20KHZ
Abstract: FT11PB 20025MHz FT18P
Text: Frequency Model Tolerance/Bandwidth Description Package its 198.25MHz FT7ZB ± 20KHz / ± 50KHz/ ± 80KHz Resonator,IW *hPAL7*& FTW-2 200.25MHz FT10P ± 20KHz / ± 50 KHz/ ± 80KHz Resonator.PALlO FTW-2 203.00MHz CHI OA -ldB Bandwidth 6.5MHz Filter.PALI 0 FTW-4 206.25 MHz FT6PB ± 20KHz / ± SOKHz/ ± 80KHz Resonator.PAL6^ & FTW-2 208.25MHz FT11P ± 20KHz / - SOKHz/ ± 80KHz Resonator.PALll FTW-2 211.00MHz CH11A -ldB , -2 216.25MHz FT12P ± 20KHz /±50KHz/± SOKHz Resonator.PALl 2 FTW-2 219.00MHz CH12A -ldB Bandwidth 6.5MHz
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25MHz
20KHz/
50KHz/
80KHz
FT10P
00MHz
20KHZ
FT11PB
20025MHz
FT18P
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1998 - mosfet 12A 600V
Abstract: mosfet 5a rectifier pwm igbt igbt Pelly IGBT PNP IRF830 IRF840 an964 AN-980J
Text: MOSFET 220V 5b 12b 4 1 5 5kHz 20kHz 3. 1 , IGBT 1 20kHz HEXFET MOSFET 15 16 2 IRF830 , 5kHz 20kHz 2 3 (IGBT+ HEXFET) 20% () IGBT HEXFET 1 13 14 20kHz IGBT HEXFET 3 7a 7b(2 HEXFET 2 IGBT) 5kHz IGBT 1 HEXFET 3, 4, 5 2 4 IGBT(12) HEXFET 1 20kHz 95% IGBT 2(1.57
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AN-980J
50kHz
220VPWM
AN-964
20kHz
mosfet 12A 600V
mosfet 5a
rectifier pwm igbt
igbt
Pelly
IGBT PNP
IRF830
IRF840
an964
AN-980J
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2002 - 20KHZ
Abstract: No abstract text available
Text: whichever is smaller (after 5 minutes) 20% at 120Hz, 20 C Impedance at 20 C 20kHz , as per table below , 7.0 8.6 11.0 10 Impedance ( )max. 20 C 20kHz Ripple Current (A rms) 105 C 20kHz D L (mm) 16 Impedance ( )max. 20 C 20kHz Ripple Current (A rms) 105 C 20kHz D L (mm) 25 Impedance ( )max. 20 C 20kHz Ripple Current (A rms) 105 C 20kHz D L (mm) 35 35 51 50 80 80 35 Impedance ( )max. 20 C 20kHz 0.016 0.010 0.007 Ripple Current (A rms) 105 C 20kHz 4.5 7.0 10.2 50 Impedance ( )max. 20 C 20kHz
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120Hz,
20kHz,
20kHz
20kHz
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6.5MHz Filter
Abstract: 20KHZ 6.5MHz
Text: Frequency Model Tolerance/Bandwidth Description ^aiftBfl Package tts* 103.75MHz FT3PB ± 20KHz / ± 50KHz/ ± 80KHz Resonatoi\PAL3>fwifc< FTW-2 112.25MHz FT1PZ ± 20KHz / ± 50 KHz/ ± SOKHz Resonalor.J« fhPALl FTW-2 115.00MHz CH1Z -ldB Bandwidth 6.5MHz Filter,if! JhPALl FTW-4 115.25MHz FT4PB ± 20KHz / ± SOKHz/ ± SOKHz Resonator,PAL4*{fc< FTW-2 120.25MHz FT2PZ ± 20KHz / - SOKHz/ ± 80KHz Resonator.J , ± SOKHz/ ± SOKHz Resonator,PA LS ^ FTW-2 128.25MHz FT3PZ ± 20KHz /± SOKHz/ ± SOKHz Resonator. Jft WPAL3
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75MHz
20KHz/
50KHz/
80KHz
25MHz
00MHz
6.5MHz Filter
20KHZ
