500 MILLION PARTS FROM 12000 MANUFACTURERS
500 MILLION PARTS FROM 12000 MANUFACTURERS
| Part | Manufacturer | Description | Last Check | Distributor | Ordering |
| 2E2-3E-505 | 3M Interconnect Solutions | ENDPLATE 2-TYPE 505 | from £132.58 (Aug 2016) | Digi-Key |  |
| 2E2.5UM | Altech | CIRC BRKR; UL508; THERM/MAG; HNDL; CUR-RTG 2.5A; DIN RAIL; 2 POLE; DUAL TERM; E | 23 from $44.95 (Sep 2016) | Allied Electronics | |
| 2E2.5UM | Altech | Circuit Breakers 2.5A CRT BKR ECHAR 277VAC UL508 | from $21.96 (Sep 2016) | Mouser Electronics | |
| 2E20UM | Altech | CIRC BRKR; UL508; THERM/MAG; HNDL; CUR-RTG 20A; DIN RAIL; 2 POLE; DUAL TERM; E | 6 from $30.00 (Sep 2016) | Allied Electronics | |
| 2E20UM | Altech | Circuit Breakers 20A CRT BKR ECHAR 277VAC UL508 | from $43.43 (Sep 2016) | Mouser Electronics | |
| 2E25UM | Altech | CIRC BRKR; UL508; THERM/MAG; HNDL; CUR-RTG 25A; DIN RAIL; 2 POLE; DUAL TERM; E | 1 from $43.43 (Sep 2016) | Allied Electronics | |
| 2E25UM | Altech | Circuit Breakers 25A CRT BKR ECHAR 277VAC UL508 | from $43.43 (Sep 2016) | Mouser Electronics | |
| 2E26 | OSRAM SYLVANIA | 2E26 | 81 from $7.8125 (Sep 2016) | Quest Components | |
| 2E2A-DD-505 | 3M Interconnect Solutions | 2E2A-DD-505 COVER 2-TYPE 505 ( 80611322993 | (Sep 2016) | Heilind Electronics | |
| 2E2A-DD-505 | 3M Interconnect Solutions | 2E2A-DD-505 COVER 2-TYPE 505 ( 80611322993 | (Sep 2016) | Interstate Connecting Components | |
| 2E2A-DD-505-ISG | 3M Interconnect Solutions | COVER 2-TYPE 505 ISG | from £326.03 (Aug 2016) | Digi-Key | |
| 2E2A-DE-505 | 3M Interconnect Solutions | 2E2A-DE-505 COVER 2-TYPE 505 ( 80611323017 | (Sep 2016) | Heilind Electronics | |
| 2E2A-DE-505 | 3M Interconnect Solutions | 2E2A-DE-505 COVER 2-TYPE 505 ( 80611323017 | (Sep 2016) | Interstate Connecting Components | |
| 2E2A-DE-505-ISG | 3M Interconnect Solutions | COVER 2-TYPE 505 ISG | from £326.03 (Aug 2016) | Digi-Key | |
| 2E2A-EE-505 | 3M Interconnect Solutions | 2E2A-EE-505 COVER 2-TYPE 505 ( 80611322167 | (Aug 2016) | Heilind Electronics | |
| 2E2A-EE-505 | 3M Interconnect Solutions | 2E2A-EE-505 COVER 2-TYPE 505 ( 80611322167 | (Sep 2016) | Interstate Connecting Components | |
| 2E2A-EE-505-ISG | 3M Interconnect Solutions | COVER 2-TYPE 505 ISG | from $543.1500 (Sep 2016) | Digi-Key | |
| 2E2B | Electronic Hardware | - | 1 (Sep 2016) | Bisco Industries | |
| 2E2B-DD-505 | 3M Interconnect Solutions | 2E2B-DD-505 COVER 2-TYPE 505 ( 80611323025 | (Aug 2016) | Heilind Electronics | |
| 2E2B-DD-505 | 3M Interconnect Solutions | 2E2B-DD-505 COVER 2-TYPE 505 ( 80611323025 | (Sep 2016) | Interstate Connecting Components | |
| Part | Manufacturer | Description | Type | Ordering |
| 2E27.5D5 | N/A | Shortform Semicon, Diode, and SCR Datasheets |
1 pages, |
Scan | |
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| 2E-2 | Thomas & Betts | Splices Terminal: 5-6: 28.45: 9.4 |
1 pages, |
Original | |
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| 2E20DM | N/A | The Diode Data Book with Package Outlines 1993 |
2 pages, |
Scan | |
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| 2E2DM | N/A | The Diode Data Book with Package Outlines 1993 |
2 pages, |
Scan | |
