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PTB48501AAS Texas Instruments IC 2-OUTPUT 32.4 W DC-DC REG PWR SUPPLY MODULE, DIP-10, Power Supply Module
PTB48511AAS Texas Instruments 2-OUTPUT 65W DC-DC REG PWR SUPPLY MODULE, DIP-8

D4DH-1AAS datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
D4DH-1AAS D4DH-1AAS ECAD Model OMRON Hinged Safety Door Switch Scan PDF

D4DH-1AAS Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2010 - D4NH-4BAS

Abstract: D4DH-3AAS D4DH-5ABC IEC60269 GS-ET-15 EN60947-5-1 EN60204-1 EN1088 D4NH-8CAS zb omron
Text: Discontinued Products Recommended substitute product D4DH-15AS D4NH- 1AAS D4DH-1AAS D4NH , connector 1-conduit D4NH- 1AAS M20 2-conduit 2NC/1NO (Slow-action) G1/2 Shaft 2NC , . Weight Approx. 87 g (D4NH- 1AAS ) Approx. 97 g (D4NH-1ABC) Note: 1. The above values are initial


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PDF M12-connector D4NH-4BAS D4DH-3AAS D4DH-5ABC IEC60269 GS-ET-15 EN60947-5-1 EN60204-1 EN1088 D4NH-8CAS zb omron
4EBC

Abstract: ul listed conduit STM-12 GS-ET-15 EN60947-5-1 EN1088 DC-13 zb omron ST-M12 Safety Components Series Catalog Y106
Text: substitute product D4DH-15AS D4DH-1AAS D4NH-1BAS D4NH-2AAS D4DH-2AAS D4NH-2BAS D4DH , /1NO (Slow-action) 2NC (Slow-action) 2NC/1NO (Slow-action) 1-conduit Pg13.5 D4NH- 1AAS , . 87 g (D4NH- 1AAS ) Approx. 97 g (D4NH-1ABC) D4NH Conditional short-circuit current Note: 1 , -55BC D4NH-5ABC D4DH-5ABC D4NH-5BBC D4DH-65BC G-216 D4NH- 1AAS D4DH-25AS D4NH


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PDF F502-EN2-04 M12-connector G-217 C131-E2-01A-X G-218 4EBC ul listed conduit STM-12 GS-ET-15 EN60947-5-1 EN1088 DC-13 zb omron ST-M12 Safety Components Series Catalog Y106
D4DH-15AS

Abstract: D4DH-1AAS lapp cable current rating EN60947-5-1 OA-W1609 electromagnetic lock LAPP ST-PF1/2 53015030 EN1088 D4DH-5ABC
Text: -15AS D4DH-1AAS G1/2 (Japanese type) D4DH-25AS D4DH-2AAS 1/ -14NPT 2 (North American type


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PDF EN50047 EN1088 EN60947-5-1 R9650736 GS-ET-15itch D4DH-15AS D4DH-1AAS lapp cable current rating EN60947-5-1 OA-W1609 electromagnetic lock LAPP ST-PF1/2 53015030 EN1088 D4DH-5ABC
OA-W1609

Abstract: D4DH-15AS D4DH-1AAS LAPP ST-PF1/2 zb omron GS-ET-15 EN60947-5-1 EN1088 E76675 5301-5030
Text: -conduit Pg13.5 D4DH-15AS D4DH-1AAS GV2 D4DH-25AS D4DH-2AAS V14NPT D4DH-35AS D4DH-3AAS 2-conduit Pg13


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PDF EN50047, EN1088 C106-E1-2 0698-1M OA-W1609 D4DH-15AS D4DH-1AAS LAPP ST-PF1/2 zb omron GS-ET-15 EN60947-5-1 EN1088 E76675 5301-5030
D4DH-15AS

Abstract: EN60947-5-1 welding machine wiring diagram EN60947 LAPP ST-PF1/2 GI CONDUIT lapp cable current rating D4DH-1AAS LAPP conduit E76675
Text: / -14NPT 2 Arm lever e e D4DH-1AAS G1/2 2-conduit co du D4DH-15AS D4DH-65BC D4DH


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PDF EN50047 EN1088 EN50047, -14NPT C106-E1-2A D4DH-15AS EN60947-5-1 welding machine wiring diagram EN60947 LAPP ST-PF1/2 GI CONDUIT lapp cable current rating D4DH-1AAS LAPP conduit E76675
EN60947

Abstract: EN60947-5-1 HEYCO D4DH-3AAS D4DH-15AS E76675 EN1088 GS-ET-15
Text: D4DH-1AAS G1/2 2-conduit co du D4DH-15AS D4DH-65BC D4DH-6ABC All models have


