TANTALUM IN POWER SUPPLY APPLICATIONS Search Results
TANTALUM IN POWER SUPPLY APPLICATIONS Result Highlights (5)
Part | ECAD Model | Manufacturer | Description | Download | Buy |
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74LV4T126FK |
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Level shifter, Unidirectional, 1-Bit x 4 Single Supply Bus Buffer, US14, -40 to 125 degC |
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74LV4T125FK |
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Level shifter, Unidirectional, 1-Bit x 4 Single Supply Bus Buffer, US14, -40 to 125 degC |
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TPD4164K |
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Intelligent power device (High voltage PWM DC brushless motor driver) / VBB=600 V / Iout=2 A / HDIP30 |
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TPD4164F |
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Intelligent power device (High voltage PWM DC brushless motor driver) / VBB=600 V / Iout=2 A / HSSOP31 |
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TPD4163F |
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Intelligent power device (High voltage PWM DC brushless motor driver) / VBB=600 V / Iout=1 A / HSSOP31 |
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TANTALUM IN POWER SUPPLY APPLICATIONS Datasheets Context Search
Catalog Datasheet | Type | Document Tags | |
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Tantalum in Power Supply Applications
Abstract: Mn2O3 F211 Ta2O5 T510 Chip Tantalum Capacitor CAP materials T495 PCIM+177
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F2115 Tantalum in Power Supply Applications Mn2O3 F211 Ta2O5 T510 Chip Tantalum Capacitor CAP materials T495 PCIM+177 | |
Ta2O5
Abstract: T510 materials T495
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"gsm transmitter"
Abstract: general gsm modem circuit diagram EDLC GSM modem circuit diagram laptop pcmcia 216Hz gsm modem 225 EDLC
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27-Jun-06 "gsm transmitter" general gsm modem circuit diagram EDLC GSM modem circuit diagram laptop pcmcia 216Hz gsm modem 225 EDLC | |
Mn2O3
Abstract: Abstract ignition T510 T520 circuit diagram and abstract for timing bell system F3223 T491 solid tantalum chip capacitor", KEMET kemet cap mica
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F-3223; AP-253; Mn2O3 Abstract ignition T510 T520 circuit diagram and abstract for timing bell system F3223 T491 solid tantalum chip capacitor", KEMET kemet cap mica | |
Contextual Info: Chip tantalum capacitors Bottom surface electrode type TCT Series U Case Datasheet Features 1) Bottom electrode configuration results in significantly greater compactness. 2) Filet formation enables easy visibility after mounting. 3) Ideal for noise removal on power supply lines with limited space. |
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R1102A | |
Contextual Info: Chip tantalum capacitors Bottom surface electrode type TCT Series U Case Datasheet Features 1) Bottom electrode configuration results in significantly greater compactness. 2) Filet formation enables easy visibility after mounting. 3) Ideal for noise removal on power supply lines with limited space. |
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R1102A | |
Contextual Info: Chip tantalum capacitors Bottom surface electrode type TCT Series U Case Datasheet Features 1) Bottom electrode configuration results in significantly greater compactness. 2) Filet formation enables easy visibility after mounting. 3) Ideal for noise removal on power supply lines with limited space. |
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R1102A | |
Contextual Info: Chip tantalum capacitors Bottom surface electrode type : Large capacitance TC Series M Case Datasheet Features 1) Bottom electrode configuration results in significantly greater compactness. 2) Filet formation enables easy visibility after mounting. 3) Ideal for noise removal on power supply lines with limited space. |
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R1102A | |
Contextual Info: Chip tantalum capacitors Bottom surface electrode type : Large capacitance TC Series M Case Datasheet Features 1) Bottom electrode configuration results in significantly greater compactness. 2) Filet formation enables easy visibility after mounting. 3) Ideal for noise removal on power supply lines with limited space. |
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R1102A | |
XC62FP
Abstract: XC62FP3002 marking 1F SOT-23