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| 2E2NU | Renaissance Electronics | DUAL DROP-IN ISOLATOR |
1 pages, |
Original | |
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| 2E2NV | Renaissance Electronics | DUAL DROP-IN ISOLATOR |
1 pages, |
Original | |
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| 2E2NX | Renaissance Electronics | DUAL DROP-IN ISOLATOR |
1 pages, |
Original | |
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| 2E2A-DD-505-ISG | 3M Telecommunications | Splice Enclosures, Protection, Cables, Wires - Management, COVER 2-TYPE 505 ISG |
6 pages, |
Original | |
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| 2E2A-DE-505-ISG | 3M Telecommunications | Splice Enclosures, Protection, Cables, Wires - Management, COVER 2-TYPE 505 ISG |
6 pages, |
Original | |
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| 2E2A-EE-505-ISG | 3M Telecommunications | Splice Enclosures, Protection, Cables, Wires - Management, COVER 2-TYPE 505 ISG |
6 pages, |
Original | |
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| Catalog Datasheet | MFG & Type | Document Tags |
| Abstract: BCcomponents DATA SHEET Class 2, low loss, 1000 V (DC) (2E2 flanged types) Miniature ceramic , FEATURES Class 2, low loss, 1000 V (DC) (2E2 flanged types) QUICK REFERENCE DATA DESCRIPTION , losses with frequency and temperature are essential, for example: ±20% IEC 60384-9 (2E2) 55/105/56 , MECHANICAL DATA W 0.6 5.08 Class 2, low loss, 1000 V (DC) (2E2 flanged types) H 0.05 0.03 0 0.2 , Miniature ceramic plate capacitors PACKAGING Class 2, low loss, 1000 V (DC) (2E2 flanged types) For ... | BC Components Original |
7 pages, |
Ceramic capacitors 2n2 MSA520 TEXT |
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| Abstract: (DC) /rt_ . . ' : (2E2 flanged types) VALUE 270 to 3300 pF (E12 series) 1000 V ±20% IEC 384-9 (2E2) 55/085/21 Fig.1 Outline. TCI[14121 GGG3371 GGG3371 215 258 July 1994 Philips , V (DC) ,nr.n ± [ (2E2 flanged types) Dimensions in mm. For dimensions H, L and W see Tables 1 and , PACKAGING Class 2, 1000 V (DC) ' : (2E2 flanged types) For details refer to Chapter 'Miniature ceramic , . . Miniature ceramic plate capacitors Class2, 1000 V (DC) /n_n , . ; (2E2 flanged types ... | OCR Scan |
5 pages, |
ceramic Capacitors plate philips marking t54 2222 033 philips 2n2 CAPACITOR TEXT |
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| Abstract: , enable inputs 1E[ and 2E1 are kept high and low, respectively, and enable inputs 1E2 and 2E2 are kept low. When 1E2 and 2E2 are set high, all the outputs are set high. When decoding a 3-bit binary number in octal numbers, 1Ej and 2E2 are connected and by applying the third bit binary number to them, the , 1Et are connected to to be made the third bit selection input and 1E2 and 2E2 are connected to be made , l h l h h h l h l h h l h h h l l h h h l h h h l h h h h l x x x l h h h h DB Da 2E2 2Ã7 2Yo ... | OCR Scan |
4 pages, |
M74LS155P 20-PIN M74LS156P TEXT |
