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Part Manufacturer Description Datasheet Download Buy Part
DC1160A Linear Technology BOARD EVAL LED DRIVER LT3518
DC1319B-A Linear Technology BOARD EVAL LED DRIVER LT3756
DC1205A Linear Technology BOARD EVAL LED DRIVER LT3592
DC1319A-B Linear Technology BOARD EVAL LED DRIVER LT3756-1
LTC4358IDE#PBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C
LTC4358IDE#TRPBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C

ph 4531 diode Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
XMX-A06L2135

Abstract: XMXA12L2135 XMA-V12L2135 XMX-A12L2135 XMAV12L2135 XMAV06L2135 XMXA06L2135 XMAV25L2135 XMA-V06L2135 XMA-V25L2135
Text: the switching point on rising pressure ( PH ) first and then the switching point on falling pressure (PB). Switching point on rising pressure The switching point on rising pressure ( PH ) is set by , setting screw) Adjustable range of switching point ( PH ) (Rising pressure) 1.6 bar (14.5.87 psi , differential (subtract from PH to give PB) Maximum permissible pressure Min. at low setting 0.8 bar , bar (290 psi) Per cycle 7.5 bar (108.7 psi) 15 bar (217.5 psi) 31.25 bar ( 453.1 psi) 7.5 bar


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PDF XMA-ZL001 XMX-A25L2135, XMX-A25L2435 25L2135, 25L2435 25L2135 XMX-A06L2135 XMXA12L2135 XMA-V12L2135 XMX-A12L2135 XMAV12L2135 XMAV06L2135 XMXA06L2135 XMAV25L2135 XMA-V06L2135 XMA-V25L2135
FR-E540-2.2K-EC manual

Abstract: mitsubishi fr-e540-3.7k-ec FR-E540-3.7K-EC MANUAL FR-E540-7.5K-EC MANUAL FR-CB2-485 sc-frpc FR-E540-2.2K-EC mitsubishi inverter fr service manual FR-AF740 FR-A740
Text: 233 9556 Nottingham Tel: 0115 970 4531 Fax: 0115 942 2240 Wakefield Tel: 01924 241290 Fax , 9556 Nottingham Tel: 0115 970 4531 Fax: 0115 942 2240 Wakefield Tel: 01924 241290 Fax: 01924 , 9555 Fax: 0116 233 9556 Nottingham Tel: 0115 970 4531 Fax: 0115 942 2240 Wakefield Tel: 01924 , 4531 Fax: 0115 942 2240 Wakefield Tel: 01924 241290 Fax: 01924 241291 Newcastle-u-Lyme Tel , Power Rating 0.2 ­ 1.5 kW Supply Conditions 1 ph 240 volts Output Frequencies 0 - 120 Hz


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PDF S520SE S540E E520S 75-55kW /F740) MX500 FIL35XNO* FR-E540-2.2K-EC manual mitsubishi fr-e540-3.7k-ec FR-E540-3.7K-EC MANUAL FR-E540-7.5K-EC MANUAL FR-CB2-485 sc-frpc FR-E540-2.2K-EC mitsubishi inverter fr service manual FR-AF740 FR-A740
ph 4841

Abstract: 9s020
Text: cade V f 701 SB PH ? 97.03.24 *· P.NIZZI sue dwg no 213 w F70176 PNZ 97.03.26 2ÍXJT JU PHAUVAN 96.0 4.16 96.04.16 scale X FS0621 PH Z 98.09.03 P.NI22I sheet A2 JUP 5:1 Y F9Û129 OLE 9S.02.04 85 04.16 1 oí 2 j , 19.91 2 4 .9 9 2 7 .5 3 32.61 32.61 4 0 .2 3 45.31 5 0 .3 9 58.01 70.71 83.41 8 8 .4 9 58.01 10.31 1 2


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PDF F70176 ph 4841 9s020
BB88

Abstract: No abstract text available
Text: €” BLACK. POSTS: PH OS PH OR BRONZE 0.000381 [.00 001 5] GOLD IN CONTACT AREA, 0 .0 0 2 5 4 - 0 , 45.72 [ 1 .8 8 4 ] [ 1 .8 0 0 ] 45.31 43-1 8 [ 1 -7 8 4 ] [ 1 -7 0 0 ] 42. / / 40.64 [ 1 .6 8 4