6.5MHz
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Not Available
Abstract: No abstract text available
Text: fre q u e n c y Impedance at 20°C 20kHz , as per table below L o a d life Leakage current , CURRENT 16 10 \ Impedance 20kHz \lte m \ \ Ripple Current (A rms) 105°C 20kHz , Current (A rms) 105°C 20kHz ( 9 )max. 20°C 20kHz Impedance 0 DXL (mm) ( 9 )max. 20°C 20kHz 35 Ripple Current (A rms) 105°C 20kHz 4700 10000 Impedance 0 DxL (mm) ( 9 )max. 20°C 20kHz Ripple Current (A rms) 105°C 20kHz 3 5 X 50 3 5 X 50 3 5 X 50
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120Hz,
20kHz,
20kHz
120Hz
360Hz
20kHz~
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Not Available
Abstract: No abstract text available
Text: °C, 20KHz is specified for the 10 ~ 100V capacitors in the table of STANDARD Ripple current The max. ripple current is specified at 105°C, 20KHz for the 10 ~ 100V capacitors, and , rms HF pF pF pF 20°C, 20KHz 105-C, 20KHz 20°C, 20KHz 105°C, 20 KHz 20°C, 20KHz 105°C, 20KHz 20°C, 20KHz 105°C, 20 KHz 19 x26 1,500 11 0 798 1 ,2 00 110 798 680 , °C, 20KHz 105°C, 20KHz 20°C, 20KHz 105°C, 20KHz 20°C, 20KHz 105°C, 20KHz 20°C, 20KHz 105°C, 20KHz
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560at
120Hz)
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2004 - PHG2
Abstract: phantom power from 4.5v
Text: = 2dB RL=32, Po=10 mW, 20Hz < F < 20kHz , Single Ended RL=16, Po=15 mW, 20Hz < F < 20kHz , Single Ended RL=32, Po=10 mW, 20Hz < F < 20kHz , Phantom Ground RL=16, Po=15 mW, 20Hz < F < 20kHz , Phantom , , Av = 2 dB with Single Ended F = 1kHZ, Po=10mW F = 20Hz to 20kHz , Po=10mW Channel Separation, RL = 32, Av = 2 dB with Phantom Ground F = 1kHZ, Po=10mW F = 20Hz to 20kHz , Po=10mW Signal To Noise Ratio , Total Harmonic Distortion + Noise, Av = 2dB RL=32, Po=20 mW, 20Hz < F < 20kHz , Single Ended RL=16, Po
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TS4975
TS4975EIJT
TS4975
110mW
PHG2
phantom power from 4.5v
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1996 - "Lowpass Filter"
Abstract: lowpass filter 20khz OPA604 AB-102 DEM-DAI1710 PCM1710 audio peak level meter
Text: of signal frequency 20kHz , at an output level of full scale (0dB), and the measured bandwidth is , . f = 1kHz 60dB Noise Peak 60dB 20kHz F/S OUT 44.1k 20k 63dB FIGURE 8 , PCM1710 data sheet are obtained using an 11th order 20kHz low-pass filter.) FIGURE 5. Unfiltered 0dB, 20kHz , 256fs Response. 20kHz F/S OUT Next we show examples of post low-pass filter circuits , obtainable with direct output. 44.1k 20k 63dB FIGURE 6. Unfiltered 0dB, 20kHz , 384fs Response
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PCM1710
PCM1710
256fs.
