistor motor control 4-phase
Text: required heat sink can be derived from the following formula. c-a = Tc max Ta [°C/ W , = The hybrid IC average internal power dissipation ( W ) The heat sink thermal resistance c-a can be , ] ( c-a = 16.5°C/ W : the thermal resistance of the hybrid IC itself with no heat sink) Note that the , its output stage and that uses a unipolar fixed-current chopper scheme . Since the STK672 , scheme can be simplified, and the stepping motor driver circuit structure can be standardized. The
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EN4927
STK672-010
STK672-010
C 4927
dc motor with separate excitation
LB1212
LB1214
power transistor motor control
4-phase
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2008 - Not Available
Abstract: No abstract text available
Text: danger of electric shock. PRODUCT CODE: R47 Pitch Box thickness (B) (mm) (mm) à d ±0.05 p â , s ± 1 s +25° C ±5°C 1 min 100 Vdc for Câ¤0.33µF for C>0.33µF Performance Capacitance change |âC/C|: â¤2% Winding scheme Test voltage between terminations (on all pieces): 1700Vac for 1 s + 2700Vdc for 1 s at +25° C ±5°C single sided metallized polypropylene film 2 , 150 R474W 4150 - - 01 - 1.8 µF 20.0 40.0 41.5 37.5 1.0 150 R474W 4180 - -
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R475N
R475W
500mm
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2006 - JESD97
Abstract: T2550H T2550H600T T2550H-600TRG electric scheme ca 400 w
Text: thermal resistance Rth( c-a )(°C/ W ) 10 Rth(j-c)=0.8 °C/ W TJ=150 °C 9 8 7 6 5 4 3 2 1 0 300 , such as cookers, ovens, hobs, electric heaters, coffee machines.), the new 25 A T2550H triacs , °C 4 A Tj = 150°C 1 W - 40 to + 150 - 40 to + 150 °C Average gate power , . 19 m 5 µA VDRM = VRRM VDRM/VRRM = 400 V (at mains peak voltage) Tj = 25°C Tj = 150 , °C/ W T2550H Characteristics Figure 1. Maximum power dissipation versus Figure 2. RMS
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T2550H
T2550H
T0-220AB
T2550H-600TRG
JESD97
T2550H600T
T2550H-600TRG
electric scheme ca 400 w
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2010 - homeplug av atheros
Abstract: homeplug av intellon homeplug av qpsk discussion Throughput Homeplug 1.1 atheros application note P1901 OFDM QPSK PLC circuit with OFDM qpsk transmitter
Text: HomePlug® Green PHY Overview Jim Zyren, Atheros Communications At h e r o s w h i t e P ap e r P u b l i ca t i o n Dat e 5 / 2 0 1 0 © 2010 by Atheros Communications , v e r v i e w 2 Table of Contents 1.0INTRODUCTION 4 2.0 A QUICK LOOK AT HOMEPLUG AV , Home Area Networks Ho m e P l u g ® G r e e n P H Y O v e r v i e w 4 In short, the HomePlug , fading. 2.1.1 Adaptive Bit Loading and Tone Maps OFDM was selected as the basic modulation scheme for
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SFU 450b
Abstract: LA1832 LA1832 equivalent SFU 450 B A1832 mitsumi coil # 220 500 diagram of scheme SFU 450 filter 1kHz-75kHz Toko variable coil 7kl 4B05B
Text: drive output): SD output ⢠Supports IF count scheme ⢠Built-in SD time constant switching circuit , Allowable power dissipation Pd max Ta S 70°C (LA1832) 400 mW Ta i 70°C (IA1832M) 270 mW Operating temperature Topr -20 to + 70 °C Storage temperature Tstg -40 to +125 SANYO Electric Co., Ltd , dBn, no modulation, pin 7 output 8.0 17.0 mVrms Pd max - Ta Pd max - Ta R o £ 500 400 300 , next page No. 4805-7/15 LA1832, 1832M AM OSC (for DUT use) HW-50425 (Mitsumi Electric Co., Ltd
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EN4805B
4B05B
LA1832
1832M
1832M
SFU 450b
LA1832 equivalent
SFU 450 B
A1832
mitsumi coil # 220 500 diagram of scheme
SFU 450 filter
1kHz-75kHz
Toko variable coil 7kl
4B05B
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2002 - 600V igbt dc to dc boost converter
Abstract: SCHEMATIC low watt POWER SUPPLY WITH IGBTS bi-directional switches IGBT hybrid vehicle power inverter tr4 surface mount Power INVERTER schematic circuit power architecture hybrid vehicles ALUMINIUM 6061 electronic ballast project automotive inverter dc link capacitor
Text: tooling able to house large dies ( ca . 300 x 400 mils2), will dramatically reduce the package cost. In , IMS SUBSTRATE M. Melito 1. ABSTRACT Hybrid Electric Vehicles (HEVs) combine the internal combustion engine of a conventional vehicle with the battery and electric motor of an electric one. This , , together with a significant portion of the energy and environmental benefits of an electric vehicle. The , pure electric mode within town centers. Additional targets for improved driving comfort are: stopping