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XC62FP 100mA 200mA 250mA XC62FP3002 marking 1F SOT-23 | |
current boosting transistor for regulators
Abstract: 2SA1213 XC62E XC62ER
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XC62E 100mA 1000mA shor10 XC62EP3302 200mA, XC62EP4002 XC62EP5002 current boosting transistor for regulators 2SA1213 XC62ER | |
12V to 300V dc dc converter step-up
Abstract: SUMIDA CDRH5D28 CDRH5D28 CMS02 MA2Q737 MSOP-10 XC9502
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XC9502 180kHz MSOP-10 300kHz, 20mV/div 10mV/div 300mA 12V to 300V dc dc converter step-up SUMIDA CDRH5D28 CDRH5D28 CMS02 MA2Q737 | |
Contextual Info: XC6201 Series Positive Voltage Regulators ! CMOS Low Power Consumption ! Dropout Voltage March 19, 2004 V6 ! APPLICATIONS 0.16V @ IOUT=100mA " Mobile phones 0.40V @ IOUT=200mA " Cordless phones, Wireless communication equipment 250mA VOUT=5.0V, TYP. " Cameras, video recorders |
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XC6201 100mA 200mA 250mA OT-25, OT-89, XC6201P502 XC6201P302 | |
XC6201E
Abstract: voltage regulator sot 223 XC6203 XC6203E XC6203P XC6203X332 XC6203P332
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XC6203 OT-223) 150mV 100mA 300mV 200mA 400mA OT-223 XC6201E voltage regulator sot 223 XC6203E XC6203P XC6203X332 XC6203P332 | |
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xbs104s14r
Abstract: XC9111F501MR XC9111C SOT89 e6 TOREX MARKING RULE XP151A13A0MR XP151A12A2MR-G XC9111 XC9111A SOT 86 MARKING E4
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XC9110/XC9111 ETR0406-006 XC9110/9111 XC9110A/C/E XC9111A/C/E XC9110/9111B, xbs104s14r XC9111F501MR XC9111C SOT89 e6 TOREX MARKING RULE XP151A13A0MR XP151A12A2MR-G XC9111 XC9111A SOT 86 MARKING E4 | |
CL1101
Abstract: 2SA1628 CDRH5D28 MA2Q737 MSOP-10 XC9501 VST12 RFB22 RFB12
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XC9501 180kHz MSOP-10 300kHz 500kHz 200mA 180kH, 180kHz, CL1101 2SA1628 CDRH5D28 MA2Q737 VST12 RFB22 RFB12 | |
XC6203P332PR
Abstract: XC6203E332PR XC6203E XC6203P332 XC6203 XC6203P XC6203X332
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XC6203 150mV 100mA 300mV 200mA 400mA OT-89 100mA, XC6203P332PR XC6203E332PR XC6203E XC6203P332 XC6203P XC6203X332 | |
Contextual Info: IXD2110/IXD2111 Step-Up DC/DC Converter / Controller step-up operation by using only an inductor, a capacitor, and a diode connected externally. The IXD2110/111B, D, and F versions can be used with an external transistor for applications requiring larger currents. |
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IXD2110/IXD2111 IXD2110/111B, IXD2110/111 IXD2111 IXD211x IXD2110 | |
Contextual Info: IXD2110/IXD2111 Step-Up DC/DC Converter / Controller step-up operation by using only an inductor, a capacitor, and a diode connected externally. The IXD2110/111B, D, and F versions can be used with an external transistor for applications requiring larger currents. |
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IXD2110/IXD2111 IXD2110/111B, IXD2110/111 IXD2111 IXD211x IXD2110 | |
dcdc power inverter 12v to 230v
Abstract: CDRH5D28 VST12 CDRH6D28 CMS02 MA2Q737 MSOP-10 XC9505 XC9505B092A 12v dc to 230v dcdc inverter circuit
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XC9505 180kHz MSOP-10 -20mA 20mV/div 10mA/div dcdc power inverter 12v to 230v CDRH5D28 VST12 CDRH6D28 CMS02 MA2Q737 XC9505B092A 12v dc to 230v dcdc inverter circuit | |
12V to 300V dc dc converter step-up
Abstract: 2SK2857 power pwm switch reach dc invert step-up CDRH4D18C CRS02 D412F MA2Q735 MSOP-10
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XC9504 180kHz MSOP-10 140mA 50mA/div, 180kHz, -20mA 12V to 300V dc dc converter step-up 2SK2857 power pwm switch reach dc invert step-up CDRH4D18C CRS02 D412F MA2Q735 | |
CDRH5D28
Abstract: MA2Q737 MSOP-10 XC9503 XC9503B093A XP161A12A6P
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XC9503 300kHz MSOP-10 10mV/div 20mV/div 300kHz, 300mA 100mA CDRH5D28 MA2Q737 XC9503B093A XP161A12A6P | |
XC6383A201M
Abstract: XC6383 XC6381C XC6381 XC6383E 2SA1628F
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XC6383 47FTantalum, Tr2SD1628F, XC6383A201M XC6381C XC6381 XC6383E 2SA1628F | |
Contextual Info: XC9210 Series Synchronous Step-Down DC / DC Controller ICs August 19, 2004 V4 APPLICATIONS Synchronous Step-Down DC/DC Controllers PDAs Input Voltage Range 2.0V ~ 10V Palmtop computers Maximum Duty Cycle 100% TYP. Portable audios Output Voltage Externally Set-up |
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XC9210 300kHz 300kHz, 10mV/div 300mA 1000mA |