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PDF EN50047, EN1088 EN60947-5-1 R9650736 EN60947-5-1, GS-ET-15 C106-E1-2 0898-1M EN60947 EN60947-5-1 HEYCO D4DH-3AAS D4DH-15AS E76675 EN1088 GS-ET-15
1999 - Not Available

Abstract: No abstract text available
Text: No file text available


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PDF EN60947-5-1 R9650736 EN60947-5-1, GS-ET-15 UL508, E76675 1-800-55-OMRON
D4D-3132N

Abstract: ZE 1609 3132N omron D4D-3120N 834-4170
Text: No file text available


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PDF EN60529) D4DS-35FS. D4C-1601 D4DH-35AS D4C-1602 D4DH-35BC D4C-1603 D4D-3132N ZE 1609 3132N omron D4D-3120N 834-4170
HALF WAVE RECTIFIER

Abstract: rectifier 832 Full wave rectifier osram valves
Text: Maximum Dimensions : Overall length (including pins) 145 mjm. J\Jaximum diameter of bulb 57 mjm. Valves Made in England. TYPE U3C) UNIVERSAL RANGE RECTIFIER (With Indirectly Heated Cathode). The OSRAM U30 is an Indirectly Heated Rectifier fitted with a 0.3 amp. 26 volt heater, thus making it suitable for wiring in series with other 0.3 ampere valves in a Universal A.C.-D.C. receiver. The valve may be used under the following conditions : 1—As a half wave rectifier with cathodes in


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PDF
S12KC20

Abstract: S10FHD08 C 547c S12KC40 siosc4m 547c S10SC4MR S12KC20H S10FND12 S10FFD04
Text: -139- « * Àg « % |S] íí 14 tí 'A » g tt 8 Prsm Vrsm V H Vr Vi Io Ifsm Tfctt VFmax Ißtnax ir CD {È © # ti % W' m (V) (V) (V) (V) (A) CC) (A) CC) (V) If (A) TCC) (íiA) Vr(V) TCC) S10FFD04 * 'J -y y 400 10 50R 150 50 j 1. 3 10 25 j 100 400 25] trr=0.5~l«s 547C S10FFD06 * 'J -y y 600 10 50R 150 50] 1. 3 10 25] 100 600 25 j trr=0.5~lí¡s 547C s10ffd08 *<) y y 800 10 50R 150 50 i 1. 3 10 25] 100 800 25 j trr=0. 5~ 1í¡s 547C SIOFFDIO *<)*•â


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PDF S10FFD04 S10FFD06 s10ffd08 s15vd40 s15vt60 S15VT80 s15vta60 s15vta80 s15wb20 s15wb60 S12KC20 S10FHD08 C 547c S12KC40 siosc4m 547c S10SC4MR S12KC20H S10FND12 S10FFD04
cometa

Abstract: KK90GB-80 PD90GB-40 PD90GB-80 PK90GB
Text: Rata of Rise of On-Stste Current U-IOOnA. T|-25"C. V= V^Vm, dk/dt^O 1A£s 200 A*s V«, « Isolation


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PDF PK90GB ltwbI40A, I800A E761Q? PK90GB PK9CGB-40 PD90GB-40 KK9CG6-40 90GB-40 PK90GB00 cometa KK90GB-80 PD90GB-80
S10FHD08

Abstract: siosc4m S10FND12 S10FND04 S10FHD04 S10FHD02 S10FFD06 S10FFD04 547C S12KC40
Text: -139- « * Àg « % |S] íí 14 tí 'A » g tt 8 Prsm Vrsm V H Vr Vi Io Ifsm Tfctt VFmax Ißtnax ir CD {È © # ti % W' m (V) (V) (V) (V) (A) CC) (A) CC) (V) If (A) TCC) (íiA) Vr(V) TCC) S10FFD04 * 'J -y y 400 10 50R 150 50 j 1. 3 10 25 j 100 400 25] trr=0.5~l«s 547C S10FFD06 * 'J -y y 600 10 50R 150 50] 1. 3 10 25] 100 600 25 j trr=0.5~lí¡s 547C s10ffd08 *<) y y 800 10 50R 150 50 i 1. 3 10 25] 100 800 25 j trr=0. 5~ 1í¡s 547C SIOFFDIO *<)*•â


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PDF S10FFD04 S10FFD06 s10ffd08 s15vb60 s15vd40 s15vt60 S15VT80 s15vta60 s15vta80 s15wb20 S10FHD08 siosc4m S10FND12 S10FND04 S10FHD04 S10FHD02 S10FFD06 S10FFD04 547C S12KC40
S10FHD08

