各類芯片(IC)

作者： Herry.Han

發(fā)布于： 2021-10-19 10:42

閱讀： 11

分類：庫存清單

Frog_Part_Number	Product_Category	Product_Brand	Original_Part_Number	Product_Basic_Description	Receipt_Quantity
FROGLRCLBSS138LT1G	MOSFET_Power????????????????????????????????????????????????????	LRC?????????????????????????????	LBSS138LT1G?????????????????????????????????????????????????	N-Channel/V(BR).DSS=50VDC/I.D=0.2A/I.DM=0.8A/I.DSS<=0.1_0.5_5.0μA/I.GSS<=±0.1μA/V.GS=±20V/V.GS.th=0.85~1.5V/R.DS.ON<=10_3.5Ω/g.fs=100mmhos/C.ISS_C.OSS_C.RSS=40_12_3.5pF/t.d.on_t.d.off=20_20ns/P.D=225mW//R.θJA=556°C/W	10
FROGONSEMIMC33079DR2G	Operational_Amplifier???????????????????????????????????????????	Onsemi??????????????????????????	MC33079DR2G?????????????????????????????????????????????????	Quad/PNP input transistors/NPN output/V.S=+36V//\|V.IO\|=~0.15~2.5_~~3.5mV/I.D=~8.4~10_~~11mA/I.IB=~300~750_800nA/I.IO=~25~150_175nA/AVOL=90~110~_85dB/@T.A=25_-40~85°C//ΔV.OS/ΔT=2μV/°C//V.ICR=±13~±14~V/I.SC.Source=+15~+29~mA/I.SC.Sink=-20~-37~mA/V.O+=+10.7_+13.8_+14.1V/V.O-=-11.9_-13.7_-14.6V/CMR=80~100~dB/PSR=80~105~dB/CS=-120dB/GBW=16MHz/BW=9.0MHz//SR=5.0~7.0~V/μs//φm=55_40°/Am=-11_-6dB/BW.p=120KHz/THD+N=0.002%/en=4.5nV√Hz/i.n=0.5fA√Hz/C.IN=12pF/\|Z.O\|=37Ω/R.IN=175KΩ/V.ESD.HBM_V.ESD.MM_V.ESD.CDM=±550_±150_±?VPb-Free	60
FROGTILM348N	Operational_Amplifier???????????????????????????????????????????	TI??????????????????????????????	LM348N??????????????????????????????????????????????????????	Quad/V.CC=±4~±18V/V.CC.Max=±18V/V.ID.Max=36V/V.I.Max=-18V///V.IO=~1~6V/I.IO=~4~50nA/I.IB=~30~200nA/V.OM=±12~±13~_±10~±12~V@R.L=10_2KΩ//A.VD=25~160~V/mV//R.I=0.8~2.5MΩ/B.1=1MHz/Φm=60°/CMRR=70~90~dB/K.SVR=77~96~dB/I.OS=±25mA/I.CC=~2.4~4.5mA@V.O=0V//V.O1/V.O2=120dB/@t=25°C///V.IO=~7.5V/I.IO=~100nA/I.IB=~400nA/V.ICR=±12~~V/V.OM=±12~~_±10~~V@R.L=10_2KΩ//A.VD=15~~V/mV//CMRR=70~~dB/K.SVR=77~~dB/@t=-55~125°C///SR=0.5V/μS//R.θJA_R.θJC(top)_R.θJB_Ψ.JT_ΨJB=80_?_?_?_?°C/W//Green (RoHS& no Sb/Br)	500
FROGTILF411CP	Operational_Amplifiers??????????????????????????????????????????	TI??????????????????????????????	LF411CP?????????????????????????????????????????????????????	Jfet-Input/V.CC.Max=±18V/V.ID.Max=±30V/V.I=±15V/V.CC=±3.5~±18V/V.IO=~0.8~2mV/αV.IO=~10~20μV/°C/I.IO=~25~100pA_~~2nA/I.IB=~50~200pA_~~4nA/V.ICR=-11.5~14.5V/V.OM=±13.5V//AVD=25~200~_15~200~V/mV//R.Input=10^12Ω/CMR=SVR=70~100dB/I.CC=~2~3.4mA/B.1=2.7~3~MHz//SR=13V/μs//V.n=18nV√Hz//I.n=0.01pA√hZ//P.D=0.5W//R.θJA_R.θJC(top)_R.θJB_Ψ.JT_ΨJB_R.θJC(tot)=140_?_?_?_?_?°C/W//Green (RoHS & no Sb/Br)	100
FROGTILM358ADR	Operational_Amplifiers??????????????????????????????????????????	TI??????????????????????????????	LM358ADR????????????????????????????????????????????????????	Dual/V.CC.Max=-0.3~±16_Or_32V/V.ID.Max=±32V/V.I=-0.3~32V/V.CC=3~32V/V.OS=~2~3mV//ΔV.OS/Δt=~7~20μV/°C//PSRR=60~100~dB//V.O1/V.O2=120dB//CMRR=65~80~dB/I.B=~-15~-100_-200nA/I.OS=~2~30_75nA//ΔI.OS/Δt=10_300pA/°C//e.n=40nV√Hz//A.OL=25~100~_15V/mV//GBW=0.7MHz//SR=0.3V/μs//V.O=1.5~4V_5~20mV/I.O=-60mA/I.SC=±40~±60mA/I.Q=500μA/Integrated EMI Filter=No/V.ESD.HBM=±500V/V.ESD.CDM=±1000V//R.θJA_R.θJC(top)_R.θJB_Ψ.JT_ΨJB_R.θJC(tot)=124.7_66.9_67.9_19.2_67.2_?°C/WGreen (RoHS& no Sb/Br)	20
FROGTOSHIBATLP785(BL,F	Photocouplers&Photo_Transistor??????????????????????????????????	Toshiba?????????????????????????	TLP785(BL,F?????????????????????????????????????????????????	LED:/I.F=60mA/V.F=1.15V/I.Reverse<=10μA//ΔI.F/°C=-0.7mA/°C//I.FP=1A/P.D=90mW//ΔP.D/°C=-0.9mW/°C//V.Reverse=5V/C.T=30pF//Delector:/I.C=50mA/V.CEO_V.ECO=80_7V/I.CEO=10_600nA//ΔI.F/°C=-0.7mA/°C//I.FP=1A/P.C=150mW//ΔP.C/°C=-1.5mW/°C//C.CE=6pF//P.Total=240mW//ΔP.Total/°C=-2.4mW/°C//BV.s=5000V.rms/C.S=0.8pF/R.s=10^14Ω//V.CC=~5~24V/t.off=50μs//I.C/I.F=200~600%//Pitch=7.62mm/UL1577_E67349/cUL_CSA_E67349/CQC_GB4943.1_GB8898/SEMKO_EN62368-1/RoHS	500
FROGVISHAYTCMD4000	Photocouplers&Photo_Transistor??????????????????????????????????	Vishay??????????????????????????	TCMD4000????????????????????????????????????????????????????	TCMD4000	1800
