500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
LM330T-5.0/NOPB Texas Instruments 150 mA 5V Fixed Output Linear Regulator 3-TO-220 0 to 70 visit Texas Instruments
LM4040CIM3-3.0/NOPB Texas Instruments Precision Micropower Shunt Voltage Reference 3-SOT-23 visit Texas Instruments Buy
LM4040EIM3-3.0/NOPB Texas Instruments Precision Micropower Shunt Voltage Reference 3-SOT-23 visit Texas Instruments
LM4040EEM3-3.0/NOPB Texas Instruments Precision Micropower Shunt Voltage Reference 3-SOT-23 visit Texas Instruments
LM4040BIM3-3.0/NOPB Texas Instruments Precision Micropower Shunt Voltage Reference 3-SOT-23 visit Texas Instruments Buy
LM4040AIM3-3.0/NOPB Texas Instruments Precision Micropower Shunt Voltage Reference 3-SOT-23 visit Texas Instruments Buy

LM 330n

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: (Transm itting side) 30 Ta = 25C > C 20 P u lse w idth 165n s P u lse cycle 330n s A P F lm , ) 40 -
OCR Scan

LM 3177

Abstract: bc5488 UX , UK IK! «713 IK* *3 "«7 1KB UCI uc* « «7 W 33Qf WJ "rtdw 3Mn WW 330n HOOU Mm â â WIPJ WM , '32425to IC403 IC TDA B4MA 0'32420C2 IC7Û1 IC TDA 365.'!B â'¢ f11.J12 iceoi IC TOA 4501 - CI32234U? ICÃ"O? iC LM 3177 0132421Û2 IC901 IC TDA 8153 â'¢ 013242802 IC1001 IC LM 7SL06 â'¢ 0ia?40852 IC1003 IC MDA 2062 - , IC1005 iC LM 2901 -013206302 IC1102 tCOTU2S43. 0135*0352 IC1103 IC LM 317T - 0132421Û? iCl 104 IC TPU
-
OCR Scan
LM 3177 bc5488 BC54BB TF1102 TDA 8390 A PM5518 A31J5Y61 14F23 L0305-

CQ1265RT

Abstract: CQ0765RT V DC - Np Ns Lm Vo Figure 4. Startup circuit Drain Icc Cr Ids Sync IOP , eo N a ( V o + V FO ) V co = - ­ V Fa Ns where Lm is , 5.1k 0.25 W D205 EGP20D 2A, 200V R208 1k 0.25 W VR201 30k C101 330n , R208 1k 0.25 W VR201 30k C101 330n/275VAC Box Capacitor C102 220uF / 400V , BD101 GSIB660 18V, 1W Bridge Diode Capacitor C101 330n/275VAC Box Capacitor C102
Fairchild Semiconductor
Original
CQ1465RT CQ1265RT CQ0765RT cq1565rt cq1265rt schematic diagram cq0765 CQ0765RT circuit diagram FSCQ0565RT FSCQ0765RT FSCQ0965RT FSCQ1265RT FSCQ1465RT FSCQ1565RT
Abstract: ak valu e lm 20 P u lse cycle 3 30n s A P F lm -1 -2 h -1 0 .3 -2 0 i 4.75 i 5.0 , V C C =5V 3 - P eak v alu e A P F lm 2 1 0 -1 -2 -3 -4 -60 -4 0 -2 0 0 25 A m , c '1 'S ¡2 m Ta VCC=5V P u lse w idth 165ns P u lse cycle 330n s A P F Im 30 20 10 0 -1 0 -
OCR Scan

2DC-0005D100

Abstract: 2DC-0005-D100 8 10 11 12 TP42 19 J B 2DC-0005D100 B à "O (H o ¡S £ S
-
OCR Scan
TSW-10 LD29150DT33R MBRS240LT3G TSW-102-07-G-S FT232RL 2DC-0005-D100 E13001 tp41c AS0B22B-SBBN-7F AS0B226 MBRB240LT3E MBR5240LT3E 170502B2 10UF/10V