Abstract: S10FND10 S10FND08 S10FND06 S10FND04 S10VB60 7D S10FHD04 S10FHD02 S10FFD06 S10FFD04
Text: -139- « * Àg « % |S] íí 14 tí 'A » g tt 8 Prsm Vrsm V H Vr Vi Io Ifsm Tfctt VFmax Ißtnax ir CD {È © # ti % W' m (V) (V) (V) (V) (A) CC) (A) CC) (V) If (A) TCC) (íiA) Vr(V) TCC) S10FFD04 * 'J -y y 400 10 50R 150 50 j 1. 3 10 25 j 100 400 25] trr=0.5~l«s 547C S10FFD06 * 'J -y y 600 10 50R 150 50] 1. 3 10 25] 100 600 25 j trr=0.5~lí¡s 547C s10ffd08 *<) y y 800 10 50R 150 50 i 1. 3 10 25] 100 800 25 j trr=0. 5~ 1í¡s 547C SIOFFDIO *<)*•â


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PDF S10FFD04 S10FFD06 s10ffd08 25MAX 24MIN 25M1N 25MIN 51IAX S10FHD08 S10FND10 S10FND08 S10FND06 S10FND04 S10VB60 7D S10FHD04 S10FHD02 S10FFD06 S10FFD04
C 547c

Abstract: 547c S10FHD08 S10FND06 S10FND04 S10FHD04 S10FHD02 S10FFD06 S10FFD04 S10VB60 7D
Text: -139- « * Àg « % |S] íí 14 tí 'A » g tt 8 Prsm Vrsm V H Vr Vi Io Ifsm Tfctt VFmax Ißtnax ir CD {È © # ti % W' m (V) (V) (V) (V) (A) CC) (A) CC) (V) If (A) TCC) (íiA) Vr(V) TCC) S10FFD04 * 'J -y y 400 10 50R 150 50 j 1. 3 10 25 j 100 400 25] trr=0.5~l«s 547C S10FFD06 * 'J -y y 600 10 50R 150 50] 1. 3 10 25] 100 600 25 j trr=0.5~lí¡s 547C s10ffd08 *<) y y 800 10 50R 150 50 i 1. 3 10 25] 100 800 25 j trr=0. 5~ 1í¡s 547C SIOFFDIO *<)*•â


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PDF S10FFD04 S10FFD06 s10ffd08 s15vb60 s15vd40 s15vt60 S15VT80 s15vta60 s15vta80 s15wb20 C 547c 547c S10FHD08 S10FND06 S10FND04 S10FHD04 S10FHD02 S10FFD06 S10FFD04 S10VB60 7D
S10FHD08

Abstract: S10FND08 S10FND06 S10FND04 S10FHD04 S10FHD02 S10FFD06 S10FFD04 547C S10FND12
Text: -139- « * Àg « % |S] íí 14 tí 'A » g tt 8 Prsm Vrsm V H Vr Vi Io Ifsm Tfctt VFmax Ißtnax ir CD {È © # ti % W' m (V) (V) (V) (V) (A) CC) (A) CC) (V) If (A) TCC) (íiA) Vr(V) TCC) S10FFD04 * 'J -y y 400 10 50R 150 50 j 1. 3 10 25 j 100 400 25] trr=0.5~l«s 547C S10FFD06 * 'J -y y 600 10 50R 150 50] 1. 3 10 25] 100 600 25 j trr=0.5~lí¡s 547C s10ffd08 *<) y y 800 10 50R 150 50 i 1. 3 10 25] 100 800 25 j trr=0. 5~ 1í¡s 547C SIOFFDIO *<)*•â


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PDF S10FFD04 S10FFD06 s10ffd08 s15vb60 s15vd40 s15vt60 S15VT80 s15vta60 s15vta80 s15wb20 S10FHD08 S10FND08 S10FND06 S10FND04 S10FHD04 S10FHD02 S10FFD06 S10FFD04 547C S10FND12
C 547c

Abstract: S10FHD08 LS 2027 S15VB S10FND04 S10FHD04 cip 8e S10FFD06 S10FFD04 547C
Text: -139- « * Àg « % |S] íí 14 tí 'A » g tt 8 Prsm Vrsm V H Vr Vi Io Ifsm Tfctt VFmax Ißtnax ir CD {È © # ti % W' m (V) (V) (V) (V) (A) CC) (A) CC) (V) If (A) TCC) (íiA) Vr(V) TCC) S10FFD04 * 'J -y y 400 10 50R 150 50 j 1. 3 10 25 j 100 400 25] trr=0.5~l«s 547C S10FFD06 * 'J -y y 600 10 50R 150 50] 1. 3 10 25] 100 600 25 j trr=0.5~lí¡s 547C s10ffd08 *<) y y 800 10 50R 150 50 i 1. 3 10 25] 100 800 25 j trr=0. 5~ 1í¡s 547C SIOFFDIO *<)*•â