FROGNXPMCZ34670EGR2	Powered_Devices_With_Regulator??????????????????????????????????	NXP?????????????????????????????	MCZ34670EGR2????????????????????????????????????????????????	a Power Interface Port for IEEE 802.3af Powered Devices (PD) and a high performance current mode switching regulator/V.PWR=-0.3~80V/I.PWR=18mA/R.DS.ON=0.5Ω/T.R_T.F=50_30ns//E.CL=12mJ/P.D=800mW//R.θJA_R.θJB=103_47°C/W	1
FROGNXPMCZ34670EGR2	Powered_Devices_With_Regulator??????????????????????????????????	NXP?????????????????????????????	MCZ34670EGR2????????????????????????????????????????????????	a Power Interface Port for IEEE 802.3af Powered Devices (PD) and a high performance current mode switching regulator/V.PWR=-0.3~80V/I.PWR=18mA/R.DS.ON=0.5Ω/T.R_T.F=50_30ns//E.CL=12mJ/P.D=800mW//R.θJA_R.θJB=103_47°C/W	3
FROGNXPMCZ34670EGR2	Powered_Devices_With_Regulator??????????????????????????????????	NXP?????????????????????????????	MCZ34670EGR2????????????????????????????????????????????????	a Power Interface Port for IEEE 802.3af Powered Devices (PD) and a high performance current mode switching regulator/V.PWR=-0.3~80V/I.PWR=18mA/R.DS.ON=0.5Ω/T.R_T.F=50_30ns//E.CL=12mJ/P.D=800mW//R.θJA_R.θJB=103_47°C/W	2
FROGNXPMCZ34670EGR2	Powered_Devices_With_Regulator??????????????????????????????????	NXP?????????????????????????????	MCZ34670EGR2????????????????????????????????????????????????	a Power Interface Port for IEEE 802.3af Powered Devices (PD) and a high performance current mode switching regulator/V.PWR=-0.3~80V/I.PWR=18mA/R.DS.ON=0.5Ω/T.R_T.F=50_30ns//E.CL=12mJ/P.D=800mW//R.θJA_R.θJB=103_47°C/W	2
FROGNXPMPC852TVR100A	Processor_PowerQUICC?_Communications????????????????????????????	NXP?????????????????????????????	MPC852TVR100A???????????????????????????????????????????????	PowerQUICC? family/MPC860/100 MHz on the MPC8xx core with a 66-MHz external bus/MMUs/32-bit internal bus: an MPC8xx core, system integration unit (SIU), and communication processor module (CPM)	4
FROGNXPMPC8250AZUPIBC	Processor_PowerQUICC_II?_Communications?????????????????????????	NXP?????????????????????????????	MPC8250AZUPIBC??????????????????????????????????????????????	PowerQUICC II? communications processor/core version of the EC603e microprocessor/MPC8250/System core microprocessor 150–200 MHz/PowerPC MMU/COP	4
FROGNXPMC33591FTA	Receiver_Pull_Tuned_UHF?????????????????????????????????????????	NXP?????????????????????????????	MC33591FTA??????????????????????????????????????????????????	Digital Dna/f.RF=434MHz_500KHz/f.Bands=315_434MHz/OOK and FSK Demodulation/I.Typ=5mA/s.Wake-Up=1ms/DataRate=1~11kBd/RF_Sensitivity=-105dBm@DataRate=4.8kBd/f.Bandwidth.IF=500kHz	206
FROGSTBTA16-600BRG	Rectifier_Silicon_Controlled????????????????????????????????????	ST??????????????????????????????	BTA16-600BRG????????????????????????????????????????????????	Triac/Thyristor/Snubberless^TM/I.T.RMS=16A@T.C=86°C/V.DRM_VRRM=600V/I.DRM=I.RRM=5μs_2mA@T=25_125°C/I.TSM=160_168A@f=50_60Hz_t.p=20_16.7ms/I^2t=144A^2s//ΔI/Δt=50A/μs//I.PGM=4A@t.p=20μs/P.G.AV=1W/V.T=1.55V/V.TO=0.85V/R.D=0.025Ω/I.GT=50_100mA@Quadrant=I-II-III_IV/V.GT<=1.3V/V.GD>=0.2V/I.H<=50mA/I.L=60_120@Quadrant=I-III-IV_II//ΔV/Δt=400V/μs//(ΔV/Δt).c=10V/μs//R.θJA_R.θJC=60_2.1°C/W//TO-220AB_Insulated	50
FROGSTL78M06ABDT-TR	Regulator_Positive_Voltage??????????????????????????????????????	ST??????????????????????????????	L78M06ABDT-TR???????????????????????????????????????????????	V.O=6±0.12_±0.3V/ΔV.O_Line=100_30mV/ΔV.O_Load=160_60mV/I.d=6mA/ΔI.d=0.5_0.8mA//ΔV.O/ΔT=-0.5mV/°C//SVR=59dB/eN=45μV/V.D=2V/I.SC=270mA/I.SCP=700mA/V.I.Max=35_40V/V.I=11V/I.O=350mA/P.D=?/C.I=C.O=330_100nF/R.θJC_R.θJA=8_100°C/W	19
FROGONSEMIMMBZ5231BLT1G	Regulators_Zener_Voltage????????????????????????????????????????	Onsemi??????????????????????????	MMBZ5231BLT1G???????????????????????????????????????????????	MMBZ5231BLT1G	12000
FROGTISN74LS132N	Schmitt_Trigger?????????????????????????????????????????????????	TI??????????????????????????????	SN74LS132N??????????????????????????????????????????????????	Quadruple_2-Input_Positive-Nand_Schmitt_Trigger/V.CC=4.75~5~5.25V/I.OH_I.OL=-0.4_4mA/V.T+=1.4~1.6~1.9V/V.T-=0.5~0.8~1V/V.hys=0.4~0.8~V/V.IK=-1.5V/V.OH=2.7~3.4~V/V.OL=~0.25~0.4V/I.T+=-0.14mA/I.T-=-0.18mA/I.I=0.1mA/I.IH_I.IL=20μA_-0.4mA/I.OS=-40~-100mA/I.CCH_I.CCL=~5.9~11_~8.2~14mA/t.PLH_t.PHL=15_22ns/Green (RoHS & no Sb/Br)	300
