R5F21184DSP
Abstract: R5F21184SP
Contextual Info: IOH VS VOH P10-P17, P33-P35, P37, P45 Prepared on: Oct. 26, 2005 IOH[mA] R5F21184SP (Topr=-20 to 85degrees C) R5F21184DSP (Topr=-40 to 85 degrees C) Vcc = 5V Sample: P10-P17, P33-P35, P37, P45 70 60 85degree s C 25degree s C -20degrees C 50 -40 degrees C
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p10-p17p33-p35r5f21184sp85degrees+4r5f21184dsp85degree25degree-20degrees
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R5F21184DSP
Abstract: R5F21184SP
Contextual Info: IOL VS VOL P10-P13: Drive capacity LOW Prepared on: Oct. 26, 2005 IOL[mA] R5F21184SP (Topr=-20 to 85degrees C) R5F21184DSP (Topr=-40 to 85degrees C) Vcc = 5V Sample: P10-P13 70 85degrees C 60 25degrees C -20degrees C 50 -40 degrees C 40 30 20 10 1 2 3 4
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p10-p13r5f21184sp85degreesr5f21184dsp+225degrees-20degrees
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R5F211B4DSP
Abstract: R5F211B4SP
Contextual Info: IOL VS VOL P10-P13: Drive capacity LOW Prepared on: Sep. 15, 2005 IOL[mA] R5F211B4SP (Topr=-20 to 85degrees C) R5F211B4DSP (Topr=-40 to 85degrees C) Vcc = 5V Sample: P10-P13 70 85degrees C 60 25degrees C -20degrees C 50 -40 degrees C 40 30 20 10 1 2 3 4
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p10-p13r5f211b4sp85degreesr5f211b4dsp+225degrees-20degrees
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P14-P17
Abstract: R5F211A4DSP R5F211A4SP
Contextual Info: IOL VS VOL P14-P17, P33-P35, P37, P45 Prepared on: Sep. 29, 2005 IOL[mA] R5F211A4SP (Topr=-20 to 85degrees C) R5F211A4DSP (Topr=-40 to 85degrees C) Vcc = 5V Sample: P14-P17, P33-P35, P37, P45 70 85degrees C 60 25degrees C -20degrees C 50 -40degrees C 40
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p14-p17p33-p35r5f211a4sp85degrees+2r5f211a4dsp25degrees
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R5F211A4DSP
Abstract: R5F211A4SP
Contextual Info: IOL VS VOL P10-P13: Drive capacity HIGH Prepared on: Sep. 29, 2005 IOL[mA] R5F211A4SP (Topr=-20 to 85degrees C) R5F211A4DSP (Topr=-40 to 85degrees C) Vcc = 5V Sample: P10-P13 70 60 50 40 30 85degrees C 25degrees C -20degrees C -40degrees C 20 10 1 2 3 4
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p10-p13r5f211a4sp85degreesr5f211a4dsp+325degrees-20degrees-40degrees
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R5F21184DSP
Abstract: R5F21184SP
Contextual Info: IOL VS VOL P10-P13: Drive capacity HIGH Prepared on: Oct. 26, 2005 IOL[mA] R5F21184SP (Topr=-20 to 85degrees C) R5F21184DSP (Topr=-40 to 85degrees C) Vcc = 5V Sample: P10-P13 70 60 50 40 30 85degrees C 25degrees C -20degrees C -40degrees C 20 10 1 2 3 4
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p10-p13r5f21184sp85degreesr5f21184dsp+325degrees-20degrees-40degrees
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P14-P17
Abstract: R5F21184DSP R5F21184SP
Contextual Info: IOL VS VOL P14-P17, P33-P35, P37, P45 Prepared on: Oct. 26, 2005 IOL[mA] R5F21184SP (Topr=-20 to 85degrees C) R5F21184DSP (Topr=-40 to 85degrees C) Vcc = 5V Sample: P14-P17, P33-P35, P37, P45 70 85degrees C 60 25degrees C -20degrees C 50 -40degrees C 40
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p14-p17p33-p35r5f21184sp85degrees+2r5f21184dsp25degrees
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p13 transistor
Abstract: R5F211A4DSP R5F211A4SP
Contextual Info: IOL VS VOL P10-P13: Drive capacity LOW Prepared on: Sep. 29, 2005 IOL[mA] R5F211A4SP (Topr=-20 to 85degrees C) R5F211A4DSP (Topr=-40 to 85degrees C) Vcc = 5V Sample: P10-P13 70 85degrees C 60 25degrees C -20degrees C 50 -40 degrees C 40 30 20 10 1 2 3 4
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p10-p13r5f211a4sp85degreesr5f211a4dsp+325degrees-20degreesp13 transistor
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R5F211A4DSP
Abstract: R5F211A4SP