256fs,
DEM-DAI1710)
20kHz,
256/384fs,
20kHz
"Lowpass Filter"
lowpass filter 20khz
OPA604
AB-102
DEM-DAI1710
audio peak level meter
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elytone
Abstract: 20KHZ INVERTER TRANSFORMERS CCFL INVERTER TRANSFORMERS 150KHZ
Text: ELYTONE 1.7Watts CCFL Driving Inverter Transformers Mechanical A Mechanical B ELECTRICAL SPECIFICATIONS AT 25 Part No. EFL-10101 EFL-10102 EFL-10103 EFL-10104 EFL-10105 EFL-10106 EFL-10107 Suitable Max. Input Voltage Frequency Open Voltage 20KHz ~150KHz 3.3V±10% 1300V 20KHz ~150KHz 4.5V±10% 1300V 20KHz ~150KHz 5.0V±10% 1300V 20KHz ~150KHz 6.5V±10% 1300V 20KHz ~150KHz 7.0V±10% 1300V 20KHz ~150KHz 12V±10% 1300V 20KHz ~150KHz 24V±10% 1300V Output Currents
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EFL-10101
EFL-10102
EFL-10103
EFL-10104
EFL-10105
EFL-10106
EFL-10107
20KHz
150KHz
elytone
INVERTER TRANSFORMERS
CCFL INVERTER TRANSFORMERS
150KHZ
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2005 - SFPKA450KH1A-R1
Abstract: SFULA455KU2A-B0 PFWLF450KS2A-B0 EIAJ CFWLA SFULA455KU2B-B0 CFWLA450KGFA-B0 sfula455ku2ab0
Text: (fo) (kHz) 450 ± 2.0kHz 1.0±0.2 3dB (kHz) 5.5 ±1.5kHz (+) (dB) 17 min.[fo+9kHz] (-) (dB , (fo) (kHz) 455 ± 2.0kHz 462 ± 2.0kHz 455.5 ± 2.0kHz 456 ± 2.0kHz 456 ± 2.0kHz 3dB (kHz) 10.0 ±3.0kHz , .[fn+9kHz] 40 min.[fn+15kHz] 40 min.[fn+ 20kHz ] 50 min.[fn+10kHz] 50 min.[fn+15kHz] 50 min.[fn+ 20kHz ] 40 , min.[fn-15kHz] 40 min.[fn- 20kHz ] 50 min.[fn-10kHz] 50 min.[fn-15kHz] 50 min.[fn- 20kHz ] 40 min.[fn , PFWLF450KS2A-B0 (fo) (kHz) 455 ± 2.0kHz 450 ± 2.0kHz 450 ± 2.0kHz 3dB (kHz) 4.5 ±1.5kHz 4.5 ±1.5kHz 5.5
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PFWCC450KS2A-R0
SFPKA450KH1A-R1
SFPKA450KH1A-R1
SFPKA450KG1A-R1
SFPKA450KF4A-R1
PFSLF455KP2A-B0
PFWLF450KP2A-B0
PFSLF455KP2A-B0
PFWLF450KP2A-B0
PFWLF450KS2A-B0
SFULA455KU2A-B0
PFWLF450KS2A-B0
EIAJ CFWLA
SFULA455KU2B-B0
CFWLA450KGFA-B0
sfula455ku2ab0
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elytone
Abstract: 20khz INVERTER TRANSFORMERS 10806 150KHZ CCFL INVERTER TRANSFORMERS ccfl transformer EFL-10807 CCFL DRIVING INVERTER
Text: ELYTONE 8.0Watts CCFL Driving Inverter Transformers Mechanical A ELECTRICAL SPECIFICATIONS AT 25 Part No. EFL-10801 EFL-10802 EFL-10803 EFL-10804 EFL-10805 EFL-10806 EFL-10807 Suitable Max. Input Voltage Frequency Open Voltage 20KHz ~150KHz 3.3V±10% 1300V 20KHz ~150KHz 4.5V±10% 1300V 20KHz ~150KHz 5.0V±10% 1300V 20KHz ~150KHz 6.5V±10% 1300V 20KHz ~150KHz 7.0V±10% 1300V 20KHz ~150KHz 12V±10% 1300V 20KHz ~150KHz 24V±10% 1300V Output Currents 16mAac 16mAac
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EFL-10801
EFL-10802
EFL-10803
EFL-10804
EFL-10805
EFL-10806