FROGTISN74LS132N	Schmitt_Trigger?????????????????????????????????????????????????	TI??????????????????????????????	SN74LS132N??????????????????????????????????????????????????	Quadruple_2-Input_Positive-Nand_Schmitt_Trigger/V.CC=4.75~5~5.25V/I.OH_I.OL=-0.4_4mA/V.T+=1.4~1.6~1.9V/V.T-=0.5~0.8~1V/V.hys=0.4~0.8~V/V.IK=-1.5V/V.OH=2.7~3.4~V/V.OL=~0.25~0.4V/I.T+=-0.14mA/I.T-=-0.18mA/I.I=0.1mA/I.IH_I.IL=20μA_-0.4mA/I.OS=-40~-100mA/I.CCH_I.CCL=~5.9~11_~8.2~14mA/t.PLH_t.PHL=15_22ns/Green (RoHS & no Sb/Br)	200
FROGNXPMPXA4100A6U	Sensor_Pressure?????????????????????????????????????????????????	NXP?????????????????????????????	MPXA4100A6U?????????????????????????????????????????????????	Absolute/Ports=None/P(Pressure)2	5
FROGNXPMPX5700DP	Sensor_Pressure?????????????????????????????????????????????????	NXP?????????????????????????????	MPX5700DP???????????????????????????????????????????????????	Differential/Ports=Dual/P(Pressure)2	1
FROGNXPMPXA4100AC6U	Sensor_Pressure?????????????????????????????????????????????????	NXP?????????????????????????????	MPXA4100AC6U????????????????????????????????????????????????	Absolute/Ports=Single/P(Pressure)2	3
FROGNXPMPXH6115A6U	Sensor_Pressure?????????????????????????????????????????????????	NXP?????????????????????????????	MPXH6115A6U?????????????????????????????????????????????????	Absolute/Ports=None/P(Pressure)2	10
FROGNXPMPXV5010GC7U	Sensor_Pressure_Temperature_Compensated&Calibrated??????????????	NXP?????????????????????????????	MPXV5010GC7U????????????????????????????????????????????????	Gauge/Ports=Single/P(Pressure)2	10
FROGNXPMC13192FCR2	Transceiver?????????????????????????????????????????????????????	NXP?????????????????????????????	MC13192FCR2?????????????????????????????????????????????????	Transceiver_2.4GHz_Low_Power/short range, low power, 2.4 GHz Industrial, Scientific, and Medical (ISM) band transceivers.for the IEEE? 802.15.4 Standard	4
FROGNXPMC13192FCR2	Transceiver?????????????????????????????????????????????????????	NXP?????????????????????????????	MC13192FCR2?????????????????????????????????????????????????	Transceiver_2.4GHz_Low_Power/short range, low power, 2.4 GHz Industrial, Scientific, and Medical (ISM) band transceivers.for the IEEE? 802.15.4 Standard	4
FROGTIMAX208IDBR	Transceiver?????????????????????????????????????????????????????	TI??????????????????????????????	MAX208IDBR??????????????????????????????????????????????????	MAX208IDBR	1
FROGNXPMC13213	Transceiver+Microcontroller?????????????????????????????????????	NXP?????????????????????????????	MC13213?????????????????????????????????????????????????????	Transceiver_2.4GHz_Low_Power_Plus_Microcontroller/ZigBee?- Compliant Platform/RAM=4KB/Flash=60KB/Intended for 802.15.4 Standard compliant applications and Freescale 802.15.4 MAC and fully ZigBee compliant Freescale BeeStack.	4
FROGBRIGHTKINGSMAJ8.5CATR07	Transient_Voltage_Suppressors???????????????????????????????????	Brightking??????????????????????	SMAJ8.5CATR07???????????????????????????????????????????????	Bidirectional/V.RWM=8.5V//V.RWM.AC=V//V.RWM.DC=V//V.BR=9.44~10.40V@IT=1mA/V.Clp=14.4V@I.PP=27.8A/I.R=20μA@V.RWM/C.Juction=pF@0V/V.WIB=V/I.IB=mA/V.PIB=V//P.PPM=400W@t=10/1000μs//Rate_Repetition=0.01%Cycle/P.M.AV=3.3W/I.FSM40Amps//R.θJL_R.θJA=30_120°C/W//UL:E244458//	90
FROGMDDSMAJ8.5CA	Transient_Voltage_Suppressors???????????????????????????????????	MDD?????????????????????????????	SMAJ8.5CA???????????????????????????????????????????????????	bi-directional/V.BR=9.44~10.4V/I.T=1.0mA/V.WM=8.5V/I.D=20.0μA_at_V.WM/I.PPM=27.8A/V.C=14.4_at_I.PPM/P.PPM=400W/I.FSM=40A//R.θJA=120°C/W//R.θJL=30°C/W//Lead-Free	2000
FROGMDDSMAJ30CAR07	Transient_Voltage_Suppressors???????????????????????????????????	MDD?????????????????????????????	SMAJ30CAR07?????????????????????????????????????????????????	bi-directional/V.BR=33.3~36.8V/I.T=1.0mA/V.WM=30V/I.D=1.0μA_at_V.WM/I.PPM=8.3A/V.C=48.4_at_I.PPM/P.PPM=400W/I.FSM=40A//R.θJA=120°C/W//R.θJL=30°C/W//Lead-Free	30