P041M-1S

Abstract: pd416 -1 S IS O rv s 200n s j« P D 4 1 6 8 C -2 0 tO C A 45IK 5 6m 7 0n s tc 220n s 2 6 0n s 330n s , leakage current aipw t leakage current ' ku `w - tt -10 5 3.5 10 10 UnN V rrA mA mA mA mA mA NEC LM , U lM H z CiMClanco AC C haracteristic« Ta - 01O + 70*0, Vc c * 5 V 3 t 10V. Limit* J*041W -1I
-
OCR Scan
PD4168 P041M-1S pd416 S200N p041m AOAE

fsfr2100 400W

Abstract: LLC resonant converter transformer Half-Bridge Resonant Converter July 2009 D1 Cr Llk LVcc VCC Np HVCC Lm Ns RT , R110 1M C111 330n/ 275VAC LVCC HVCC Line Filter R108 open R107 2.2k U2 C108 , C104 open CS R103, 0 C110 330n/ 275VAC NTC 5D-9 F101 3.15A/ 250V CON C106 150nF
Fairchild Semiconductor
Original
fsfr2100 400W LLC resonant converter transformer EER3542 fsfr-series LLC resonant transformer NTC 5D-9 FSFR2100 FSFR2100U/2000/1900/1800/1700 SIPMODAA09R

LLC resonant full bridge schematic

Abstract: LM324 SMD depending on the power demand. Vin Qb Vout 1 Cs N:1 Ls 6 5 7 Lm C Q RL 9 Figure 2 The resonating circuit is made of a capacitor, Cs, in series with two inductors, Ls and Lm. One of these inductors, Lm, represents the magnetizing inductance of the transformer and creates one , either make it disappear from the circuit (Lm is fully short-circuited by a reflected RL of low value at , elements used in the reference design · Transformer: o Primary inductance Lm= 430 uH o Leakage
ON Semiconductor
Original
NCP1605 NCP1397 NCP4303 NCS1002 LLC resonant full bridge schematic LM324 SMD resonant full bridge schematic resonant half bridge schematic 1n5408 smd TND399/D IEC61000-3-2 TLV431

EER3542

Abstract: fsfr2100 400W Half-Bridge Resonant Converter April 2009 D1 Cr Llk LVcc VCC Np HVCC Lm Ns RT , R110 1M C111 330n/ 275VAC LVCC HVCC Line Filter R108 open R107 2.2k U2 C108 , C104 open CS R103, 0 C110 330n/ 275VAC NTC 5D-9 F101 3.15A/ 250V CON C106 150nF
Fairchild Semiconductor
Original
CT 5D-9 300W half bridge an4151 bobbin EER3542 FSFR1700 tda 100w

LLC resonant converter 300W application note

Abstract: pin diode tda 1056 Np HVCC Lm Ns RT CON CDL VIN Vo Ns VDL Control IC D2 VCTR KA431 , R110 1M C111 330n/ 275VAC LVCC HVCC Line Filter R108 open R107 2.2k U2 C108 , Semiconductor Corporation FSFR series · 1.0.3 R201 10k R202 1k C104 open R103, 0 C110 330n
Fairchild Semiconductor
Original
LLC resonant converter 300W application note pin diode tda 1056 EER-3542 FSFR1800 TDA 200W EER3542 core FSFR2000/1900/1800/1700

AK4368

Abstract: AK4370 PS1 DIF1 DEM1 ATTL1 ATTR1 DARHR DARR ATTS1 0 0 0 LINHR ATTH1 LINR LM LDIFH DARM ATTM1 , VCOC C[F] R[] 10k 22n 10k 22n 10k 47n 10k 22n 10k 22n 15k 330n 10k 47n 10k 47n 15k 330n 10k 47n 10k 22n 10k 22n 10k 22n 10k 22n 6.8k 47n 6.8k 47n 6.8k 330n PLL Lock , D1 PMDAC PLL1 PS1 DIF1 DEM1 ATTL1 ATTR1 DARHR DARR ATTS1 0 0 0 LINHR ATTH1 LINR LM
Asahi Kasei Microdevices
Original
AK4372ECB AK4368 AKD4372 AK4370 AK4371 AK4372 AK4372PLL I/F1640 2896MH AK4372VCB

