The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
D2-74083-LR Intersil Corporation Intelligent Digital Amplifier and Sound Processor; LQFP128; Temp Range: 0° to 70°
SN7408N-10 Texas Instruments TTL/H/L SERIES, QUAD 2-INPUT AND GATE, PDIP14
SN7408N-00 Texas Instruments TTL/H/L SERIES, QUAD 2-INPUT AND GATE, PDIP14
SN7408J-00 Texas Instruments IC TTL/H/L SERIES, QUAD 2-INPUT AND GATE, CDIP14, Gate
TCA7408ZSZR Texas Instruments Low-voltage 8-bit I2C I/O Expander with Interrupt Output Reset I/O Direction Registers 16-uCSP -40 to 85
SN7408J Texas Instruments TTL/H/L SERIES, QUAD 2-INPUT AND GATE, CDIP14, CERAMIC, DIP-14

LM 7408 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
IC AND GATE 7408

Abstract: TTL 7408 IC AND GATE 7408 pin configuration LM 7408 IC 7408 TTL 7408 AND propagation delay function IC 7408 74LS08 pin configuration IC PIN CONFIGURATION OF 74LS08 IC 7408 and function
Text: Sjgnetics I 7408 , LS08, S08 Gates Quad Two-Input AND Gate Product Specification Logic Products TYPE 7408 74LS08 74S08 TYPICAL PROPAGATION DELAY 16ns 9ns 5ns TYPICAL SUPPLY CURRENT , 10Sul 74LS 1LSul 10LSul Where a 74 unit load (ul) is understood to be 40juA lm and - 1 .6mA In., a , , 1985 5 -2 4 853-0507 81501 Signetics Logic Products Product Specification Gates 7408 , , 1985 5-25 Slgnetics Logic Products Product Specification Gates 7408 , LS08, S08 DC


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PDF 74LS08 74S08 N7408N, N74LS08N, N74S08N N74S08N 10Sul 10LSul Wf07sa0s IC AND GATE 7408 TTL 7408 IC AND GATE 7408 pin configuration LM 7408 IC 7408 TTL 7408 AND propagation delay function IC 7408 74LS08 pin configuration IC PIN CONFIGURATION OF 74LS08 IC 7408 and function
2000 - 7404 not gate

Abstract: lm 7404 LM 7408 RL2048dag 7408 12V rl1024dag-111 lm 7404 and pin configuration RETICON RL 1024 rl1024dag 7408 ttl family
Text: 1 LM 3 361 MP1 6519 14 3 6 TTL Output 10½ 10 5.1K 1K +5V 0.1 µF Q2 , Video Output Relationship +5V TTL ¿T Clock TTL ¿SB Clock 7404 7404 +12V 7408 7404 CLK Q 7474 D Q 100 ½ 7404 7408 10 pF 100 ½ 10 pF Figure 10. Drive Circuit for D , 1K 0.01 µF 7408 7404 5.1K 7404 7408 MH0026 1K 0.01 µF Device 4A and B, DS0026


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PDF RL0256DAG-111 RL0512DAG-111 RL1024DAG-111 RL2048DAG-111 RL0256DKQ-111 RL0512DKQ-111 RL1024DKQ-111 RL2048DKQ-111 775-OPTO 7404 not gate lm 7404 LM 7408 RL2048dag 7408 12V rl1024dag-111 lm 7404 and pin configuration RETICON RL 1024 rl1024dag 7408 ttl family
1999 - HDSP-2203

Abstract: HDSP-2206 QDSP-3892 QDSP-E141 QLMP HDSP-515L QDSP-A494 QDSP-F598 qdsp6 HP 5082-7651
Text: IR = 100 µA 2.0 V V Deg. 90 655 640 24 15 100 170 65 nm nm nm ns pF °C/W lm /W VF = 0; f = 1 , . nm nm nm ns pF °C/W lm /W Measured at Peak Spectral Line Half Width Exponential Time Constant , Deg. PEAK d 1/2 s C RJ-PIN v 635 626 40 90 11 170 145 nm nm nm ns pF °C/W lm /W Measured , Angle Between Half Intensity Points[2] Deg. 90 600 602 40 260 4 170 380 nm nm nm ns pF °C/W lm /W VF = , 9.0 20 0.6 5.0 2.0 3.0 2.0 9.6 3.5 50.0 125 28 90 583 585 36 90 15 170 500 nm nm nm ns pF °C/W lm /W VF


