730G Search Results

Contextual Info: *1 A jûJW M j electronics, i n e E x n e r ie n c e to M ake a k e it Right.Service to M ake it Fast! Experience * 1 For Power Applications get the FORCE. • P O m * «PACITOW 681P • 684P * 709G • 730G • 731G • 734G • 744G • 883G • DC Link • DC Bus Filter

CECC-730G

Abstract: 840g CECC
Contextual Info: CECC 型高静压差压变送器 型号规格表 名称 型号 CECC-730G CECC-830G CECC-740G CECC-840G 高静压差压 CECC-750G CECC-850G CECC-760G CECC-860G CECC-870G 测量范围 （连续可调） 0-6/40kPa 0-40/250kPa 0-0.16/1MPa 0-0.4/2.5MPa 0-1.6/10MPa

Contextual Info: TYPE 730G WRAP-AND-FILL HIGH VOLTAGE METALIZED POLYPROPYLENE FILM CAPACITORS G-FORCE POWER CAPACITORS ELECTRICAL SPECIFICATIONS CAPACITANCE RANGE: 0.01 F to 2.5 μF VOLTAGE RATING: • 850 VDC to 3,000 VDC • 450 VRMS to 750 VRMS CAPACITANCE TOLERANCE: ±20%, ±10%, ±5%

G730G

Contextual Info: DT100/150-C Series 100W to 150W AC-DC External Power Supplies Features u CEC and EISA1 Compliant Models u Wide Range AC Input u Power Factor Correction u Low Profile & Lightweight u 87% Avg. Active Efficiency Key Market Segments & Applications Specifications

VQP-100-3D

Contextual Info: • VQP-100-3D Switching Power Supply Features •Universal AC input / Full range ·Built-in active PFC function, PF>0.95 ·Protections:Short circuit/Over load/Over voltage ·Free air cooling convection ·CH4: Polarity is selectable ·Fixed switching frequency at 100KHz Optional

VQP-100-3C

Contextual Info: • VQP-100-3C Switching Power Supply Features •Universal AC input / Full range ·Built-in active PFC function, PF>0.95 ·Protections:Short circuit/Over load/Over voltage ·Free air cooling convection ·CH4: Polarity is selectable ·Fixed switching frequency at 100KHz Optional

SSI-LXN730GD

Abstract: SSL-LX5093GT T-13 BC 543
Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. SSI —730GD REV. A B C D E 013,80 [00,543] E E.C.N. NUMBER AND REVISION COMMENTS ADDED NOTES. ADDED NOTE 3. ADDED MATERIAL NOTES. CHANGED NOTE 3. E.C.N. # 1 OBRDR. & REDRAWN. ELECTRO-OPTICAL CHARACTERISTICS Ta = 25'C

1SR71-40

Abstract: 1SR72-40 1SR73-40 S15S4 S15S6 S30S4A S30S6 S60S4 S60S6 SB05-03C
Contextual Info: - 102 - ft B % S5S4 S5S4M S15S4 S15S6 S30S4A S30S6 S60S4 S60S6 SB05-03C SB05-03Q SB05-05CP SB05-05NP SB05-05P SB05-09 SB05-18M SB07-03C SB07-03N SB07-03P SB10-03A2 SB10-03A3 SB10-04A3 SBlO-05 SB10-05A2 SB10-05A3 SB10-05PCP S B10-09F S B10-09P SB11-04HP S B20-03B

BQ 6100

Abstract: svc203cp SVC303 ND3048 ND3049-3D ND3049-5E ND3050-3D ND3050-5E SVC201SPA SVC201Y
Contextual Info: - & s # « mm sn * *£ P m W «ŸBBM ft Vr m Vr (V) (V) mm £1* Ct. C j * (pF) nin typ max gs.tk Q min V r (V) mi n typ max VI (V) V2 (V) <Q) & Umax $ V r (V) f (MHz) - n f d max Ct(Vl)/Ct(V2) 199 (UA) V r (V) ND3048-5E Tan 200 25 0. 7 1.1 1. 5 8 25 50 0. 1