FROGMDDSMAJ18CA	Transient_Voltage_Suppressors???????????????????????????????????	MDD?????????????????????????????	SMAJ18CA????????????????????????????????????????????????????	Bidirectional/V.RWM=18V/V.BR=20.00~22.10V@I.T=1mA/V.C=29.2V/I.PP=13.7A/I.RL=1μA/P.PPM=400W/P.M.AV=3.3W/I.FSM=40A//R.θJA_R.θJC=120_30°C/W	12
FROGVISHAYSMBJ12CA-E3/52	Transient_Voltage_Suppressors???????????????????????????????????	Vishay??????????????????????????	SMBJ12CA-E3/52??????????????????????????????????????????????	bi-directional/V.BR=13.3~14.7V/I.T=1.0mA/V.WM=12V/I.D=5.0μA_at_V.WM/I.PPM=30.2A/V.C=19.9_at_I.PPM/P.PPM=600W//R.θJA=100°C/W//R.θJL=20°C/W//Lead-Free	500
FROGTOSHIBA2SC3325-Y,LF	Transistor??????????????????????????????????????????????????????	Toshiba?????????????????????????	2SC3325-Y,LF????????????????????????????????????????????????	V.CBO=50V/V.CEO=50V/V.EBO=5V/I.CBO<=0.1μA/I.EBO<=0.1μA/I.C=500mA/I.B=50mA/h.FE=120~240@V.CE=1V_I.C=100mA/h.FE>=40@V.CE=6V_I.C=400mA/V.CE(sat)=~0.1~0.25V/V.BE=~0.8~1.0V/f.T=300MHz/C.ob=7pF/P.C=0.2WMeet_2SA1313	1800
FROGLRCL9013QLT1G	Transistors?????????????????????????????????????????????????????	LRC?????????????????????????????	L9013QLT1G??????????????????????????????????????????????????	Transistors_NPN/V.CEO=20V/V.CBO=40V/V.EBO=5V/V.CE=0.6V/I.C.DC=500mA/P.D=300mW/H.FE=150~300	3000
FROGLRCL9012QLT1G	Transistors?????????????????????????????????????????????????????	LRC?????????????????????????????	L9012QLT1G??????????????????????????????????????????????????	Transistors_PNP/V.CEO=20V/V.CBO=40V/V.EBO=5V/V.CE=0.6V/I.C.DC=500mA/P.D=300mW/H.FE=150~300	6000
FROGLRCL9012QLT1G	Transistors?????????????????????????????????????????????????????	LRC?????????????????????????????	L9012QLT1G??????????????????????????????????????????????????	Transistors_PNP/V.CEO=20V/V.CBO=40V/V.EBO=5V/V.CE=0.6V/I.C.DC=500mA/P.D=300mW/H.FE=150~300	6000
FROGNXPMC68MH360EM33L	Controller_Communication_QUad_Integrated????????????????????????	NXP?????????????????????????????	MC68MH360EM33L??????????????????????????????????????????????	QUad Integrated Communication Controller(QUICC)/32-bit_CPU32+Processor/4.5MIPS@25MHz/2SMC/1SPI/Replaced by MC68MH360AI33L	10
FROGSANYOLA76818A	Controller_I^2C_Bus?????????????????????????????????????????????	Sanyo???????????????????????????	LA76818A????????????????????????????????????????????????????	Monolithic Linear IC/I^2C Bus Control IC/support the different TV broadcast formats//V.CC=5V/P.D=1.6W/I.18=19mA/I.25=35mA/f.PU=f.PL=1MHz	6
FROGSANYOLA76818A	Controller_I^2C_Bus?????????????????????????????????????????????	Sanyo???????????????????????????	LA76818A????????????????????????????????????????????????????	Monolithic Linear IC/I^2C Bus Control IC/support the different TV broadcast formats//V.CC=5V/P.D=1.6W/I.18=19mA/I.25=35mA/f.PU=f.PL=1MHz	25
FROGSANYOLA76818A	Controller_I^2C_Bus?????????????????????????????????????????????	Sanyo???????????????????????????	LA76818A????????????????????????????????????????????????????	Monolithic Linear IC/I^2C Bus Control IC/support the different TV broadcast formats//V.CC=5V/P.D=1.6W/I.18=19mA/I.25=35mA/f.PU=f.PL=1MHz	29
FROGSANYOLA76818A	Controller_I^2C_Bus?????????????????????????????????????????????	Sanyo???????????????????????????	LA76818A????????????????????????????????????????????????????	Monolithic Linear IC/I^2C Bus Control IC/support the different TV broadcast formats//V.CC=5V/P.D=1.6W/I.18=19mA/I.25=35mA/f.PU=f.PL=1MHz	35
FROGSANYOLA76818A	Controller_I^2C_Bus?????????????????????????????????????????????	Sanyo???????????????????????????	LA76818A????????????????????????????????????????????????????	Monolithic Linear IC/I^2C Bus Control IC/support the different TV broadcast formats//V.CC=5V/P.D=1.6W/I.18=19mA/I.25=35mA/f.PU=f.PL=1MHz	41
FROGSANYOLA76818A	Controller_I^2C_Bus?????????????????????????????????????????????	Sanyo???????????????????????????	LA76818A????????????????????????????????????????????????????	Monolithic Linear IC/I^2C Bus Control IC/support the different TV broadcast formats//V.CC=5V/P.D=1.6W/I.18=19mA/I.25=35mA/f.PU=f.PL=1MHz	63