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AN1597
Max247TM
600V igbt dc to dc boost converter
SCHEMATIC low watt POWER SUPPLY WITH IGBTS
bi-directional switches IGBT
hybrid vehicle power inverter
tr4 surface mount
Power INVERTER schematic circuit
power architecture hybrid vehicles
ALUMINIUM 6061
electronic ballast project
automotive inverter dc link capacitor
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2002 - 600V igbt dc to dc boost converter
Abstract: internal combustion engine automotive inverter dc link capacitor ALUMINIUM 6061 IGBT desaturation IGBT full bridge schematics Max247TM SCHEMATIC WITH IGBTS AN1597 STGY50NB60HD
Text: IMS SUBSTRATE M. Melito 1. ABSTRACT Hybrid Electric Vehicles (HEVs) combine the internal combustion engine of a conventional vehicle with the battery and electric motor of an electric one. This , , together with a significant portion of the energy and environmental benefits of an electric vehicle. The , reduction and pure electric mode within town centers. Additional targets for improved driving comfort are: stopping and starting the motor at traffic lights, increasing the electric power when the vehicle starts
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AN1597
Max247TM
600V igbt dc to dc boost converter
internal combustion engine
automotive inverter dc link capacitor
ALUMINIUM 6061
IGBT desaturation
IGBT full bridge schematics
SCHEMATIC WITH IGBTS
AN1597
STGY50NB60HD
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Ultracapacitor Assisted Electric Drives for Transportation
Abstract: Control of Starter-generator electric assisted power steering system "regenerative braking" toyota Maxwell ultracapacitor Directed Energy TOYOTA CH-1728 vehicle power window supply
Text: WHITE PAPER ULTRACAPACITOR ASSISTED ELECTRIC DRIVES FOR TRANSPORTATION John M. Miller, J-N-J , Headquarters 9244 Balboa Avenue San Diego, CA 92123 USA Phone: +1 858 503 3300 Fax: +1 858 503 3301 , PAPER: Ultracapacitor Assisted Electric Drives for Transportation Introduction Vehicle introduction of electric drives has primarily been for traction applications having power ratings of 30 kW to 60 kW and higher for hybrid and battery electric vehicles. Power train electrification on the other
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CH-1728
D-82205
Ultracapacitor Assisted Electric Drives for Transportation
Control of Starter-generator
electric assisted power steering system
"regenerative braking" toyota
Maxwell
ultracapacitor
Directed Energy
TOYOTA
vehicle power window supply
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2001 - Q24S25033P
Abstract: No abstract text available
Text: 's advanced electric and thermal circuitry and packaging, result in products with extremely high quality and , Delivers up to 25A · No Heatsink Required · Height Only 0.26" (6.6mm) · Power Density: 95 W /in3 · , Converter Part Numbering Scheme PRODUCT SERIES INPUT VOLTAGE MOUNTING SCHEME RATED OUTPUT , Carlsbad, CA ·· 92008 ·· USA USA Toll Free 866-WOW-didt (969-3438) www.didt.com ·· support@didt.com The
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Q24S25
866-WOW-didt
Q24S25033P
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CKE50
Abstract: No abstract text available
Text: BST R/ W /A l/A A l/A 1 l/A 1 l/A l/A R/ W /A l/A A l/A I l/A I L H L H H H CA READ l/A R/ W /A l/A RP H H CA READA R/ W A A RP H L CA l/A R/ W /A l/A R H L CA R/ W A A R L H CA R/ W /A l/A RP l/A L H CA A R/ W RP A L L CA R/ W /A l/A R l/A L L CA A R/ W R A L H L L H H CA WRIT l/A R/ W /A l/A WP H H CA WRITA R/ W A A WP H L CA l/A R/ W /A l/A W H L CA R/ W A A W L H CA R/ W /A l/A WP l/A L H CA A R/ W WP A L L CA R/ W /A l/A W l/A L L
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LC382161
LC382161AT
65536-word
16-bit
50-pin
7cH707b
001772b
DD1772?
CKE50
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2001 - Q24S35033P
Abstract: No abstract text available
Text: assembly, coupled with di/dt's advanced electric and thermal circuitry and packaging, result in products , thermal environments · No Heatsink Required · Height Only 0.26" (6.6mm) · Power Density: 130 W /in3 · , Scheme PRODUCT SERIES INPUT VOLTAGE MOUNTING SCHEME RATED OUTPUT CURRENT Q 24 S , more information please contact di/dt, Inc. 1822 Aston Avenue ·· Carlsbad, CA ·· 92008 ·· USA
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Q24S35
866-WOW-didt
Q24S35033P
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