1SV196

Abstract: 1SV237 1S2186 1SS238 1SS241 1SS364 1SV26 1SV27 1SV28 1SV34
Contextual Info: 176 - - * m Vrrm V £ 1S 218 6 I S S I 55 1SS238 1SS241 1S S364 1SV26 1 SV 2 7 1SV28 1SV34 1SV35 1SV36 1 SV 3 7 1SV46 1SV47 1SV48 1SV48-1 1SV48-2 1SV65 1SV66 1SV77 1SV80 1SV99 1SV121 1SV122 1SV128 1SV156 1 SV157 1 SV 172 1 SV178 1SV187 1SV195 1SV196 1SV233

S15S4

Abstract: S15S6 S60S4 SE014 1SR71-40 1SR72-40 1SR73-40 S30S4A S30S6 S60S6
Contextual Info: - 102 ft B % S5S4 S5S4M S15S4 S15S6 S30S4A S30S6 S60S4 S60S6 SB 0 5 -0 3 C S B 0 5 -0 3 Q SB 0 5 -0 5 C P S B 0 5 -0 5 N P S B 0 5 -0 5 P S B 0 5 -0 9 SB 0 5 -1 8 M SB 0 7 -0 3 C SB 0 7 -0 3 N SB 0 7 -0 3 P S B 1 0 -0 3 A 2 S B 1 0 -0 3 A 3 S B 1 0 -0 4 A 3

1SR71-40

Abstract: 1SR72-40 1SR73-40 S15S4 S15S6 S30S4A S30S6 S60S4 S60S6 SB05-03C
Contextual Info: - 102 - ft B % S5S4 S5S4M S15S4 S15S6 S30S4A S30S6 S60S4 S60S6 SB05-03C SB05-03Q SB05-05CP SB05-05NP SB05-05P SB05-09 SB05-18M SB07-03C SB07-03N SB07-03P SB10-03A2 SB10-03A3 SB10-04A3 SBlO-05 SB10-05A2 SB10-05A3 SB10-05PCP S B10-09F S B10-09P SB11-04HP S B20-03B

SE014

Abstract: S15S6 S60S4 S15S4 S30S4A 1SR71-40 1SR72-40 1SR73-40 S30S6 S60S6
Contextual Info: - 102 - ft B % S5S4 S5S4M S15S4 S15S6 S30S4A S30S6 S60S4 S60S6 SB05-03C SB05-03Q SB05-05CP SB05-05NP SB05-05P SB05-09 SB05-18M SB07-03C SB07-03N SB07-03P SB10-03A2 SB10-03A3 SB10-04A3 SBlO-05 SB10-05A2 SB10-05A3 SB10-05PCP S B10-09F S B10-09P SB11-04HP S B20-03B

SD-75541-XXXX

Abstract: SD-75555-XXXX PS-75431-999 75561
Contextual Info: FEATURES AND BENEFITS High-current, custom configurable, board-to-board connector system delivers up to 380.0A per inch The EXTreme PowerMass Connector is the ultimate high-current power interconnect system. Designed as a modular, stiffener based system, EXTreme PowerMass™

AR1310

Abstract: AR3010 AR9102 AR1303 ms 25237-327 Telefunken TLX 22 4 G5602 MV55A rca 7646 RCA 7945
Contextual Info: 1080 Johnson Drive Buffalo Grove, IL 60089 708-459-3400 Fax 708-459-2708 _ «OHI C hicago M iniature WHERE INNOVATION COMES TO LIGHT C o m p e titiv e Cross R e fe re n c e Competitor Page

M15098

Abstract: MS90451-7152 MS25237-387 ms24515 MS25237-327 MS24367-715AS15 MS25231-313 MS25237 OL387 MS15571-11
Contextual Info: 1080 Johnson Drive Buffalo Grove, IL 60089 _ 708-459-3400 Fax 708-459-2708 flH H C h ic a g o M iniature WHERE INNOVATION COMES TO LIGHT C o m p e titiv e C ross R e fe re n c e Competitor Page

EN500081-1

Abstract: IP20-rated ADN30-24-3PM EN50082-1 EN61000-4-2 EN61000-4-3 EN61000-4-4 EN61000-4-5 EN61000-4-6 IEC60079-15
Contextual Info: 120-960 Watts ADN Series Total Power: 120 - 960 Watts Input Voltage: 1Ø or 3Ø 380-480 VAC # of Outputs: One 3-Phase Electrical Specs Input Nominal voltage Power factor PFC AC Input range DC Input range Frequency Phase 380-480 VAC EN61000-3-2 340-576 VAC