FROGNXPMC3PHACVDW	Controller_Motor_Monolithic_Intelligent?????????????????????????	NXP?????????????????????????????	MC3PHACVDW??????????????????????????????????????????????????	low-cost, variable-speed, 3-phase ac motor control systems/Volts-per-Hertz speed control/DSP filtering to enhance speed stability/32-bit calculations/32-bit calculations/6PWM/3-phase waveform generation/4ADC	3
FROGTILM2576T-ADJ/NOPB	Converter_Step-Down?????????????????????????????????????????????	TI??????????????????????????????	LM2576T-ADJ/NOPB????????????????????????????????????????????	SN/V.S.Max=45/V.Steady-state.>=-1V/V.OUT.Feedback=1.217~1.23~1.243V@V.IN=12V_I.LOAD=0.5A_V.OUT=5V/V.OUT.Feedback=1.193~1.23~1.267_1.18~1.28V@V.IN=8V_I.LOAD=0.5A_V.OUT=5V/η=77%@V.IN=12V_I.LOAD=3A_V.OUT=5V/I.b=100~50~_500~~nA/f.O=47~52~58_42~63KHz/V.SAT=~1.4~1.8_~~2V@I.OUT=3A/DC=93%~98%~/I.CL=4.2~5.8~6.9_3.5~7.5A/I.L=2~7.5~30mA/I.Q=~5~10mA/I.STBY=~50~200μA/V.IN=2.2~~_2.4~~V/V.IL=~1.2~1_~~0.8A/I.IH=~12~30μA/I.IL=~0~10μA/V.ESD.HBM=±2000V//R.θJA_R.θJC(top)_R.θJB_Ψ.JT_Ψ.JB_R.θJC(tot)=32.4_41.2_17.6_7.8_17_0.4°C/W//Green	7
FROGNEXPERIA74HC238D,653	Decoders_Demultiplexers?????????????????????????????????????????	Nexperia????????????????????????	74HC238D,653????????????????????????????????????????????????	CMOS_level/V.CC=2.0~5.0~6.0/V.I=0~V.CC/V.O=0~V.CC//Δt/ΔV<=625_139_83ns/V@V.CC=2.0_4.5_6.0V//V.IH>=1.5_3.15_4.2V/V.IL<=0.5_1.35_1.8V/V.OH>=1.9_4.4_5.9V/V.OL<=0.1_0.1_0.1V/I.I=±1.0μA/I.CC<=160μA/C.I=3.5pF/I.IK_I.OK_I.O_I.CC<=±20_±20_±25mA/I.CC<=50mA/I.GND>=-50mA/P.tot<=0.5W/t.pd=14~235ns/t.t=6~110ns/C.PD=72pF/V.ESD.HBM=2000V/V.ESD.MM=200V	5
FROGTOSHIBA1SS193	Diodes??????????????????????????????????????????????????????????	Toshiba?????????????????????????	1SS193??????????????????????????????????????????????????????	Diode/V.RM=85V/V.R=80V/I.FM=0.3A/I.O=0.1A/I.FSM=2A/P.D=0.15W/V.F=0.6_0.72_0.9V@I.F=1_10_100mA/I.R<=0.1_0.5μA@V.R=30_80V/t.rr=~1.6~4.0ns@I.F=10mA/C.T=~0.9~3.0pF@V.R=0_f=1MHz/AEC-Q101/Silicon Epitaxial Planar Type	300
FROGNEXPERIAPMBD7000,215	Diodes_Double_High-Speed_Switching??????????????????????????????	Nexperia????????????????????????	PMBD7000,215????????????????????????????????????????????????	NXP/I.R=300_500nA_At_V.R=50_100V/I.R=100μA_At_V.R=50V_t.j=150°C/V.RRM=100V/I.F=215_125mA/I.FRM=450mA/I.FSM=4_1_0.5A/V.F.Max=0.7_0.82_1_1.1_1.25_At_I.F=1_10_50_100_150mA/C.d=1.5pF/V.FR=1.75V/P.tot=250mW/t.rr=4ns//R.Θj-a_R.Θj-t=500_350K/W//AEC-Q101	10
FROGLGE6A10	Diodes_Recrifier_Silicon????????????????????????????????????????	LGE?????????????????????????????	6A10????????????????????????????????????????????????????????	V.RRM=V.DC=1000V/V.RMS=700V/I.AV=6.0A/I.FSM=250A/IR.HT=30μA//R.θJA=35°C/W//V.F=0.95V/IR=10_400μA_At_T.A=25_125°C/C.J=90pF/Half_Wave_60Hz	40
FROGSTBAR46AFILM	Diodes_Schottky_Small_Signal????????????????????????????????????	ST??????????????????????????????	BAR46AFILM??????????????????????????????????????????????????	V.RRM=100V/V.BR=100V@I.R=100μA/V.R(RMS)=75V/I.F=0.15A//R.θJA=500°C/W//V.F=0.25_0.45_1V@I.F=0.1_10_250mA/I.R=0.5_5_0.8_7.5_2_15_5_20μA@V.R=1.5_10_50_75V@T.J=25_60°C/C.T=10_6pF@V.R=0_1V_f=1MHz/P.tot=0.23W/Double_Back to back	2400
FROGNEXPERIABAW56W,115	Diodes_Switching????????????????????????????????????????????????	Nexperia????????????????????????	BAW56W,115??????????????????????????????????????????????????	V.RRM<=90V/V.R<=90V/I.F=150mA/I.FRM=500mA/I.FSM=4_1_0.5A@t.p=1μs_1ms_1s/P.tot=200mW/I.F.Per=130mA/V.F=0.715_0.855_1_1.25V/I.R=30_500_30000_150000nA/C.d=2pF/t.rr=4ns/V.FR=1.75V//R.θJA_R.θJAP=625_300K/W	1800
FROGNXPMC33191P	Driver Ignition_Automotive 12V??????????????????????????????????	NXP?????????????????????????????	MC33191P????????????????????????????????????????????????????	Automotive 12V ignition driver/Automotive Ignition Application/Continuous System Voltage up to 28.6V/Frequency_Range=1~400Hz/Coil Current Regulation/Hall Effect and Reluctance Sensor Applications	3
FROGNXPMC33794DH	Electric_Field_Imaging_Device???????????????????????????????????	NXP?????????????????????????????	MC33794DH???????????????????????????????????????????????????	Electric Field Imaging Device/Supports up to 9 Electrodes and 2 References/Shield Driver for Driving Remote Electrodes Through Coaxial Cables	1