EFL-10807
20KHz
150KHz
elytone
INVERTER TRANSFORMERS
10806
150KHZ
CCFL INVERTER TRANSFORMERS
ccfl transformer
EFL-10807
CCFL DRIVING INVERTER
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2006 - ic MIP 411
Abstract: MIP 411
Text: % max, F = 1kHz, RL = 32 G = +1.5dB, 20Hz < F < 20kHz Modes 1, 2, 7, RL = 8, Pout = 200mW Modes 3, 4, RL , ) Parameter Conditions Mode 4 F = 1kHz, RL = 16, Pout = 15mW F = 20Hz to 20kHz , RL = 16, Pout = 15mW Mode 7 F = 1kHz, RL = 8, Pout = 200mW F = 20Hz to 20kHz , RL = 8, Pout = 200mW A-weighted, G = +1.5dB, THD+N < 0.5%, 20Hz < F < 20kHz Mode 1 - Speaker output, RL = 8 Mode 2 - Speaker output, RL = 8 Mode 3 - , 1kHz, R L = 16 THD+N = 1% max, F = 1kHz, R L = 32 G = +1.5dB, 20Hz < F < 20kHz Modes 1, 2, 7, RL = 8
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TS4956
32-step
TS4956
Flip-Chip18
TS4956EIKJT
ic MIP 411
MIP 411
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elytone
Abstract: 20KHZ 10606 CCFL INVERTER TRANSFORMERS INVERTER TRANSFORMERS
Text: . Suitable Input Voltage Open Voltage Frequency 20KHz ~150KHz 3.3V±10% 1300V 20KHz ~150KHz 4.5V±10% 1300V 20KHz ~150KHz 5.0V±10% 1300V 20KHz ~150KHz 6.5V±10% 1300V 20KHz ~150KHz 7.0V±10% 1300V 20KHz ~150KHz 12V±10% 1300V 20KHz ~150KHz 24V±10% 1300V Output Currents 10mAac 10mAac 10mAac
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EFL-10601
EFL-10602
EFL-10603
EFL-10604
EFL-10605
EFL-10606
EFL-10607
20KHz
150KHz
elytone
10606
CCFL INVERTER TRANSFORMERS
INVERTER TRANSFORMERS
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electrolytic capacitor 10000 uf 16 wv
Abstract: 120HZ
Text: ) 400 Cap. Case Size ESR(@20°C) Max. Ripple Current (Arms/85oC) (µF) DxL (mm) 120Hz 20kHz 120Hz , 4700 6800 Case Size ESR(@20°C) Max. Ripple Current (Arms/85oC) DxL (mm) 120Hz 20kHz 120Hz 10k , (@20°C) Max. Ripple Current (Arms/85oC) DxL (mm) 120Hz 20kHz 120Hz 10k~50kHz 22x20 0.381 0.286 1.20 , ) DxL (mm) 120Hz 20kHz 120Hz 10k~50kHz 22x20 0.529 0.344 1.00 1.15 25x20 0.366 0.238 1.10 1.27 , 330 470 Case Size ESR(@20°C) Max. Ripple Current (Arms/85oC) DxL (mm) 120Hz 20kHz 120Hz 10k
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-40oC
-25oC
250Vdc
450Vdc
120Hz,
120Hz/20
30x20
35x20
Arms/85oC)
120Hz
electrolytic capacitor 10000 uf 16 wv
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Not Available
Abstract: No abstract text available
Text: /85oC) ( µF) DxL (mm) 120Hz 20kHz 120Hz 10k~50kHz 4700 22x20 0.159 0.135 1.60 1.84 6800 25x20 0.110 , NRLF Series Cap. Case Size ESR( @20°C) Max. Ripple Current (Arms/85oC) ( µF) DxL (mm) 120Hz 20kHz , Size ESR( @20°C) Max. Ripple Current (Arms/85oC) DxL (mm) 120Hz 20kHz 120Hz 10k~50kHz 22x20 0.181 0.136 , (mm) 120Hz 20kHz 120Hz 10k~50kHz 22x20 0.254 0.191 1.20 1.38 25x20 0.173 0.130 1.40 1.61 30x20 0.116 , Size ESR( @20°C) Max. Ripple Current (Arms/85oC) DxL (mm) 120Hz 20kHz 120Hz 10k~50kHz 22x20 0.381 0.286