Contextual Info: IOH VS VOH P10-P17, P33-P35, P37, P45 Prepared on: Sep. 29, 2005 IOH[mA] R5F211A4SP (Topr=-20 to 85degrees C) Sample: P10-P17, P33-P35, R5F211A4DSP (Topr=-40 to 85 degrees C) P37, P45 Vcc = 5V 70 60 85degree s C 25degree s C -20degrees C 50 -40 degrees C
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p10-p17p33-p35r5f211a4sp85degrees+4r5f211a4dsp85degree25degree-20degrees
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transistor P17
Abstract: P14-P17 R5F211B4DSP R5F211B4SP
Contextual Info: IOL VS VOL P14-P17, P33-P35, P37, P45 Prepared on: Sep. 15, 2005 IOL[mA] R5F211B4SP (Topr=-20 to 85degrees C) R5F211B4DSP (Topr=-40 to 85degrees C) Vcc = 5V Sample: P14-P17, P33-P35, P37, P45 70 85degrees C 60 25degrees C -20degrees C 50 -40degrees C 40
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p14-p17p33-p35r5f211b4sp85degrees+3r5f211b4dsp25degreestransistor p17
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R5F21194DSP
Abstract: R5F21194SP
Contextual Info: IOL VS VOL P10-P13: Drive capacity HIGH Prepared on: Oct. 26, 2005 IOL[mA] R5F21194SP (Topr=-20 to 85degrees C) R5F21194DSP (Topr=-40 to 85degrees C) Vcc = 5V Sample: P10-P13 70 60 50 40 30 85degrees C 25degrees C -20degrees C -40degrees C 20 10 1 2 3 4
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p10-p13r5f21194sp85degreesr5f21194dsp+325degrees-20degrees-40degrees
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R5F211B4DSP
Abstract: R5F211B4SP
Contextual Info: IOL VS VOL P10-P13: Drive capacity HIGH Prepared on: Sep. 15, 2005 IOL[mA] R5F211B4SP (Topr=-20 to 85degrees C) R5F211B4DSP (Topr=-40 to 85degrees C) Vcc = 5V Sample: P10-P13 70 60 50 40 30 85degrees C 25degrees C -20degrees C -40degrees C 20 10 1 2 3 4
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p10-p13r5f211b4sp85degreesr5f211b4dsp+325degrees-20degrees-40degrees
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R5F211B4DSP
Abstract: R5F211B4SP
Contextual Info: IOH VS VOH P10-P17, P33-P35, P37, P45 Prepared on: Sep. 15, 2005 IOH[mA] R5F211B4SP (Topr=-20 to 85degrees C) Sample: P10-P17, P33-P35, R5F211B4DSP (Topr=-40 to 85 degrees C) P37, P45 Vcc = 5V 70 60 85degree s C 25degree s C -20degrees C 50 -40 degrees C
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p10-p17p33-p35r5f211b4sp85degrees+4r5f211b4dsp85degree25degree-20degrees
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smd code book B5
Abstract: 16SV100M 6SV33M SANYO 100uf 25SV22M 20SV68M smd diode E7 10SV10M 10SV4R7M 10SV6R8M
Contextual Info: Specifications Items 1 Operating temperature range 2 Capacitance tolerance 120Hz 3 Tangent of loss angle(120Hz) Leakage current(uAmax./2min.) 4 (or less) 1 5 ESR(100k 300kHz) 6 Temperature characteristics Impedance ratio at 100kHz, +20degrees C High-temperature load
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120hz300khz100khz20degrees+15105degrees1000hrs60degrees500hrs150degreessmd code book b516sv100m6sv33msanyo 100uf25sv22m20sv68msmd diode e710sv10m10sv4r7m10sv6r8m
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16085a
Abstract: Hp8753C NLV32T-100J-PF NLCV32 NLV32T-R56J-PF NLCV32T NLV32T-R10J-PF Power+Transistor+16085A nlv25t-100j-pf NLV25
Contextual Info: LEADLESS INDUCTORS NLV SERIES NLV25 TYPE NLV32 TYPE NLCV25 TYPE NLCV32 TYPE TDK CORPORATION Ｒ 2003.jp/rev.1 Ｒ Ｒ NLV SERIES NEW PRODUCTS Features ●This product supports for lead-free solder re-flow condition. ●Lead-free materials are used to terminal plating
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nlv25nlv32nlcv25nlcv32+13nlv32t-xxxj-pfnlv25t-xxxj-pfnlcv32t-xxxj-pfnlcv25t-xxxj-pf6085a16085ahp8753cnlv32t-100j-pfnlv32t-r56j-pfnlcv32tnlv32t-r10j-pfpower+transistor+16085anlv25t-100j-pf
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Contextual Info: 1/2 Dielectric Chip Band Pass Filters For W-CDMA 2GHz Conformity to RoHS Directive CF Series CF61A7001 FEATURES • Compact and high performance 3-pole filter. • High relieability(Ceramic block filter). • SMD type. SHAPES AND DIMENSIONS ELECTRICAL CHARACTERISTICS
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cf61a700170max2140mhz60mhz+410degrees15degrees20degrees2002/95/ec