FROGNXPMC44C401LAC	Encoder_Stereo_MTS??????????????????????????????????????????????	NXP?????????????????????????????	MC44C401LAC?????????????????????????????????????????????????	Multi-Channel Television Sound (MTS) Stereo Encoder/V.IN=1V.pp/R.IN=250KΩ/V.COL=2.2V.pp/SNR=75dB/THD=0.1%/f.Bandwidth=20~14000Hz/V.VL=0.5~2V.pp/P.Zin=1000W/Stereo.S=35dB	4
FROGNXPPESD3V3L1BA,115	ESD_Diode_Arrays????????????????????????????????????????????????	NXP?????????????????????????????	PESD3V3L1BA,115?????????????????????????????????????????????	ESD=30KV/HBM>10KV/P.PP=500W/I.PP=18A/V.RWM=3.3V/I.RM=2μA/V.BR=6.4V/C.d=101pF/V.CL=8_26V_At_I.PP=1_18A/r.dif=400Ω_At_I.R=1mA	10
FROGSTESDA6V1-5W6	ESD_Protection??????????????????????????????????????????????????	ST??????????????????????????????	ESDA6V1-5W6?????????????????????????????????????????????????	TRANSIL array for data protection/V.BR.Max=6.1~7.2V_At_I.R=1mA/I.RM=1μA_At_V.RM=3V/V.CL=?V_At_I.pp=?A/R.d=0.61Ω/C=90pF/V.F.Max=1.25V_At_I.F=0.2A/V.pp=?KV/P.pp=100W/I.pp=?A_At_t=?μs/V.ESD.Air_V.ESD.Contact_V.ESD.HBM=15_8_25KV/IEC61000-4-2 level 4	18000
FROGSTESDA6V1-5W6	ESD_Protection??????????????????????????????????????????????????	ST??????????????????????????????	ESDA6V1-5W6?????????????????????????????????????????????????	TRANSIL array for data protection/V.BR.Max=6.1~7.2V_At_I.R=1mA/I.RM=1μA_At_V.RM=3V/V.CL=?V_At_I.pp=?A/R.d=0.61Ω/C=90pF/V.F.Max=1.25V_At_I.F=0.2A/V.pp=?KV/P.pp=100W/I.pp=?A_At_t=?μs/V.ESD.Air_V.ESD.Contact_V.ESD.HBM=15_8_25KV/IEC61000-4-2 level 4	5150
FROGNXPS104T2CPE	Freescale???????????????????????????????????????????????????????	NXP?????????????????????????????	S104T2CPE???????????????????????????????????????????????????	S104T2CPE	4
FROGTISN74LVC1G04DCKR	Gate_Inverter_Single????????????????????????????????????????????	TI??????????????????????????????	SN74LVC1G04DCKR?????????????????????????????????????????????	V.CC.Max_V.I.Max_V.O.Max=-0.5~6.5V/V.CC=1.65~5.5_1.5~V/V.IH>=0.65xV.CC_1.7V_2V_0.7xV.CC/V.IL<=0.35xV.CC_0.7V_0.8V_0.3xV.CC/V.I=0~5.5V/V.O=0~V.CC//I.OH<=-4_-8_-16_-24_-32mA/I.OL=4_8_16_24_32V/@V.CC=1.65_2.3_3_4.5V/I.IK_I.OK.I.O=-50_-50_±50mA/I.CCTVOG=±50mA//Δt/ΔV=20_10_5ns/V//V.OH=V.CC-0.1_1.2_1.9_2.4_2.3_3.8V/V.OL=0.1_0.45_0.3_0.4_0.55_0.55V/I.I_I.off_I.CC=±5_±10_10μA/ΔI.CC=0.5mA/C.I=3.5pF/t.pd=0.1~7.5ns/C.pd=16~20pF/V.ESD.HBM=±2000V/V.ESD.Machine=±200V/V.ESD.CDM=±1000V//R.θJA_R.θJC(top)_R.θJB_Ψ.JT_ΨJB_R.θJC(tot)=278_93_65_2_64_?°C/W//Green (RoHS & no Sb/Br)	5
FROGNEXPERIA74HCT02D,652	Gate_NOR????????????????????????????????????????????????????????	Nexperia????????????????????????	74HCT02D,652????????????????????????????????????????????????	Quad_2-Input/TTL/V.CC=4.5~5~5.5V/V.I=V.O=0~V.CC//Δt/ΔV=139ns/V/I.IK=I.OK<=±20mA/I.O<=±25mA/I.CC=50mA/I.GND=-50mA/P.tot=0.5W//V.IH>=2V/V.IL<=0.8V/@V.CC=4.5~5.5V//V.OH>=4.4_3.7V/V.OL<=0.1_0.4V/I.I=±1μA/I.CC<=40μA/ΔI.CC<=735μA/C.I=3.5pF/t.pd=29ns@V.CC=4.5V/t.t=22ns@4.5Vns/C.PD=24pF/V.ESD.HBM=±2000V/V.ESD.MM=±200V	2800
FROGNEXPERIA74HC14D,653	Gate_Schmitt-Trigger_Inverter???????????????????????????????????	Nexperia????????????????????????	74HC14D,653?????????????????????????????????????????????????	933714400653/Hex_Inverting_Schmitt_Trigger/V.CC=2~5~6V/I.IK=I.OK<=±20mA/I.O=±25mA/I.CC=50mA/I.GND=-50mA/P.tot=0.5W//8mW/W//V.OH=1.9~5.81V/V.OL=0~0.4V/I.I=±0.1~1μA/I.CC=2~40μA/C.I=3.5pF/t.pd=~12~190ns/t.t=~6~110ns/C.pd=7pF/V.ESD.HBM=2000V/V.ESD.MM=200V	400
FROGNEXPERIA74HC14D,653	Gate_Schmitt-Trigger_Inverter???????????????????????????????????	Nexperia????????????????????????	74HC14D,653?????????????????????????????????????????????????	933714400653/Hex_Inverting_Schmitt_Trigger/V.CC=2~5~6V/I.IK=I.OK<=±20mA/I.O=±25mA/I.CC=50mA/I.GND=-50mA/P.tot=0.5W//8mW/W//V.OH=1.9~5.81V/V.OL=0~0.4V/I.I=±0.1~1μA/I.CC=2~40μA/C.I=3.5pF/t.pd=~12~190ns/t.t=~6~110ns/C.pd=7pF/V.ESD.HBM=2000V/V.ESD.MM=200V	200
FROGNXPMPC8245LZU266D	Host_Processor_With_Integrated_PCI??????????????????????????????	NXP?????????????????????????????	MPC8245LZU266D??????????????????????????????????????????????	PowerPC? MPC603e processor_Ver1.4/Power Architecture?/266MHz@1.7_2.1V/PCI bridge/PCI and the other standard interfaces/memory controller/ROM&SDRAM/DUART/DMA_PCI_I^2C_Controller/Instruction_Cache=16Kbyte/Data_Cache=16Kbyte	1