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PDF HLMP-70xx 5964-9351E 5968-0943E HDSP-2203 HDSP-2206 QDSP-3892 QDSP-E141 QLMP HDSP-515L QDSP-A494 QDSP-F598 qdsp6 HP 5082-7651
LM 7804

Abstract: HDSP-7301 N/7400 series pinout diagram
Text: 7407 7408 G reen t1! H D SPD escrip tio n 7801 Common Anode Right Hand Decimal 7802 Common Anode Right , 0.38 .500 i .015) 2 9 r 3 ,^ LM _ b T1~7.62 * f I (.300) T .762 (.030) TYP 7.62 H .3 0 0 H » NOTE


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PDF SP7501 LM 7804 HDSP-7301 N/7400 series pinout diagram
MH1SS1

Abstract: TESLA mh 7400 MH 7404 mh 7400 tesla cdb 838 tda 7851 L 741PC tda 4100 TDB0124DP TDA 7851 A
Text: VergleichsVertyp gleich_ barkeit yA 791!5 UC TDA 1060 IM 311 LM 311 SE 527 HE 527 yA 709 N N H , us 6270 yrb NE 5534 D ' S i i 6601 0 SSI 101 A LM 101 H. LM 101 AH LM 101 AD LM 101 H LM 201 H LM 201 AH LM 201 AD LM 201 LM 301 AH LM 301 AN NE 592 D8 709 HK V > A 709 HC V > A 709 PC I jA 709 , typ SN 7405 N SN 7406 N SN 7407 N SN 7408 N SN 7409 N SN 7410 N SN 7411 N SN 7412 N SN -7413 N SN 7414 , 7405 PC (PCE) 7406 PC (PCE) 7407 PC (PCE) 7408 PC (PCE) 7409 PC (PCE) 7410 PC (PCE) 7411 PC (PCE) 7412


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sn 74373

Abstract: SN 74114 logic diagram of ic 74112 IC 7486 xor IC 7402, 7404, 7408, 7432, 7400 7486 xor IC sn 74377 IC TTL 7486 xor ic 74148 block diagram IC 74374
Text: M a croF u nc tio n Library with the Altera-provided LM F for V iew logic users. Tab le 2 sh ow s , 7402 7404 7408 7410 7411 7420 7421 7427 7428 7430 7432 7437 7440 7442 7451 7454 7455 7473 7474 7475 , w LM F. To create a new m ap p in g b e tw ee n a Valid Logic or V iew logic sy m b ol and a M A X + , can specify np to tw o LM Fs for the C o m p ile r to use in processing 11)1 F Input Files (.edf), and , la to r R E D IF N E T R a p id S lM Viewlogic Interface f ~ ^ \ V ie w logic .om f F


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IC 7402, 7404, 7408, 7432, 7400

Abstract: 7408, 7404, 7486, 7432 CI 74122 ci 7445 CI 7442a ci 74174 lm 7486 LM 7408 7402, 7404, 7408, 7432, 7400 OF IC 74170
Text: 54/7406 ^ 74 0.8 2 -1.5 -1.6 54/7407 74 0.8 2 -1.5 -1.6 54/ 7408 , =0V 1 1 cn cn cn cn 1 1 - t ro O Do 30 ro < O X II co o < -^ z 1 1 ' g 54/ 7408 , VOLTAGE V c c -S V l|N= - 1 2 mA MIN TYP MAX -1.5 -1.5 -1.5 -1.5 vo lM INPUT VOLTAGE PARAMETER TEST


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IC AND GATE 7408 specification sheet

Abstract: 74LS183 74LS96 SN 74168 7486 XOR GATE IC 74LS192 IC 7402, 7404, 7408, 7432, 7400 IC 7486 for XOR gate IC 74183 74LS193 function table
Text: ) MAX+PLUS 7400 7402 7404 7408 7410 7411 7420 7421 7427 7428 7430 7432 7437 7440 7442 7451 7454 7455 7473 , tib le equ ivalents by m o dify ing an LM F or creating a new one. If no e qu iv alent function cu


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ic 74226

Abstract: jk flip flop 74103 ic D flip flop 7474 7471 rs flip flop 4011 flip flop IC 7400 SERIES list 7414 NOT gate ic IC LA 74141 Ic ttl 7490, 7493, 7495 ci 74386
Text: eters hFE hFE V be V be B V ceo BV C B O B V ebo Satu ration R esistance (@ Ic = lm A , I B= 1 0 0 M ) (@ Ic = lm A ) (@Ic = l^ A ) M atching T oleran ce ( @ l c = l/ 7408