CQ0765RT

Abstract: CQ1265RT R str FSCQ-Series Ca1 Ca2 Np + CDC VDC Ns ­ Lm Drain Figure 4 , Output power where Lm is the primary side inductance of the transformer, and Ns and Na are the number , Capacitor BD101 C101 330n/275VAC Box Capacitor C102 220µF/400V Electrolytic C103 , BD101 C101 330n/275VAC Box Capacitor C102 220µF/400V Electrolytic C103 10µF/50V , Bridge Diode Capacitor BD101 C101 330n/275VAC Box Capacitor C102 220µF/400V
Fairchild Semiconductor
Original
cq0765rt TRANSISTOR cq1265 cq0565rt cq0965rt FSCQ0565RTYDTU CQ1565RP FSCQ1465RT/FSCQ1565RT/FSCQ1565RP

CQ0765RT circuit diagram

Abstract: cq1265rt schematic diagram CDC VDC Ns â'" Lm Drain Figure 4. Startup circuit Cr + Ids Vds Sync ICC Vo , Lm is the primary side inductance of the transformer, and Ns and Na are the number of turns for the , 30kâ"¦ Diode 18V, 1W Bridge Diode Capacitor BD101 C101 330n/275VAC Box , Diode Capacitor BD101 C101 330n/275VAC Box Capacitor C102 220µF/400V , EGP20D 2A, 200V VR201 30kâ"¦ Bridge Diode Capacitor BD101 C101 330n/275VAC Box
Fairchild Semiconductor
Original
10uf, 35v electrolytic capacitor

CQ0765RT

Abstract: CQ0765RT circuit diagram 1N4007 AC line (Vacmin ­ Vacmax) Rstr VCC FSCQ-Series Ca1 Ca2 Da Isup + CDC Np Ns Lm Drain Vo , - ­ V Fa Ns where Lm is the primary side inductance of the transformer, and Ns and Na are the number , Open 1k 1k 39k 4.7k 220k 5.1k 5.1k 1k 30k Capacitor 330n/275VAC 220µF/400V 10µF/50V 10µF/50V 3.9nF/50V , 30k Capacitor 330n/275VAC 220µF/400V 10µF/50V 10µF/50V 3.9nF/50V 47nF/50V 1nF/1kV Open 100µF/160V 47µF , 30k Capacitor 330n/275VAC 220µF/400V 10µF/50V 10µF/50V 3.9nF/50V 47nF/50V 1nF/1kV Open 100µF/160V 47µF
Fairchild Semiconductor
Original
CQ0765R Transistor CQ0765RT CQ1565 REGULATOR CQ0765RT NTC 5D-11 BEAD101

CQ1265RT

Abstract: CQ0765RT circuit diagram 1N4007 AC line (Vacmin ­ Vacmax) Rstr VCC FSCQ-Series Ca1 Ca2 Da Isup + CDC Np Ns Lm Drain Vo , - ­ V Fa Ns where Lm is the primary side inductance of the transformer, and Ns and Na are the number , 30k Capacitor 330n/275VAC 220µF/400V 10µF/50V 10µF/50V 3.9nF/50V 47nF/50V 680pF/1kV Open 100µF/160V , 30k Capacitor 330n/275VAC 220µF/400V 10µF/50V 10µF/50V 3.9nF/50V 47nF/50V 1nF/1kV Open 100µF/160V 47µF , 30k Capacitor 330n/275VAC 220µF/400V 10µF/50V 10µF/50V 3.9nF/50V 47nF/50V 1nF/1kV Open 100µF/160V 47µF
Fairchild Semiconductor
Original
NTC 6D-22 ZD201 EER-4042 transistor D205