FROGNXPMPC8245LZU350D	Host_Processor_With_Integrated_PCI??????????????????????????????	NXP?????????????????????????????	MPC8245LZU350D??????????????????????????????????????????????	PowerPC? MPC603e processor_Ver1.4/Power Architecture?/350MHz@1.9_2.2V/PCI bridge/PCI and the other standard interfaces/memory controller/ROM&SDRAM/DUART/DMA_PCI_I^2C_Controller/Instruction_Cache=16Kbyte/Data_Cache=16Kbyte	1
FROGNXPMPC8245ARZU400D	Host_Processor_With_Integrated_PCI??????????????????????????????	NXP?????????????????????????????	MPC8245ARZU400D?????????????????????????????????????????????	PowerPC? MPC603e processor_Ver1.4/Power Architecture?/400MHz@2.0_2.2V/PCI bridge/PCI and the other standard interfaces/memory controller/ROM&SDRAM/DUART/DMA_PCI_I^2C_Controller/Instruction_Cache=16Kbyte/Data_Cache=16Kbyte	1
FROGNXPMPC8245ARZU400D	Host_Processor_With_Integrated_PCI??????????????????????????????	NXP?????????????????????????????	MPC8245ARZU400D?????????????????????????????????????????????	PowerPC? MPC603e processor_Ver1.4/Power Architecture?/400MHz@2.0_2.2V/PCI bridge/PCI and the other standard interfaces/memory controller/ROM&SDRAM/DUART/DMA_PCI_I^2C_Controller/Instruction_Cache=16Kbyte/Data_Cache=16Kbyte	1
FROGNXPMPC8245LZU350D	Host_Processor_With_Integrated_PCI??????????????????????????????	NXP?????????????????????????????	MPC8245LZU350D??????????????????????????????????????????????	PowerPC? MPC603e processor_Ver1.4/Power Architecture?/350MHz@1.9_2.2V/PCI bridge/PCI and the other standard interfaces/memory controller/ROM&SDRAM/DUART/DMA_PCI_I^2C_Controller/Instruction_Cache=16Kbyte/Data_Cache=16Kbyte	1
FROGNXPXPC8240LZU200E	Host_Processor_With_Integrated_PCI??????????????????????????????	NXP?????????????????????????????	XPC8240LZU200E??????????????????????????????????????????????	FROGNXPMPC8240LZU200E/PowerPC?/Core=MPC603E/PCI_Bridge/f.CPU_f.Memory_Bus_f.PCI_Input=100~200_33~100_25~66MHz/V.DD=?±0.125V/256Mbit Memory/ROM=16MByte//8_32_64bit_PortX_I/O//RevisionID=0x13/Pilot Production Prototype	4
FROGNXPDSP56F807VF80E	Hybrid_Digital_Signal_Processor&Microcontroller?????????????????	NXP?????????????????????????????	DSP56F807VF80E??????????????????????????????????????????????	16-bit DSC/40MIPS@f.Core=80MHz@3.0~3.6V/RAM.Pro_RAM.Da=4_8KBytes/18_GPIO/14_Dedicated_GPIO/Flash.Pro_Da_Bo_External=120_16_4_128KBytes/2_6-ch PWM/4_?-bit 4-Channel timer Module/4-ch,12-bit ADCs/2 Quad Decoders/SCIs/SPIs/COP/Watchdog/CAN/RoHS	6
FROGNXPMC56F8335VFGE	Hybrid_Digital_Signal_Processor&Microcontroller?????????????????	NXP?????????????????????????????	MC56F8335VFGE???????????????????????????????????????????????	16-bit DSC/60MIPS@f.Core=60MHz@3.0~3.6V/RAM.Pro_RAM.Da=4_8KBytes/49_GPIO/Flash.Pro_Flash.Da_Flash.Bo=64_8_8KBytes/2_6-ch PWM/4_?-bit 4-Channel timer Module/4-ch,12-bit ADCs/Temperature_Sensor/2 Quad Decoders/SCIs/SPIs/COP/Watchdog/CAN/RoHS	18
FROGNXPMC56F8147VPYE	Hybrid_Digital_Signal_Processor&Microcontroller?????????????????	NXP?????????????????????????????	MC56F8147VPYE???????????????????????????????????????????????	16-bit DSC/40MIPS@f.Core=40MHz@3.0~3.6V/RAM.Pro_RAM.Da=Null_8KBytes//76_GPIO/7_Dedicated_GPIO/Flash.Pro_Flash.Da_Flash.Bo=128_Null_8KBytes/1_6-ch PWM/2_?-bit 4-Channel timer Module/4-ch,12-bit ADCs/1 Quad Decoders/SCIs/SPIs/COP/Watchdog/RoHS	4
FROGNXPMC56F8346VFV60	Hybrid_Digital_Signal_Processor&Microcontroller?????????????????	NXP?????????????????????????????	MC56F8346VFV60??????????????????????????????????????????????	16-bit DSC/60MIPS@f.Core=60MHz@3.0~3.6V/RAM.Pro_RAM.Da=4_8KBytes/62_GPIO/Flash.Pro_Flash.Da_Flash.Bo=128_8_8KBytes/2_6-ch PWM/4_?-bit 4-Channel timer Module/4-ch,12-bit ADCs/Temperature_Sensor/2 Quad Decoders/SCIs/SPIs/COP/Watchdog/CAN	6
FROGNXPMC56F8147VPY	Hybrid_Digital_Signal_Processor&Microcontroller?????????????????	NXP?????????????????????????????	MC56F8147VPY????????????????????????????????????????????????	16-bit DSC/40MIPS@f.Core=40MHz@3.0~3.6V/RAM.Pro_RAM.Da=Null_8KBytes//76_GPIO/7_Dedicated_GPIO/Flash.Pro_Flash.Da_Flash.Bo=128_Null_8KBytes/1_6-ch PWM/2_?-bit 4-Channel timer Module/4-ch,12-bit ADCs/1 Quad Decoders/SCIs/SPIs/COP/Watchdog	2