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120Hz/20
-40oC
-25oC
250Vdc
450Vdc
120Hz,
100Vdc
30x20
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20KHZ
Abstract: INVERTER TRANSFORMERS 10207 elytone CCFL INVERTER TRANSFORMERS EFL-10207 20WATTS
Text: ELYTONE 2.0Watts CCFL Driving Inverter Transformers Mechanical A Mechanical B ELECTRICAL SPECIFICATIONS AT 25 Part No. EFL-10201 EFL-10202 EFL-10203 EFL-10204 EFL-10205 EFL-10206 EFL-10207 Suitable Max. Input Voltage Frequency Open Voltage 20KHz ~150KHz 3.3V±10% 1300V 20KHz ~150KHz 4.5V±10% 1300V 20KHz ~150KHz 5.0V±10% 1300V 20KHz ~150KHz 6.5V±10% 1300V 20KHz ~150KHz 7.0V±10% 1300V 20KHz ~150KHz 12V±10% 1300V 20KHz ~150KHz 24V±10% 1300V Output Currents
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EFL-10201
EFL-10202
EFL-10203
EFL-10204
EFL-10205
EFL-10206
EFL-10207
20KHz
150KHz
INVERTER TRANSFORMERS
10207
elytone
CCFL INVERTER TRANSFORMERS
EFL-10207
20WATTS
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2000 - "Lowpass Filter"
Abstract: low pass filter low-pass filter Spectrum Digital audio Band Pass Filter low pass filter schematic AB-102 DEM-DAI1710 OPA604 PCM1710
Text: here is of signal frequency 20kHz , at an output level of full scale (0dB), and the measured bandwidth , , 256fs Response. f = 1kHz 60dB Noise Peak 60dB 20kHz F/S OUT 44.1k 20k 63dB , the PCM1710 data sheet are obtained using an 11th order 20kHz low-pass filter.) FIGURE 5. Unfiltered 0dB, 20kHz , 256fs Response. 20kHz F/S OUT Next we show examples of post low-pass filter , obtainable with direct output. 44.1k 20k 63dB FIGURE 6. Unfiltered 0dB, 20kHz , 384fs Response
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PCM1710
PCM1710
"Lowpass Filter"
low pass filter
low-pass filter
Spectrum Digital
audio Band Pass Filter
low pass filter schematic
AB-102
DEM-DAI1710
OPA604
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2005 - AN2151
Abstract: KP1040 ST232 TS4975 TS4975EIJT
Text: = 2dB, RL = 32, Pout = 10 mW, 20Hz < F < 20kHz , te le so THD + N Total Harmonic Distortion + Noise Ob - Single-ended, AV = 2dB, RL = 16, Pout = 15 mW, 20Hz < F < 20kHz (s) uc , , Pout = 10 mW, 20Hz < F < 20kHz ct u let o s) t( ro P Phantom GroundAV = 2dB, RL = 16, Pout = 15 mW, 20Hz < F < 20kHz PSRR Unit dB TS4975 Table 5. Symbol Electrical , 69 RL = 32, AV = 2dB with Phantom Ground, F = 20Hz to 20kHz , Pout = 10mW SNR RL = 32, AV =
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TS4975
-34dB
14-step
TS4975EIJT
TS4975
102mW
AN2151