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PDF RP3G01 RP3G01 ic 74226 jk flip flop 74103 ic D flip flop 7474 7471 rs flip flop 4011 flip flop IC 7400 SERIES list 7414 NOT gate ic IC LA 74141 Ic ttl 7490, 7493, 7495 ci 74386
2008 - inductor 573 08 0670

Abstract: CA051
Text: 0.809 7.408 14 SHC7 - F 13.0 Impedance Curve Weight (Grams) CMPS


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2008 - lm 7914

Abstract: inductor 573 08 0670
Text: CMPS-9.70-0.81 1:1 9.70 0.809 7.408 14 SHC7 - F 13.0 Impedance Curve


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MSD 7818

Abstract: MN9106 information applikation 7490 N TDA 5700 information applikation mikroelektronik K 176 LE, K 561 LN 143KT1 Mikroelektronik Information Applikation udssr hefte
Text: 715 LM 218 HC tlA 776 HC m 9 9 9 9 BIS BIS" BIS BIS BIS BIS -10/70 -45/70 -10/70 -10/70 -10/70 -10/70 8 TO 5 8 TO 5 8 TO 5 8 TO 5 8 TO 5 8 TO 5 K 140 UD14A/B tiA 727 HC LM 200 9 Type _ . ' K 140 UD 16 K 140 K 14« K 140 K 140 i- Land Vergleichstyp LM 741 CH 0P-07 E 0P-07 E LF 355 LM 747 CN , Vergleich3 1 6 9 UdSSR UD 17A UD 17B UD 18 UD20A/BEN1A/B/ G/W K 142 , EN 5 EN6A/B/ G/W EN8A/G 723 C 9 MC 1461 R MC 1469 R liA 7805 |iA 7806 KM liA 7806 C LM 325


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PDF 6250b MSD 7818 MN9106 information applikation 7490 N TDA 5700 information applikation mikroelektronik K 176 LE, K 561 LN 143KT1 Mikroelektronik Information Applikation udssr hefte
hitachi TMF

Abstract: TMFLA1C106 lm 686 marking LM 08 C5101-1 marking 030 TMFLM1A106 TMF series capacitors TMF Capacitors
Text: LM case 6.3V 22µF ± 20% -55125 Rated voltage Features · A new, originally designed , the rated voltage is Test conditions JIS C5101-1:1998 TMF LM 0J 226 M T R F Paragraph 4.9, in , shown table Temperature characteristics Dimensions Case code LM LP LA L±0.1 1.6 2.0 3.2 , 155 225 335 475 685 106 156 226 336 476 686 107 157 227 2.5 0E LM LM LP LP LA LA Rated voltage (V.DC) 4 6.3 10 0G 0J 1A LM LM LP LP LA LA LM LM LP LP LA


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PDF 2220F With685 TMFLA1C106 TMFLA1C156 hitachi TMF TMFLA1C106 lm 686 marking LM 08 C5101-1 marking 030 TMFLM1A106 TMF series capacitors TMF Capacitors
LM035L

Abstract: LM035VR-A LM-0352VRA LM-035VR lm203 LM-035VRA LM-0355LRC
Text: Dot Matrix Displays ( LM · LUM) RDHFT1 A combination of vertical and horizontal matrixes , Designation LM - 0 3 5 T r X T Type 3 or 4 Letters Emitting Color L V U D Y M Brightness , LM -0355LRC*3 LM -0354LRC*3 Red GaAIAs 660 LM -035LRA*3 Red 650 LM -035VRA*3 LM -0352VRA*3 LM -035VRB*3 LIM352VRB*3 LM -2035VB*3 - Orange GaAsP on GaP 610 LU 0350U A*3 LM -0350UB*3 Yellow 585 LM -035YYA*3 LM -035YYB*3 Green GaP 563 LM -035MGA®3 LM -035MGB*3 LM -0352MGB®3 LM -2035MB*3 (nm) Basic


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PDF 16x16, 16x32, 660nm 650nm 635nm 610nm 585nm 563nm LUM-2563ML100 LUM-2565M1 LM035L LM035VR-A LM-0352VRA LM-035VR lm203 LM-035VRA LM-0355LRC
2007 - Not Available

Abstract: No abstract text available
Text: : (Example) TMF Series LM case 6.3V 22µF±20% −55℃∼+125℃ Rated voltage Features • A , LM 0J 226 M T R F Paragraph 4.9, in 5 minutes Tinned plated terminals (Sn 100) Packing polarity , Temperature characteristics Dimensions Case code LM LP LA L±0.1 1.6 2.0 3.2 (Unit : mm , less △C/C LM LM LP LP LA LA Rated voltage (V.DC) 4 6.3 10 0G 0J 1A LM LM LP LP LA LA LM LM LP LP LA LA LM LM LP LP LA LA Moisture resistance no load LM