FROGNXPMC56F8346MFV60	Hybrid_Digital_Signal_Processor&Microcontroller?????????????????	NXP?????????????????????????????	MC56F8346MFV60??????????????????????????????????????????????	16-bit DSC/60MIPS@f.Core=60MHz@3.0~3.6V/RAM.Pro_RAM.Da=4_8KBytes/62_GPIO/Flash.Pro_Flash.Da_Flash.Bo=128_8_8KBytes/2_6-ch PWM/4_?-bit 4-Channel timer Module/4-ch,12-bit ADCs/Temperature_Sensor/2 Quad Decoders/SCIs/SPIs/COP/Watchdog/CAN	2
FROGNXPPC56F8357PY60	Hybrid_Digital_Signal_Processor&Microcontroller?????????????????	NXP?????????????????????????????	PC56F8357PY60???????????????????????????????????????????????	16-bit DSC/60MIPS@f.Core=60MHz@3.0~3.6V/RAM.Pro_RAM.Da=4_16KBytes/76_GPIO/Flash.Pro_Flash.Da_Flash.Bo=256_8_16KBytes/2_6-ch PWM/4_4-Channel timer Module/4-ch,12-bit ADCs/Temperature_Sensor/2 Quad Decoders/SCIs/SPIs/COP/Watchdog/CAN/Engineering samples	2
FROGKTRLIGHTF5PTREHLCCLL	LED_DO??????????????????????????????????????????????????????????	KTRLight????????????????????????	F5PTREHLCCLL????????????????????????????????????????????????	KTR-F5RG-LG-/KTR-F5RG-LC-/Plastic_Transparent/Red_Emerald_High_Light/Common_Cathode/Chip_Diameter=5~6mm/Long_Middle_Short-Straight-leg=28_26_24/Pitch=2.5mm/0.06Wx2	100
FROGINFINEONTLS810A1LDV50XUMA1	Linear_Voltage_Regulator????????????????????????????????????????	Infineon????????????????????????	TLS810A1LDV50XUMA1??????????????????????????????????????????	Ultra_Low_Quiescent_Current/V.I=2.75~42V/V.Q=4.9~5.0~5.1V/I.Q.Lim=110~190~260mA/ΔV.Q.Line=~1~20mV/ΔV.Q.Load=-20~-1~mV/V.dr=~200~550mV/PSRR=~55~dB/T.j.sd=151~175~°C/T.j.sdh=~10~K/I.q(=I.I-I.Q)=~5~7.5_~6.5~10_~7~11μA/P.D=0.68W//R.θJA=60_184_75_64K/W//R.θJC=13K/W//C.Q>=1μF/ESR<=100Ω/V.ESD.HBM=±2000V/V.ESD.CDM=±750V/Automotive/Pitch=0.5mm	5
FROGTILM1117MPX-3.3/NOPB	Low_Dropout_Linear_Regulator????????????????????????????????????	TI??????????????????????????????	LM1117MPX-3.3/NOPB??????????????????????????????????????????	V.IN<=20V/V.ESD.HBM=±2000V/V.IN=15V/V.OUT=3.267~3.3~3.333_3.3_3.235~3.365V/ΔV.OUT.Line=1_6mV/ΔV.OUT.Load=1_10mV/I.Quiescent=5~10mA/V.IN-V.OUT=(1.1_1.2)_(1.15_1.25)_(1.2_1.3)V@I.OUT=100_500_800mA/I.Limit=0.8~1.2~1.5A//Reg.Themal=~0.01~0.1%/W//Reg.Ripple=75_60dB/I.AdjustPin=60_120μA/ΔI.AdjustPin=0.2_5μA/TS_LTS_RMSON=0.5%_0.3%_0.003%//R.θJA_R.θJC_R.θJB_Ψ.JT_ΨJB=61.6_42.5_10.4_2.9_10.3°C/W/RoHS	300
FROGMICRONJS28F00AM29EWHA	Memory_Nord_Flash???????????????????????????????????????????????	Micron??????????????????????????	JS28F00AM29EWHA?????????????????????????????????????????????	Parallel NOR Flash Embedded Memory/Density=1Gb//Highest block protected by VPP/WP#//V.CC=2.7~3.6V/V.CCQ=1.65~3.6V/V.PP=-2.0~12.5V/Page access=25ns/Random access=110ns/Program time=0.88μs/Data retention=20 years/C.L=30pF/t=10ns/C.IN=4~9pF/C.OUT=3~6pF	40
FROGNXPMR2A16ATS35C	Memory_RAM_Asynchronous_Magnetoresistive????????????????????????	NXP?????????????????????????????	MR2A16ATS35C????????????????????????????????????????????????	MRAM/4,194,304 bit/262,144 words of 16 bits/V.DD=3.3V/V.WR=2.7V/V.IH.Min_V.IL.Max=2.2_0.8V/I.DDR_I.DDW_I.SB1_I.SB2=55_105_18_9mA/t.Input.Rise/C.IN=C.IO=6pF/P.D=0.6W/H.Max.Write_H.Max.Read=15_100_Oe/t.Set=35ns/Commercial_Legacy	2
FROGMICRONMT48LC16M16A2P-6A:G	Memory_SDRAM????????????????????????????????????????????????????	Micron??????????????????????????	MT48LC16M16A2P-6A:G?????????????????????????????????????????	SDR_256Mb/4-Megx16x4banks_8K_8K_A[12:0]_4BA[1:0]_512A[8:0]/t.WR=2CLK/6ns@CL=3/f.Clock=167MHz/Target.tRCD.-t.RP-CL=3-3-3/t.RCD=t.RP=CL=18ns/V.DD=3~3.6V/I.L=I.OZ=-5~+5μA//C.L1=3.5pF/P.D=1W//R.θJA_JB_JC=105.6_89.5_20.7°C/W//Pb-Free/Commercial	1
FROGMICRONMT48LC16M16A2P-75:D	Memory_SDRAM????????????????????????????????????????????????????	Micron??????????????????????????	MT48LC16M16A2P-75:D?????????????????????????????????????????	SDR_256Mb/4-Megx16x4banks_8K_8K_A[12:0]_4BA[1:0]_512A[8:0]/t.WR=2CLK/6ns@CL=3/f.Clock=133MHz/Target.tRCD.-t.RP-CL=3-3-3/t.RCD=t.RP=CL=20ns/V.DD=3~3.6V/I.L=I.OZ=-5~+5μA//C.L1=3.5pF/P.D=1W//R.θJA_JB_JC=63.8_45.3_10.3°C/W//Pb-Free/Commercial	1