KP1040
ST232
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2005 - 90T03P
Abstract: se5040 AN2151 KP1040 ST232 TS4975 TS4975EIJT PHG1
Text: Harmonic Distortion + Noise, Av = 2dB RL=32, Po=10 mW, 20Hz < F < 20kHz , Single Ended RL=16, Po=15 mW, 20Hz < F < 20kHz , Single Ended RL=32, Po=10 mW, 20Hz < F < 20kHz , Phantom Ground RL=16, Po=15 mW, 20Hz < F < 20kHz , Phantom Ground 2 µA 5 Output Offset Voltage No input signal, RL = 32 , Channel Separation, RL = 32, Av = 2 dB with Single Ended F = 1kHZ, Po=10mW F = 20Hz to 20kHz , Po=10mW Channel Separation, RL = 32, Av = 2 dB with Phantom Ground F = 1kHZ, Po=10mW F = 20Hz to 20kHz , Po
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TS4975
-34dB
14-step
TS4975EIJT
TS4975
102mW
90T03P
se5040
AN2151
KP1040
ST232
PHG1
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2005 - AN2151
Abstract: KP1040 ST232 TS4975 TS4975EIJT PHG1
Text: ) 11 13 mW Single-ended, AV = 2dB, RL = 32, Pout = 10 mW, 20Hz < F < 20kHz , PSRR 6/36 , , RL = 16, Pout = 15 mW, 20Hz < F < 20kHz 0.3 Phantom Ground, AV = 2dB, RL = 32, Pout = 10 mW, 20Hz < F < 20kHz 0.3 Phantom GroundAV = 2dB, RL = 16, Pout = 15 mW, 20Hz < F < 20kHz THD + N , Noise Ratio A-Weighted 75 69 RL = 32, AV = 2dB with Phantom Ground, F = 20Hz to 20kHz , Pout = 10mW SNR RL = 32, AV = 2dB with Single-ended F = 20Hz to 20kHz , Pout = 10mW RL = 32, AV = 2dB
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TS4975
-34dB
14-step
TS4975EIJT
TS4975
102mW
AN2151
KP1040
ST232
PHG1
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EFL-10401
Abstract: 20KHZ 10403 INVERTER TRANSFORMERS CCFL INVERTER TRANSFORMERS elytone
Text: 3.0Watts CCFL Driving Inverter Transformers ELYTONE Mechanical B Mechanical A Mechanical C ELECTRICAL SPECIFICATIONS AT 25 Part No. EFL-10401 EFL-10402 EFL-10403 EFL-10404 EFL-10405 EFL-10406 EFL-10407 Suitable Max. Input Voltage Frequency Open Voltage 20KHz ~150KHz 3.3V±10% 1300V 20KHz ~150KHz 4.5V±10% 1300V 20KHz ~150KHz 5.0V±10% 1300V 20KHz ~150KHz 6.5V±10% 1300V 20KHz ~150KHz 7.0V±10% 1300V 20KHz ~150KHz 12V±10% 1300V 20KHz ~150KHz 24V±10% 1300V Output
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EFL-10401
EFL-10402
EFL-10403
EFL-10404
EFL-10405
EFL-10406
EFL-10407
20KHz
150KHz
EFL-10401
10403
INVERTER TRANSFORMERS
CCFL INVERTER TRANSFORMERS
elytone
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10706
Abstract: 20KHZ CCFL INVERTER TRANSFORMERS elytone INVERTER TRANSFORMERS EFL-10706
Text: -10707 Max. Suitable Input Voltage Open Voltage Frequency 20KHz ~150KHz 3.3V±10% 1300V 20KHz ~150KHz 4.5V±10% 1300V 20KHz ~150KHz 5.0V±10% 1300V 20KHz ~150KHz 6.5V±10% 1300V 20KHz ~150KHz 7.0V±10% 1300V 20KHz ~150KHz 12V±10% 1300V 20KHz ~150KHz 24V±10% 1300V Output Currents 13mAac 13mAac