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PDF TMFLM0E336MTRF TMFLM0E476MTRF TMFLP0E686MTRF TMFLP0E107MTRF TMFLA0E157MTRF TMFLA0E227MTRF TMFLM0G226MTRF TMFLM0G336MTRF TMFLP0G476MTRF TMFLP0G686MTRF
lm 1766

Abstract: lm385 IC circuit diagram 385Z 385bym
Text: e m i c o n d u c t o r t ß L M 1 8 5 -2 .5/ LM 2 8 5 -2 .5 / LM 385-2.5 M ic r o p o w e r Voltage R eference D iode General Description The LM 185-2.5/ LM 285-2.5/ LM 385-2.5 are m icropow er 2 , provide tight voltage tolerance. Since the LM -185-2.5 band-gap relerence uses only tra n sis tors and resistors, low noise and good long term stability re s u lt C arelul design ot the LM 185-2.5 has m ade the , replace older relerences w ilh a tig h te r tolerance part. For applications requir ing 1,2V see LM 18 5


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PDF 5/LM285-2 5/LM385-2 lm 1766 lm385 IC circuit diagram 385Z 385bym
2006 - Not Available

Abstract: No abstract text available
Text: C3 1.5 KMFD @ 50 VDC 2 KMFD @ 50 VDC 3.1 KMFD @ 50 VDC Suggested Components IC1 LM -323K-5 LM -323K-5 LM -323K-5 LM -323K-5 LM -3382 LM -3382 IC2 LM -340K-12 LM -340K-15 LM -340K-12 LM -340K-15 LM -340K-12 LM -340K-15 IC3 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 D1 3N253 3N253 MDA-400 MDA , . tantalum or 10MFD min. electrolytic, 20 V min. 2. LM -338 is an adjustable regulator and MFR


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PDF RL-2271 RLD-2271 RL-2271 RLD-2271 12VDC 15VDC 100VA. 50/60Hz 50/60Hz) 2500VRMS.
2004 - Not Available

Abstract: No abstract text available
Text: @50VDC 1.1 KMFD @50VDC 600 MFD @50VDC Suggested Components IC1 IC2 IC3 LM -323K-5 LM -340K-12 LM -323K-5 LM -340K-15 LM -323K-5 LM -340K-12 LM -323K-5 LM -340K-15 LM -338 LM -338 LM -340K-12 LM -340K-15 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 D1 PE20 PE20 PE20 PE20 PE20 PE20 D2 PF20 , stabilize regulators. Values can be 1MFD min. tantalum or 10MFD min. electrolytic, 20Vmin. 2. LM -338 is an


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PDF IEC-950 RL-2251 RL-2251 12VDC 15VDC 115/230V 50/60Hz) 4000VRMS. 320K-15
2006 - Not Available

Abstract: No abstract text available
Text: @50VDC Suggested Components IC1 IC2 IC3 LM -323K-5 LM -340K-12 LM -323K-5 LM -340K-15 LM -323K-5 LM -340K-12 LM -323K-5 LM -340K-15 LM -338 LM -338 LM -340K-12 LM -340K-15 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 D1 PE20 PE20 PE20 PE20 PE20 PE20 D2 PF20 PF20 PF20 PF20 PF20 PF20 1.1 , be 1MFD min. tantalum or 10MFD min. electrolytic, 20Vmin. 2. LM -338 is an adjustable regulator and


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PDF IEC-950 RL-2251 RL-2251 12VDC 15VDC 115/230V 50/60Hz) 4000VRMS. Man15
2001 - LM 812 CV

Abstract: DMT-7-15 DMT-6-12
Text: VDC 26 KMFD @ 20 VDC 1.5 KMFD @ 50 VDC 2 KMFD @ 50 VDC 3.1 KMFD @ 50 VDC LM -323K-5 LM -323K-5 LM -323K-5 LM -323K-5 LM -338 LM -338 LM -340K-12 LM -340K-15 LM -340K-12 LM -340K-15 LM -340K-12 LM -340K-15 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 3N253 3N253 , be 1MFD min. tantalum or 10MFD min. electrolytic, 20 V min. Note : LM -338 is an adjustable