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PDF 31MAR2000 BB88
Not Available

Abstract: No abstract text available
Text: PU TS (A C T IV E H IG H ) PIN N A M E S * 0 “ 11 2 I I 4531 B Z I F U N C T IO N , Delay, l ^ V hl 'tlh v DD = i o v 195 Propagation Delay, I g 'H l to Z l PH L t PLH


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PDF 4531B 13-INPUT
Not Available

Abstract: No abstract text available
Text: 54132-5031 f - 4531 \ l - -4331 -4031 -3831 -3631 -3531 -3431 1 -3331 -3231 54132-3031 ENG. NO , PLATING? 3~9 m ic r o m e t e r (E L E C T R IC A L PLA TIN G ) A P PLY FOR EVEN C IR C U IT . : PH


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PDF XJ-54
ANSI-J-STD-001

Abstract: mil-c-25769 ANSI-J-STD-001B raychem heat shrinkable joint procedure MIL-L-7808 Raychem terminations high voltage test report Raychem joint high voltage raychem heat shrinkable end termination MIL-S-81824 RT-1404
Text: specified in 4.5.3.1 , the voltage drop across the shield termination shall not exceed that of an equivalent , Drop (see 3.6.1). 4.5.3.1 Voltage Drop of Shield Terminator. The voltage drop of the SolderSleeve , terminators shall be measured as described in 4.5.3.1 . The voltage drop across the center conductor , -8243 MIL-C-25769 pH 10-12 MIL-T-5624 6 TEST CONDITION a) Immerse for 5 minutes at 120 ± 3°C or at


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PDF RT-1404 ANSI-J-STD-001 mil-c-25769 ANSI-J-STD-001B raychem heat shrinkable joint procedure MIL-L-7808 Raychem terminations high voltage test report Raychem joint high voltage raychem heat shrinkable end termination MIL-S-81824 RT-1404
Not Available

Abstract: No abstract text available
Text: ­ RENT (Am ps) MIN. IND. ( PH ) LEAD DIAMETER "A" 50.35 6.61 0.064 [1.63] 45.31 , MODEL TJ ELECTRICAL SPECIFICATION RANGES MODEL INDUCTANCE RANGE1 ( PH ) DC RESISTANCE RANGE2 , ) (Am ps) NOM. IND. @ 0 DC AMPS ( PH ) (Amps) MIN. IND. ( PH ) (Am ps) MIN. IND. ( pH ) (Am ps) MIN. IND. ( pH ) TJ3-XX 12 t 20% 0.006 10.0 1.19 5.50 0 91 8 88 , ­ RENT (Am ps) MIN. IND. ( pH ) LEAD DIAMETER "A" 16.50 0.61 0.032 [.813] 14.14


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PDF
Not Available

Abstract: No abstract text available
Text: ) MIN. IND. ( PH ) LEAD DIAMETER "A" 7.71 50.35 6.61 0.064 [1.63] 9.52 45.31 , % CUR­ RENT (Amps) MIN. IND. ( PH ) 30% CUR­ RENT (Amps) MIN. IND. ( PH ) 40% CUR­ RENT (Amps) MIN. IND. ( PH ) LEAD DIAMETER "A" MODEL IND. (MH) TOL. DCR MAX , . IND. @ 0D C AMPS INDUCTANCE SHIFT WITH DC CURRENT* MODEL ( pH ) TOL. DCR MAX. (Ohms) (MH) 10% CUR­ RENT (Amps) ( PH ) 20% CUR­ RENT (Amps) ( PH ) 30% CUR­ RENT


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PDF 330pH 03-May-99
PH ON 823 m 9010

Abstract: No abstract text available
Text: ) MIN. IND. (1*H ) 30% CUR­ RENT (Amps) MIN. IND. ( pH ) 40% CURRENT (Amps) MIN. IND. ( pH ) LEAD DIAMETER "A" MODEL IND. pH ) LEAD DIAMETER "A" MODEL IND. ( pH ) TOL. NOM. DCR (Ohms) TJ4-XX , ) (Amps) ( pH ) LEAD DIAMETER "A" MODEL (1*H) TOL. (Ohms) (Amps) pH ) (Amps)