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EFL-10701
EFL-10702
EFL-10703
EFL-10704
EFL-10705
EFL-10706
EFL-10707
20KHz
150KHz
10706
CCFL INVERTER TRANSFORMERS
elytone
INVERTER TRANSFORMERS
EFL-10706
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LTM455EW
Abstract: et 455 LT455HT LT455BW LTM455HW LT455 15KHZ 1500Q 2000Q LT455EW
Text: /W) (LT455/U) LT455/W) LT455AU LT455AW 455 ± 2.0KHz 4dB 2dB ±17.5KHz ±40KHz ±35KHz 28dB 40dB 10000 LT455BU LT455BW 455 ± 2.0KHz 4dB 2dB ±15KHz ±30KHz ±30KHz 28dB 40dB 1500Q LT455CU LT455CW 455 ± 2.0KHz 4dB 2dB ±12.5KHz ±24KHz ±24KHz 28dB 40dB 1500Q LT455DU LT455DW 455 ±1.5KHz 4dB 2dB ±10KHz ± 20KHz ± 20KHz 28dB 40dB 1500Q LT455EU LT455EW 455 ±1.5KHz 6dB 2dB ±7.5KHz ±15KHz ±15KHz 28dB , Band Attention fo±100KHz Min (LTM455/U) (LTM455/W) Input/Output Impedance LTM455AU LTM455AW 455 ± 2.0KHz
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LT455/450
100KHz
LT455/U)
LT455/W)
LT455AU
LT455AW
40KHz
35KHz
LTM455EW
et 455
LT455HT
LT455BW
LTM455HW
LT455
15KHZ
1500Q
2000Q
LT455EW
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20KHZ
Abstract: elytone 150KHZ CCFL INVERTER TRANSFORMERS INVERTER TRANSFORMERS
Text: ELYTONE 2.5Watts CCFL Driving Inverter Transformers Mechanical A Mechanical B ELECTRICAL SPECIFICATIONS AT 25 Part No. EFL-10301 EFL-10302 EFL-10303 EFL-10304 EFL-10305 EFL-10306 EFL-10307 Suitable Max. Input Voltage Frequency Open Voltage 20KHz ~150KHz 3.3V±10% 1300V 20KHz ~150KHz 4.5V±10% 1300V 20KHz ~150KHz 5.0V±10% 1300V 20KHz ~150KHz 6.5V±10% 1300V 20KHz ~150KHz 7.0V±10% 1300V 20KHz ~150KHz 12V±10% 1300V 20KHz ~150KHz 24V±10% 1300V Output Currents
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EFL-10301
EFL-10302
EFL-10303
EFL-10304
EFL-10305
EFL-10306
EFL-10307
20KHz
150KHz
elytone
150KHZ
CCFL INVERTER TRANSFORMERS
INVERTER TRANSFORMERS
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2006 - ic MIP 411
Abstract: MIP 411 1N4148 BS170 JESD97 KP1040 TS4956 TS4956EIJT
Text: 1kHz, RL = 32 35 20 G = +1.5dB, 20Hz < F < 20kHz Modes 1, 2, 7, RL = 8, Pout = 200mW Modes 3 , F = 1kHz, RL = 16, Pout = 15mW F = 20Hz to 20kHz , RL = 16, Pout = 15mW Mode 7 F = 1kHz, RL = 8, Pout = 200mW F = 20Hz to 20kHz , RL = 8, Pout = 200mW Zin Differential input Differential input , Error Max. 50 50 A-weighted, G = +1.5dB, THD+N < 0.5%, 20Hz < F < 20kHz Mode 1 - Speaker , , R L = 16 THD+N = 1% max, F = 1kHz, R L = 32 58 32 G = +1.5dB, 20Hz < F < 20kHz Modes 1, 2
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TS4956
32-step
TS4956
Flip-Chip18
ic MIP 411
MIP 411
1N4148
BS170
JESD97
KP1040
TS4956EIJT
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