MV-AX SERIES Search Results

capacitors MV-AX

Abstract: MV-AX Series
Contextual Info: Miniature Aluminum Electrolytic Capacitors MV-AX Series Low impedance, Long life MV-AX series is low impedance and long life. It is suitable for switching power supply, noise limiter etc. Solvent proof within 5 minutes . AX Low impedance Long Life CA • Specifications

capacitors MV-AX

Abstract: MV-AX Series 16MV470AX 16MV470AXL
Contextual Info: Miniature Aluminum Electrolytic Capacitors MV-AX Series Low impedance, Long life MV-AX series is low impedance and long life. It is suitable for switching power supply, noise limiter etc. Solvent proof within 5 minutes . • Specifications Items Specifications

MV-GX Series

Abstract: 16MV470 Sanyo ax gx Aluminum Electrolytic Capacitors sanyo ag sanyo mv-gx mv-gx capacitors capacitors Ax SANYO ELECTROLYTIC AX SANYO CAPACITORS SERIES AG Sanyo Electrolytic Capacitors sanyo ag
Contextual Info: Miniature Aluminum Electrolytic Capacitors MV-GX/AX Low impedance, Long life solvent proof Series MV-GX/AX series is low impedance and long life. It is suitable for switching power supply, noise limiter etc. Solvent proof (within 5 minutes). • Specifications

25MV330WX

Abstract: 10MV1000WX
Contextual Info: Miniature Aluminum Electrolytic Capacitors Super low impedance・ESR MV-WX Series MV-WX series is super low impedance and high ripple current at high frequency. MV-WX series reduced high-frequency impedance to 40% as compared with MV-AX series same size series .

MV-AX Series

Abstract: sanyo mv-wx Series capacitors wx d5 1820 capacitors MV-AX mv-wx series sanyo WX capacitors 4700 SANYO wx capacitor
Contextual Info: Miniature Aluminum Electrolytic Capacitors Low impedance and high ripple current MV-WX Series MV-WX series is low impedance and high ripple current at high frequency. MV-WX series reduced high-frequency impedance to 40% as compared with MV-AX series same size series .

35MV560WX

Abstract: 25MV330WX capacitors MV-AX
Contextual Info: Miniature Aluminum Electrolytic Capacitors Low impedance and high ripple current MV-WX Series MV-WX series is low impedance and high ripple current at high frequency. MV-WX series reduced high-frequency impedance to 40% as compared with MV-AX series same size series .

MV-CX Series

Abstract: 0049 capacitors MV-AX
Contextual Info: Miniature Aluminum Electrolytic Capacitors MV-CX Series Low impedance, Smaller in size, Long life MV-CX series is smaller than MV-AX series and low impedance, long life. It is suitable for switching power supply, noise limiter etc. Solvent proof within 5 minutes .

MV-AX Series

Abstract: 636P CDRH5D18 MAX1744 MBR0520L
Contextual Info: 12V INPUT C5 150uF 25V MV-AX C4 4.7uF 10V 10 C1 0.47uF SHDN 8 VH V+ EXT U1 MAX1744 7 3 C2 0.1uF SHDN GND CS 2 RWY 10/5/00 1 D1 MBR 0520L L1 47uH CDRH5D18 REF OUT C3 4.7uF 10V P1 FDC 636P 9 VL 3/5 6 5 4 +12V into +5V @ 300mA Notes: C3,C4 Taiyo Yuden C5,C6 Sanyo MV-AX series

Contextual Info: Thnl HEWLETT WFEM PACKARD Schottky Diode Selection Guides SOT-23/-143 General Purpose Schottky-Barrier Diodes Vf mV VF @ IF(V @ mA) Part VBr (V) (m in) (m ax) (m ax) Number 15 20 70 HSMS-282X HSMS-281X HSMS-280X 340 400 400 Ct (p F ) (m ax) RD(£i) (ty p )

ND487C2-3R

Abstract: ND487C1-3R ND487C2-3P ND487R1-3P ND487C1-3P ND487c2
Contextual Info: SILICON SCHOTTKY BARRIER DIODES ABSO LUTE MAXIMUM RATINGS ELECT R ICAL CHARACTERISTICS SERIES PART N UM BER QUANTITYCONFIGURATION PACKAG E CO D E If Pt mW (mA) If (mA) PEAK T sto (C) @lF Vf (mA) (mV) M AX DELTA DELTA Vf Ct Ct (mV) (Pf) (Pt) MAX MAX MAX ND411

SKP20A

Abstract: 6KP1 kd 778
Contextual Info: Transient Voltage Suppressors mp series 5000 Watt Peak Power Rating/5KP T ype N um ber Vwm V br M IN Vc @ M AX *T @ IT •pp a v br T ype N um ber •pp VWM V BR M IN It @IT lD @ VWM vc@ AV bh M AX Ipp See Notes V VDC mADC pA DC V A mV/°C 4.0 4.0 4.0 5KP26A

CH3401

Abstract: gk 078 vb GA034 A 2039 g 2040C EL2039 EL2039CN EL2040 EL2040CN HA2539
Contextual Info: EL2039C/EL2040C elantec 204OC EL 2Q39C/EL204 gh Slew^Hate Wideband Operational tAmplifier Very High HIGH PERFORMANCE ANAU3G INTEGRATÎD CIRCUITS F e a tu r e s G e n e r a l D e s c r ip i • Low offset voltage—0.5 mV typ., 2 mV m ax • Low supply current— 13 m A typ.,