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PDF S10FFD04 S10FFD06 s10ffd08 s20ffa01 E1471 ERE24ERE26 ERE76 ERE51 SIE01 ERE74 C 547c S10FHD08 LS 2027 S15VB S10FND04 S10FHD04 cip 8e S10FFD06 S10FFD04 547C
2102AP-4

Abstract: M5L2102AP-4 100PF 16P1 2102A-4 M5L2102AS-4 03a s4
Text: address inputs a3 -*GE a4-»U Ao-»U o to > address inputs !«- A7' 1«-As e-a9 m«- CS chip


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PDF M5L2102AP-4, 1024-BIT 1024-W0RD 1024-word 450ns 100juW/bit 2102AP-4 M5L2102AP-4 100PF 16P1 2102A-4 M5L2102AS-4 03a s4
2014 - Not Available

Abstract: No abstract text available
Text: Model Selection Chart PG. 1 Inrush Transient 1A²s Input Reflected Ripple Current 40mAp-p, typ


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PDF ASD150QB ASD150QB 18-36Vdc) 36-75Vdc)
SN756

Abstract: JQ12 TEXAS 5ti U274A SN65554
Text: :).* 04LU.6, 1ÖAS 75S1» CopyiiäTilÄ 1933, Taffii. IralnJiriHrfBlrcciporawij 4^-SS SN 65553


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PDF SN65554, SN75S53, SN75554 15-ma 3N65553. SN75553, SN75554 TheSN65554 SN756 JQ12 TEXAS 5ti U274A SN65554
transistor 551 x17

Abstract: transistor tt 2078 Transistor iaw 91 2SD471 K SCI 0542 2SD471 lm 348 audio 3F T030 X108 Z55J
Text: Hi- (0236)23- -5511 * * 86 3£ /E T963 1!£à S SR li! (0249)23- -55 1 Kit) -V- » e T950 l'È »Ã


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PDF 2SD471 02SB564Ã cycleS50% transistor 551 x17 transistor tt 2078 Transistor iaw 91 2SD471 K SCI 0542 2SD471 lm 348 audio 3F T030 X108 Z55J
Not Available

Abstract: No abstract text available
Text: // w ADSC 7 \ / // w vy w vy w \ \ * 1AAS - YZ tAAH XJ tws- zx YZ %H U


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PDF PDM3408Ã 680X0 PDM34088 PDM34088 64Kx32)
PP-T20

Abstract: HY5117400B bel power QBS
Text: n DQ0C 2 QQ1[ 3 4 RA§[ 5 NC[ 6 26 25 24 23 22 21 ]VSS JDQ3 ]DQ2 1ÇAS DOc 3A9


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PDF HY5117400B HY5117400B Y5117400B 4b750fl 1AD46-00-MAY9S GG0457E HY5117400BJ HY5117400BSLJ PP-T20 bel power QBS
2012 - 3" wqvga 37 pin TFT LCD

Abstract: 24 pin tft lcd pinout details MK70F15 12BPP 3" wqvga 37 pin LCD pinout 43WQW3T-4 TWR-K70F120M Hsync Vsync crt tv TWRK70F120M schematic Smart lcd power supply unit
Text: No file text available


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PDF AN4588 3" wqvga 37 pin TFT LCD 24 pin tft lcd pinout details MK70F15 12BPP 3" wqvga 37 pin LCD pinout 43WQW3T-4 TWR-K70F120M Hsync Vsync crt tv TWRK70F120M schematic Smart lcd power supply unit
Not Available

Abstract: No abstract text available
Text: Four cycle EDO burst access 26 1VSS V C C [ 1r-, 25 ]D Q 3 DQ0I 2 24 ]DQ2 D 1[ 3 Q 23 1ÇAS WEl


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PDF HY51V17405B 304x4-bit. HY51V17405B 1AD61-00-MAY95 HY51V17405BJC HY51V17405BSLJC HY51V17405BTC
Not Available

Abstract: No abstract text available
Text: Vs - V dd = Tcycle 3.3 V ± 0.3 V m in - - 50 1¡áS V dd = 3 V ± 10


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PDF 55V400FT/TR 144-WORD 16-BIT TC55V400FT/TR 304-bit 48-P-1214-0
Supplyframe Tracking Pixel