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2000 - Philips TdA3619

Abstract: on4408 tda3619 on4827 TDA5247HT on4785 OF622 FAST RECOVERY DIODE ON4913 on4802 OQ9811T
Text: 30-6-01 30-6-01 30-6-01 30-6-01 30-6-01 30-6-01 30-6-01 30-6-01 Ph :1N4001G 133 NC Ph :1N4002G 133 NC Ph :1N4002ID 133 NC Ph :1N4003G 133 NC Ph :1N4003ID 133 NC Ph :1N4004G 133 NC Ph :1N4004ID 133 NC Ph :1N4005G 133 NC Ph :1N4006G 133 NC Ph :1N4007G 133 NC Ph :1N4007ID 133 NC Ph :1N4007ID/EB 133 NC Ph :1N5060 133 NC Ph :1N5061 133 NC Ph :1N5062 133 NC Ph :2N5064 112 NC 2N5550 126 74ABT16245BDL , AU5780AD Ph :BAQ800 133 NC BC327-40 112 / 116 BC337-16 112 / 126 BC368 112 / 126 / 412 BC369 112 / 126


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2005 - ph-20 diode

Abstract: C 15 PH diode v 20 ph diode SNVA021 diode PH-33
Text: 2.2 PH D Vout Vin Vin Cin 4.7 PF En Gnd + - Sw Vout LM3519 Cout 1 PF LED_rtn Logic , reverse biases the external diode . The LED current is supplied by the output capacitor when N1 is , diode is forward baised. The inductor current then flows through the diode to the LED load to replenish , stated.) Efficiency vs VIN 85 90 3.3 PH 83 EFFICIENCY (%) 25° C 80 EFFICIENCY (%) 1 PH 1.5 PH 70 81 -40° C 85° C 79 2.2 PH Efficiency vs VIN 77 4 LEDs 75 2.7 3.1 60 4 LEDs 3.5 3.9 4.3 4.7 5.1


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PDF LM3519 SNVS394B LM3519 30kHz OT-23 ph-20 diode C 15 PH diode v 20 ph diode SNVA021 diode PH-33
2005 - diode PH-33

Abstract: C 15 PH diode
Text: L 2.2 PH D Vout Vin Vin Cin 4.7 PF En Gnd + - Sw Vout LM3519 Cout 1 PF LED_rtn Logic , turns on N1 power device. N1 conducts current through the inductor and reverse biases the external diode , concluded, the internal power device is turned off and the external diode is forward baised. The inductor current then flows through the diode to the LED load to replenish the output capacitor and keep the LED , 90 3.3 PH 2.2 PH Efficiency vs VIN 83 EFFICIENCY (%) 25° C 80 EFFICIENCY (%) 1 PH 1.5 PH 70


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PDF LM3519 SNVS394A LM3519 30kHz OT23-6 diode PH-33 C 15 PH diode
2005 - ph-20 diode

Abstract: ph-200 diode
Text: . The LM3519 is available in a tiny 6-pin SOT-23 package. Typical Application L 2.2 PH D Vin , biases the external diode . The LED current is supplied by the output capacitor when N1 is conducting. Once N1 on-time period is concluded, the internal power device is turned off and the external diode is forward baised. The inductor current then flows through the diode to the LED load to replenish the output , .) Efficiency vs VIN Efficiency vs VIN 90 85 2.2 PH 3.3 PH 83 25° C 81 EFFICIENCY


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PDF LM3519 SNVS394A LM3519 30kHz OT-23 ph-20 diode ph-200 diode
2005 - PH-17 DIODE

Abstract: lm3519
Text: power device. N1 conducts current through the inductor and reverse biases the external diode . The LED , , the internal power device is turned off and the external diode is forward baised. The inductor current then flows through the diode to the LED load to replenish the output capacitor and keep the LED , .) Efficiency vs VIN Efficiency vs VIN 85 90 2.2 PH 3.33PH 83 25° C 81 EFFICIENCY (%) EFFICIENCY (%) 80 -40° C 85° C 79 1 PH 1.5 PH 70 60 77 4 LEDs 4


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PDF LM3519 SNVS394A LM3519 30kHz OT23-6 PH-17 DIODE
Not Available