GSW150-12

Abstract: GSW150-15 GSW150 VHR-4N CSA22 B3P5-VH GSW-15 GSW150-24 B3P5 JST B4P-VH
Contextual Info: /59# NEW /59 # FEATURES SAFETY STANDARDS * Resonant switchers, power factor correction and main converter * Power factor correction up to 0.99, meeting IEC61000 -3-2 EN61000-3-2 * 85 to 264VAC universal input * High efficiency up to 90% * Low EMI, meeting FCC B, CISPR B

ZO 109

Abstract: zo 150 17 20L6P44 IC 555 timer data sheet 16FL2C41A 16FL2CZ41A 16FL2CZ47A 16FWJ2C42 16GWJ2C42 16GWJ2CZ47
Contextual Info: - •x £t m & 16F L 2 C 4 1 A 16 F L 2 C Z 4 1 A 16FL2C Z 4 7 A 16FWJ2C42 16GWJ2C42 1 6 G W J2CZ42 16GWJ2 C Z 4 7 20BG2C11 ZOBGZZll 20BL2C41 20CL2C41 20CL2C41A 2 0 C L 2 C Z 4 1A 20CS 0 4 F M 2 0 CS04M 20 D 2 F M 20D4FM 20 D 6 F M 20DG2C11 20DG2Z11 20DL2C41

SE014

Abstract: 1SR71-40 1SR72-40 1SR73-40 S15S4 S15S6 S30S4A S30S6 S60S4 S60S6
Contextual Info: - 102 - ft B % it € Vr sm V S5S4 S5S4M S15 S4 S15 S6 S30S4A S30S6 S60 S4 S60S 6 SB05-03C SB0 5-03Q SB05-05CP SB0 5-05N P SB05-05P SB05-09 SB05-18M SB07-03C SB07-03N SB07-03P SB1 0-0 3A 2 SB1 0-0 3A 3 S B10- 04A 3 SBlO -05 SB10-05A2 SB10-05A3 SB10-05PCP

KV1320

Abstract: KV1260-2 KV1250M KV1260 KV1280-1 KV1280-2 KV1281-1 KV1281-2 KV1281-3 KV1296M
Contextual Info: 192 - B % ft ft * S ft £ P Vr m Vr mW (V) (V) ÌR1J5È min typ max fdmax Ct(Vl)/Ct(V2) MSáfefr &Ì* Ct. C j # ( p F ) V r (V) min typ max V I (V) Q m in ¡R tn a x V r (V) f(MHz) (/í A) V r (V) 4. 200 1 1 0. 1 10 A C t < 2 % ( V R = l , 3. 5, 4. 5V) 115 A

SE014

Abstract: S15S4 1SR71-40 1SR72-40 1SR73-40 S15S6 S30S4A S30S6 S60S4 S60S6
Contextual Info: - 102 - ft B % S 5S 4 S5S4M S15S4 S15S6 S30S4A S30S6 S60S4 S60S6 S B 0 5-0 3C S B 0 5 -0 3 Q S B 0 5-0 5C P S B 0 5 -0 5 N P SB 0 5-0 5P S B 0 5 -0 9 S B 0 5-1 8M S B 0 7-0 3C SB0 7-0 3N S B 0 7-0 3P S B 1 0 -0 3 A 2 S B 1 0 -0 3 A 3 S B 1 0-0 4A 3 S B lO - 0 5

MC921

Abstract: MA205WK MA206 MA207 MA221 MA222 MA223 MA291 MA858 MA859
Contextual Info: -161 M m % a £ Vrrm Vr UH 15 IS] f t fé fe I fm Io, I f * T fc ft I fsm T fc # VFiiiax V (V) (mA) (°C> fó T 80 40 80 35 50 80 40 80 35 50 225 200 200 225 225 100* 100* 100* 100* 100* 0. 5 MA223 MA291 MA856 MA858 MA859 të T fô T fô “F fâ T fô T

Contextual Info: IBM11 M4730C IBM11 M4730CB 4M x 72 DRAM M O D U LE Features Optimized for ECC applications • 168 Pin JEDEC Standard, 8 Byte Dual In-line Memory Module System Performance Benefits: • 4Mx72 Fast Page Mode DIMM • Performance: ; -60 ; -70 ; I rac RAS Access Tim e