toko 10.7 mhz transformer

Abstract: FM tuning capacitor I. Typical Application External Coll and Component Selection Guide Purpose Typical Value 330n , LM1895/LM 2695 data sheet for audio amp info. 2-57 'T w e e t is an audio tone produced by the 2nd
-
OCR Scan
K2318HM RB06A5105 CFU-090D toko 10.7 mhz transformer FM tuning capacitor K2318 Toko 10K variable coil toko transformer IF 10.7 LM1866 LM1866N 150GC-A3705 CFU-90D K2316HM

CQ0765RT

Abstract: CQ0765RT circuit diagram V DC - Np Ns Lm Vo Figure 4. Startup circuit Drain Cr Ids Sync Icc + V ds , - ­ V Fa Ns where Lm is the primary side inductance of the transformer, Ns and Na are the , 0.25W C301 2.2n F C203 1000u F 35V V R 201 30k R 201 1k 0.25W C101 330n F 275V , 5.1k 0.25 W D205 EGP20D 2A, 200V R208 1k 0.25 W VR201 30k C101 330n
Fairchild Semiconductor
Original
FSCQ0765RTYDTU REGULATOR CQ0765R application note cq0765rt optocoupler 817a 330n K 275V str TV SMPS EER 3540 230VAC 85-265VAC

DIFFERENTIAL VIDEO AMPLIFIER

Abstract: LM1203BN CLAMP GATE VW1 28 26 â'"r it ? 25 V«- 2 23 >101 LM 1203B D.U.T. 20 16 -, -i- »viv-O -Q+12V 10 ^F 36 pF HI- S26 ioon; 3 2Lo., 10K^ Mf 1 htflo., lOK^ilF "out -p 330n 3.3K â'¢ ioon 1 iP 330 ft 56 pF Hh ⺠100 ft ®OUT 330 Û TL/H/11489-2 FIGURE 2. LM 1203B Test
-
OCR Scan
LM1203B LM1203 DIFFERENTIAL VIDEO AMPLIFIER LM1203BN video output transistor TRIO R27 LM1203A SD1124

etd29 transformer

Abstract: CV 275 K 10 Circuit T1 D1 C2 LR + RL LM M2 CR D2 Figure 4. Power Stage of the LLC , frequencies using Thompson's Equations 1 and 2: fr1 + fr2 + 1 2 · p · Lr · Cr 1 2·p· (Lr ) Lm) · , schematic. CR (eq. 1) VIN LR LM RAC (eq. 2) Figure 5. Substitutive Schematic of the , converters. Design of the resonant tank components i.e. Lr, Lm, and Cr is always compromise between maximum , characteristic impedance will be low and converter operation under overload will be degraded. 2. The Lm/Lr = k
ON Semiconductor
Original
etd29 transformer CV 275 K 10 SIC 330n K 275V a comparison of half bridge resonant converter SMD Resistor 2K7 SMD optocoupler IC PC817 AND8257/D NCP1395

etd29 transformer

Abstract: CD268 Circuit T1 D1 C2 LR + RL LM M2 CR D2 Figure 4. Power Stage of the LLC , frequencies using Thompson's Equations 1 and 2: fr1 + fr2 + 1 2 · p · Lr · Cr 1 2·p· (Lr ) Lm) · , schematic. CR (eq. 1) VIN LR LM RAC (eq. 2) Figure 5. Substitutive Schematic of the , converters. Design of the resonant tank components i.e. Lr, Lm, and Cr is always compromise between maximum , characteristic impedance will be low and converter operation under overload will be degraded. 2. The Lm/Lr = k
ON Semiconductor
Original
CD268 IND-PFC-260W-v1 smps resonant llc R46X resonant half bridge schematic zcs llc resonant dc-dc converter
Showing first 20 results.