Abstract: No abstract text available
Text: ­ RENT MIN. IND. 40% CUR­ RENT MIN. IND. MODEL ( pH ) TOL. (Ohms) (Amps) pH ) (Amps) ( pH ) (Amps) ( PH ) LEAD , MIN. IND. ( pH ) (Amps) ( PH ) (Amps) ( pH ) (Amps) ( PH ) (Amps) ( PH ) LEAD DIAMETER "A" ( pH ) TOL. (Ohms) (Amps TJ7-XX 1800.0 ± 15% 0.233 3.5 1798.28 , 34.85 9.52 45.31 8.16 0.064 [1.63] TJ9-XX 18.0 ± 20% 0.012 20.0 19.36


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PDF 03-May-99
Chiller

Abstract: 532 nm laser diode Nd-yag NL220 invisible TEM00 c 10 ph diode diode marking 355 Tokyo Instruments
Text: S E R I E S HIGH ENERGY Diode Pumped Q-switched Nd:YAG Lasers FEATURES m , version is available m Simple and robust all solid Diode pumped NL220 series lasers development as , . Specifications are subject to changes without advance notice. RELATED PRODUCTS NANOSECOND Q-SWITCHED DIODE , triggering 532/355/266 nm wavelengths available PICOSECOND MODE-LOCKED DIODE PUMPED PL2200 SERIES , SALES AND SERVICING REPRESENTATIVES J A P A N TOKYO INSTRUMENTS Ph .: +81-3-368 647 11 Fax


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PDF TEM00 NL220 NL220 RS232 Chiller 532 nm laser diode Nd-yag invisible c 10 ph diode diode marking 355 Tokyo Instruments
2008 - SM3386

Abstract: Infrared receiver module SM3386 UTC8227 SC16233 SC9830 Infrared receiver SM3386 sa9259 sa9258 SC9243 SC6122
Text: Photoelectricity Signal Bias Input Input Current Of Central Diode B Input Current Of Central Diode A Input Current Of Central Diode C Input Current Of Central Diode D Input Current Of Satellite Diode F Input Current Of Satellite Diode E Low-level Input Current at PA Port. High-level Output Current at PA Port , ) Characteristics Symbol Low-level Input Current at PH Port. IOL(H) 10 mA High-level Output Current at PH Port. IOH(H) 5 mA Low-level Input Current at PI Port. IOL(I) 10 mA


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PDF SC9699P SC9699P QFP-100-14x20-0 SM3386 Infrared receiver module SM3386 UTC8227 SC16233 SC9830 Infrared receiver SM3386 sa9259 sa9258 SC9243 SC6122
PH 21 DIODE

Abstract: smd diode bat15 DIODE schottky 0.2v BAR64-02V rf 12 pin marking BA892-02V BAT15V-02V rf detector diodes BAR64V-02V BAR63V-02V
Text: System (GPS) TX Control PIN-Diode Schottky-Diode L C PIN Diode C PIN Diode TX RX L L RX Control PIN-Diode as Antenna Switch PIN Diode C C PIN Diode C C , R = 50 ø Vrf L Vdetect L L Schottky Diode Vr PIN-Diode as Voltage Controlled , PH : +1-402-563-6866 FAX: +1-402-563-6296 VISHAY INTERTECHNOLOGY ASIA PTE LTD. SINGAPORE PH : +65-6788-6668 FAX: +65-6788-0988 VISHAY JAPAN CO LTD. JAPAN PH : +81-3-5464-6411 FAX: +81-3-5464-6433


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PDF OD523 SC-79) OD323 OD523 BAR63-02V, BAR64-02V, BAR65-02V PH 21 DIODE smd diode bat15 DIODE schottky 0.2v BAR64-02V rf 12 pin marking BA892-02V BAT15V-02V rf detector diodes BAR64V-02V BAR63V-02V
isfet ph SENSOR

Abstract: ISFET ISFET pH OIB40S01 bio-medical temperature sensor ph sensor characteristics WORKING PRINCIPLE OF proximity sensor diode C 12 PH water ph level sensor ph probes
Text: OII1 ISFET SENSOR for pH measurement _ General Description The OII1 sensor consists of one silicon ISFET chip for pH measurement. The sensor makes use of the potentiometric , and repeatable pH response. The solid state device has many advantages in comparison to the standard , device allows high integration level in different application field where an accurate pH measurement is , Sensing Layer Small Dimensions (L=13 mm, W=7.6 mm) High Sensitivity = 55 mV/ pH Fast Response Time = 1-2 s