Siliconix JFET Duals

Abstract: 2N5198
Contextual Info: Tem ic 2N5196/5197/5198/5199 Siliconix Monolithic N-Channel JFET Duals Product Summary P a rt N um ber VGS ofl (V) V(BR)GSS M in (V) gb M in (m S) I g M ax (pA) IVg s i - v GS2l M ax (mV) 2N5196 - 0 .7 to - 4 -5 0 1 -1 5 5 2N5197 -0 .7 to - 4 -5 0 1 -1 5

MC1510

Abstract: 733 op amp MC1553 MC3476 MC1741N MLM107 MC1436 MLF356 MLF357 OP AMP
Contextual Info: Operational Amplifiers SINGLE OPERATIONAL AMPLIFIERS IN T E R N A L L Y COM PENSATED V -Device MB HA m ax D e scrip tio n - v sVio mV m ax 'V T C \ / i o V ' lho nA ~ V a v0| V juV/°C v/v ty p m in A v - i V S R ( A v - l ] V sS u p p ly " V vV o lta g er

Contextual Info: Family Specifications 10EL SERIES DC CHARACTERISTICS VeE = VEE(min - V£E (m ax); V c c = ONDI) o°c ~40°C Min Max Min Max Min Max Min Max Unit -1080 -890 -1020 -840 -980 -810 -91 0 -720 mV Characteristic Sym bol 85°C 25 C VOH Output HIGH Voltage VOL Output LOW Voltage

2N3958

Abstract: 2N3958 equivalent
Contextual Info: T em ic 2N3958_ Siliconix Monolithic N-Channel JFET Dual Product Summary V g s WD w V BR GSS M in (V) gfe M in (m S) I g M a x (p A ) IVg s i - VGS2I M ax (mV) -5 0 1 -5 0 25 - 1 .0 to -4 .5 Features Benefits • • • • • • • •

SST401

Abstract: b0725 U421 jfet BRIMMING
Contextual Info: Tem ic U421/423 Siliconix Monolithic N-Channel JFET Duals Product Summary M in m S P a rt N um ber Vos(od) (V) U421 - 0 .4 to - 2 -4 0 0.3 -0.25 10 U423 -0 .4 to - 2 -4 0 0.3 -0.25 25 V (BR)GSS M in (V) g fs Ig M a x (p A ) IVgsi - v GS2l M ax (mV) Features

TO71 package

Abstract: 2n5564 845T
Contextual Info: Tem ic 2N5564/5565/5566 Siliconix Matched N-Channel JFET Pairs Product Summary Part Num ber V GS off (V) V(BR)GSS M in (V) gfs M in (m S) I g Typ (pA ) |Vgsx - VGS2l M ax (mV) 2N5564 -0 .5 to - 3 -4 0 7.5 -3 5 2N5565 -0 .5 to - 3 -4 0 7.5 -3 10 2N5566 -0 .5 to - 3

2n5911

Abstract: Siliconix N-Channel JFET
Contextual Info: Tem ic 2N5911/5912 S e m i c o n d u c t o r s Matched N-Channel JFET Pairs Product Summary Part Number VGS off (V) V(BR)GSS M iö (V) gfc M in (mS) I g Typ (pA) !VGS 1 - V GS2I M ax (mV) 2N5911 -1 to - 5 -25 5 -1 10 2N5912 - i to —5 -25 5 -1 15 Applications

LM5528

Abstract: LM7528
Contextual Info: LM5528/LM5529: The following apply for -5 5 °C < T A < 125°C Note 1 T E S T C O N D IT IO N S (E A C H A M P L I F I E R ) PA RA M ETER Differential Input Threshold Voltage (V y h ) (N o te 2) M IN 10(8) 35(33) M AX U N IT mV 15 Differential In put Threshold Voltage

LH0032

Contextual Info: EL2006 /EL2006A High Gain Fast FETInput Op Amp HIGH F e a tu r e s G e n e ra l D e sc r ip tio n • 90 dB open loop gain • 450 V /jns slew rate • 40 M H z b andw idth • N o th erm al tail • 3 mV m ax in p u t offset voltage • Offset nulls w ith single p o t

UA7812C TO-3

Abstract: UA7824 to3 UA7812C UA7805M UA7805C voltage regulator to3 pin diagram of IC 4013 n UA7800 uA7805C UA7824M UA7824
Contextual Info: THOMSON SEMICONDUCTORS THREE-TERM INAL FIXED POSITIVE VOLTAGE REGULATORS This series of three-terminal regulators is available with several fixed output voltages making them useful in a wide range of applications. One of these is local on card regulation, eliminating the distribution problems associated with

BAV99

Contextual Info: BAV99 IL SILICON PLANAR EPITAXIAL HIGH-SPEED DIODES Silicon planar high-speed switching series diode pair M arking PA C K A G E O U TLIN E D ETAILS BAV99 * A 7 A L L DIM ENSION S IN m m Pin configuration 1 = ANODE 2 = CATHODE 3 = CATHODE/ANODE 0.90 1.80 A BSO LU TE M A XIM U M RATINGS

L78LD5

Abstract: L78L05 connection L78L33 regulator 3.3v CL78L05 L78L33 L78L33 regulator L78L12 78l05 sot-89 SC06680 l78l05
Contextual Info: L78L00 SERIES POSITIVE VOLTAGE REGULATORS . OUTPUT CURRENT UP TO 100 mA - OUTPUT VOLTAGES OF 3.3; 5; 6; 8; 9; 12; 15; 18; 24 V - THERMAL OVERLOAD PROTECTION . SHORT CIRCUIT PROTECTION . NO EXTERNAL COMPONENTS ARE REQUIRED . AVAILABLE IN EITHER± 5% AC OR ± 10%