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PDF 2500VRMS 115/230V 50/60Hz) 24hrs) LM 812 CV DMT-7-15 DMT-6-12
2011 - IC LM 393 N

Abstract: ic 2903 data LM 3902 ic lm 339 LM 339 pin for lm 339 ic IC LM 393 LM 339 application note LM 393 for IC LM 125 quad op-amp
Text: [mW] . LM 393 family Technical Note 1 . 0 LM 393 family 1 LM 393 family SUPPLY , [] 80 Fig.1 Derating Curve 500 OUTPUT SATURATION VOLTAGE [mV] 70 LM 393 family Fig.2 Supply Current ­ Supply Voltage 500 OUTPUT SATURATIO N VOLTAGE [mV] LM 393 family Fig. 3 Supply Current ­ , 70 25 LM 393 family 400 400 2V 300 25 300 5V 200 0 200 36V 100 100 , =4[mA]) 40 OUTPUT SINK CURR ENT [mA] LM 393 family Fig. 5 Output Saturation Voltage ­ Ambient


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PDF LM393MX LM2903MX LM339MX LM2901MX 11094ECT06 LM393 LM339 LM2903 LM2901 IC LM 393 N ic 2903 data LM 3902 ic lm 339 LM 339 pin for lm 339 ic IC LM 393 LM 339 application note LM 393 for IC LM 125 quad op-amp
2005 - 230v to 12v regulator

Abstract: No abstract text available
Text: KMFD @ 50VDC 2.1 KMFD @50VDC Suggested Components IC1 IC2 IC3 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 D1 PE20 PE20 PE20 PE20 PP20 PP20 D2 PF20 PF20 PF20 PF20 PF20 PF20 LM -323K-5 LM -340K-12 LM -323K-5 LM -340K-15 LM -323K-5 LM -340K-12 LM -323K-5 LM -340K-15 LM -3382 LM -340K-12 LM -3382 LM -340K-15 NOTES: 1. Output capacitors C2 and C4 are required to stabilize regulators. Values can be 1MFD min. tantalum or 10MFD min. electrolytic, 20Vmin. 2. LM -338 is an adjustable regulator and


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PDF IEC-950 RL-2261 RL-2261 115/230V 50/60Hz) 12VDC 15VDC) 4000VRMS. LM-323K-5 230v to 12v regulator
2005 - transformers 230v 12v 500ma

Abstract: LM-3382
Text: IC1 IC2 IC3 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 D1 PE20 PE20 PE20 PE20 PP20 PP20 D2 PF20 PF20 PF20 PF20 PF20 PF20 LM -323K-5 LM -340K-12 LM -323K-5 LM -340K-15 LM -323K-5 LM -340K-12 LM -323K-5 LM -340K-15 LM -3382 LM -340K-12 LM -3382 LM -340K-15 NOTES: 1. Output capacitors C2 and C4 , , 20Vmin. 2. LM -338 is an adjustable regulator and MFR's specifications (National Semiconductor) should be


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PDF IEC-950 RL-2261 RL-2261 115/230V 50/60Hz) 12VDC 15VDC) 4000VRMS. LM-323K-5 transformers 230v 12v 500ma LM-3382
2011 - Not Available

Abstract: No abstract text available
Text: Dimming. 2 with simple, easy-to-adopt LED to 97 lm /W for 850‑3000 lm , Order Codes - 90 CRI Minimum lighting 108 lm /W for 4000 lm , 85 lm /W WhiteLight Dimming. 3 for 6000 & 8000 lm , all Order Code - 95 CRI Minimum available , where bright, beautiful, long‑life lighting • 850‑4000 lm available in Characteristics , 4000 K CCT Thermal Management Guidelines. 5 • 6000 lm & 8000 lm available Relative


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PDF LMH020-HS00-000-000001 LMH020-HS00-000-000002 LMH020-HS00-000-000061 LMH020-HS00-000-000081
2006 - Not Available

Abstract: No abstract text available
Text: IC1 LM -323K-5 LM -323K-5 LM -323K-5 LM -323K-5 LM -3382 LM -3382 IC2 LM -340K-12 LM -340K-15 LM -340K-12 LM -340K-15 LM -340K-12 LM -340K-15 IC3 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 LM -320K-12 LM -320K-15 D1 3N253 , can be 1MFD mon. tantalum or 10MFD min. electrolytic, 20 V min. 2. LM -338 is an adjustable regulator


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PDF RL-2271 RLD-2271 RL-2271 RLD-2271 12VDC 15VDC 100VA. 50/60Hz 50/60Hz) 2500VRMS.
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