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2006 - VD 1221 diode

Abstract: No abstract text available
Text: device as shown in Figure 9. The PH pin should be routed to the output inductor, catch diode , and boot , CATCH DIODE INPUT INPUT BULK BYPASS CAPACITOR FILTER BOOT OUTPUT INDUCTOR PH VIN GND ENA NC NC , external catch diode between PH and GND. The selected diode must meet the absolute maximum ratings for the , SIMPLIFIED SCHEMATIC Efficiency vs Output Current VIN VIN PH VOUT 100 95 90 85 TPS5420 NC , otherwise noted) VALUE VIN BOOT PH (steady-state) VI Input voltage range EN VSENSE BOOT-PH PH (transient


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PDF TPS5420-EP SLVS717 110-m VD 1221 diode
2006 - B340A

Abstract: TPS5420 TPS5420D TPS5420DR TPS5420-EP TPS5420MDREP TPSD107M010R0080
Text: under the device as shown in Figure 9. The PH pin should be routed to the output inductor, catch diode , APPLICATION INFORMATION (continued) PH BOOT CAPACITOR CATCH DIODE BOOT RESISTOR DIVIDER , . Catch Diode The TPS5420 is designed to operate using an external catch diode between PH and GND. The , ., TPS5420DR). SIMPLIFIED SCHEMATIC Efficiency vs Output Current VIN 100 VOUT PH VIN 95 , to 50 PH (steady-state) VI Input voltage range UNIT ­0.3 to 38 (3) VIN ­0.6 to 38


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PDF TPS5420-EP SLVS717 110-m B340A TPS5420 TPS5420D TPS5420DR TPS5420-EP TPS5420MDREP TPSD107M010R0080
Not Available

Abstract: No abstract text available
Text: *H) TOL. (Ohms) (Amps) NOM. IND. @ 0 DC AMPS ( pH ) TJ4-XX 1.2 ± 20% 0.006 , 40% CUR­ RENT (Amps) MIN. IND. ( pH ) LEAD DIAMETER "A" 0.65 26.26 0.55 0.032 , STANDARD ELECTRICAL SPECIFICATIONS [Numbers in brackets indicate millimeters] MODEL IND. ( pH ) DCR MAX. TOL. RATED CUR­ RENT (Ohms) (Amps NOM. IND. @ 0DC AMPS ( PH ) INDUCTANCE SHIFT WITH DC CURRENT* 10% CUR­ RENT (Amps) MIN. IND. ( PH ) 20% CUR­ RENT 30% CURÂ


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PDF 03-May-99
2006 - Not Available

Abstract: No abstract text available
Text: device as shown in Figure 9. The PH pin should be routed to the output inductor, catch diode , and boot , CATCH DIODE INPUT INPUT BULK BYPASS CAPACITOR FILTER BOOT OUTPUT INDUCTOR PH VIN GND ENA NC NC , external catch diode between PH and GND. The selected diode must meet the absolute maximum ratings for the , SIMPLIFIED SCHEMATIC Efficiency vs Output Current VIN VIN PH VOUT 100 95 90 85 TPS5420 NC , otherwise noted) VALUE VIN BOOT PH (steady-state) VI Input voltage range EN VSENSE BOOT-PH PH (transient


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PDF TPS5420-EP SLVS717 110-m
C 15 PH Zener diode

Abstract: diode zener ph c 20 ph Series Zener zener diode ph sr5 diode
Text: Circuitry of an ESD Protection Diode 80 ESD Clamping Voltage Depends on the ESD Voltage 70 I , Voltage drop at a protection diode during 8kV ESD Ls = Series inductance made by bond wires & package , Time axis (ns) The diagrams above show the typical ESD clamping voltages of a protection diode , becomes maximal. 10 0 0 The clamping voltage of an ESD protection diode is determined by three , Voltage drop at the series resistance of the diode : VRs = IESD * RS · Voltage drop at the bondwire and


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PDF VMN-PL0431-1006 C 15 PH Zener diode diode zener ph c 20 ph Series Zener zener diode ph sr5 diode
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