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CF61A7001
Abstract: band pass filter 2GHz
Contextual Info: 1/2 Dielectric Chip Band Pass Filters For W-CDMA 2GHz Conformity to RoHS Directive CF Series CF61A7001 FEATURES • Compact and high performance 3-pole filter. • High relieability(Ceramic block filter). • SMD type. SHAPES AND DIMENSIONS 5.40±0.20 1.50
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cf61a700170max20mhz880mhz+7960mhz1710mhz1990mhz2140mhz60mhz10degreesband pass filter 2ghz
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CF61A6701
Contextual Info: 1/1 Dielectric Chip Band Pass Filters For W-CDMA 2GHz Conformity to RoHS Directive CF Series CF61A6701 FEATURES • Compact and high performance 3-pole filter. • High relieability(Ceramic block filter). • SMD type. SHAPES AND DIMENSIONS ELECTRICAL CHARACTERISTICS
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cf61a670170max1950mhz60mhz+320degrees1980mhz1000mhz
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CFP-4610-0150F
Abstract: CFP-4510-0150F CFP4510-0150F CFP4610 CFP-4510 LCY-12T09303B FPC spec
Contextual Info: No. LCY-12T09303B Date July. 21st 2009 TECHNICAL LITERATURE For TFT-LCD Module Model No. LS013B4DN02 Notice The technical Literature is subject to change without any prior notice for the purpose of product improvement. Please contact Sharp or its representative before designing your
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lcy-12t09303bls013b4dn02-30degrees200v200pf+6cfp-4610-0150fcfp-4510-0150fcfp4510-0150fcfp4610cfp-4510fpc spec
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band pass filter 60mhz
Contextual Info: 1/2 Dielectric Chip Band Pass Filters For W-CDMA2100 Conformity to RoHS Directive CF Series CF61A6701 FEATURES • Compact and high performance 3-pole filter. • High relieability(Ceramic block filter). • SMD type. SHAPES AND DIMENSIONS 4.50±0.20 1.60
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-cdma2100cf61a670170max20degrees+22002/95/ecband pass filter 60mhz
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tdk 2025
Abstract: CF61A7001
Contextual Info: 1/2 誘電体チップバンドパスフィルタ W-CDMA 2GHz用 RoHS指令対応製品 CF シリーズ CF61A7001 特長 ●小型高性能3極型フィルタです。 ●TDK独自のセラミック技術を駆使した高信頼性フィルタです。
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cf61a700170max2002/95/ec2170mhz+4193mhz2485mhz2550mhztdk 2025
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CF61A7001
Contextual Info: 1/2 窮初嵎薮頭揮宥陀襖匂 W-CDMA 2GHz喘 RoHS峺綜斤哘恢瞳 CF 狼双 CF61A7001 蒙泣 ●弌侏，互來嬬眉自侏陀襖匂。 ●寡喘阻TDK鏡嗤議盲管室宝議互辛真來陀襖匂。 ●奉噐SMD侏。 侘彜・樫雁 5.40±0.20
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cf61a700170max2002/95/ec2170mhz+3193mhz2485mhz2550mhz
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6SL22M
Abstract: 10SL100M 10SL10M 6SL47M 6SL10M 6SL15M SANYO 3.3uf ESR 10SL47M 10SL4R7M 25SL6R8M
Contextual Info: Specifications Items 1 Operating temperature range 2 Capacitance tolerance 120Hz 3 Tangent of loss angle(120Hz) Leakage current(uA/after 2min.) 4 (or less) 2 5 ESR(100k 300kHz) Temperature characteristics 6 Impedance ratio at 100kHz High-temperature load
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120hz300khz100khz105degrees+142000hrs1000hrs55degrees-55degrees6sl22m10sl100m10sl10m6sl47m6sl10m6sl15msanyo 3.3uf esr10sl47m10sl4r7m25sl6r8m
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10SH220M
Abstract: 20SH100M 25SH1R5M 20SH47M 16SH10M 25SH15M 16WV 16SH1M 25SH3R3M 16SH2R2M
Contextual Info: Specifications Items 1 Operating temperature 2 Capacitance tolerance 120Hz 3 Tangent of loss angle(120Hz) 4 Leakage current(uA/2min.)(or less) 5 ESR(100k 300kHz) Temperature characteristics 6 Impedance ratio at 100kHz 2 High-temperature load 105degrees C,
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120hz300khz100khz105degrees+145000hrs1000hrs60degrees55degrees10sh220m20sh100m25sh1r5m20sh47m16sh10m25sh15m16wv16sh1m25sh3r3m16sh2r2m
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