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| Abstract: BCcomponents DATA SHEET Class 2, low loss, 1000 V (DC) (2E2 flanged types) Miniature ceramic , FEATURES Class 2, low loss, 1000 V (DC) (2E2 flanged types) QUICK REFERENCE DATA DESCRIPTION , losses with frequency and temperature are essential, for example: ±20% IEC 60384-9 (2E2) 55/105/56 , MECHANICAL DATA W 0.6 5.08 Class 2, low loss, 1000 V (DC) (2E2 flanged types) H 0.05 0.03 0 0.2 , Miniature ceramic plate capacitors PACKAGING Class 2, low loss, 1000 V (DC) (2E2 flanged types) For ... | BC Components Original |
7 pages, |
TEXT |
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| Abstract: reliability Class 2, low loss, 1000 V (DC) (2E2 flanged types) QUICK REFERENCE DATA DESCRIPTION , Sectional specification APPLICATIONS IEC 384-9 (2E2) Climatic category (IEC 68) 55/105/56 , specification Class 2, low loss, 1000 V (DC) (2E2 flanged types) Miniature ceramic plate capacitors , Components Product specification Class 2, low loss, 1000 V (DC) (2E2 flanged types) Miniature , loss, 1000 V (DC) (2E2 flanged types) Miniature ceramic plate capacitors ELECTRICAL ... | Philips Components Original |
6 pages, |
2n2 CAPACITOR capacitor 104 ceramic ceramic Capacitors plate philips marking n47 diode MSA531 Philips 2222 330 capacitors philips 561 PHILIPS capacitors MSA520 capacitors 104 capacitor 1n0 821 ceramic capacitor philips ceramic capacitors BALLAST low loss philips 561 blue capacitor ceramic capacitor philips 561 ceramic capacitor philips n56 TEXT |
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| Abstract: , respectively, and enable inputs 1E7 and 2E7 are kept low. When 1E2 and 2E2 are set high, all the outputs are set high. When decoding a 3-bit binary number in octal numbers, 1Ei and 2E2 are connected and by , connected to make them the third bit selection input and 1E2 and 2E2 are connected to make the data inputs , H L H H H H L X X X L H H H H Db Da 2E2 2ÃÃ 2Yo 2Y, 2Y2 2Y3 x x h x h h h h l l l l l h h h l , Note 1 X Dc E Irrelevant Pin connecting IE] and 2E, Pin connecting 1E2 and 2E2 ABSOLUTE MAXIMUM ... | OCR Scan |
4 pages, |
20-PIN M74LS155P TEXT |
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| Abstract: General purpose · Coupling and decoupling · Space saving. Class 2, low losses, 1000 V (DC) (2E2 flanged , capacitance VALUE 270 to 3300 pF 1000 V ±20% I EC 384-9 (2E2) 55/105/21 APPLICATIONS In electronic circuits , ceramic plate capacitors K K MECHANICAL DATA Class 2, low losses, 1000 V (DC) ' : (2E2 flanged types , : (2E2 flanged types) For details refer to this handbook, Chapter 'Miniature ceramic plate capacitors , capacitors K K ELECTRICAL CHARACTERISTICS Class 2, low losses, 1000 V (DC) ' : (2E2 flanged types The ... | OCR Scan |
6 pages, |
miniature ceramic capacitor philips Ceramic capacitors 2n2 ceramic capacitor philips 561 TEXT |
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| Abstract: #21;#22;#20; E#22;#19;E#17;#22;#27;#18;#26;#28; ; #22;#19;#27;E9-(E 3 E#29;#18;) #28; DE#25;#18;#21; C#18;#26;#19;&7>>E#17;#24;)EC#22;A#28; $#' 0 #19; #21;#26;#26; *#23;#25; | Alpha & Omega Semiconductor Original |
8 pages, |
TEXT |
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| Abstract: 2E2 (X5U) - -20/+50 5.08 >13 1000; 1200; 1500; 2200; 3300; 4700; 6800; 10000; 15000 , 2C2/2E1 (X5S/X7T) - ±10 2E2 (X5U) - LEAD LEAD UR(DC) SPACING LENGTH (V) (mm) (mm , ; 470; 680; 1000; 1500; 2200; 3300; 4700; 5600 500 5000 630 09002 2E2 (X5U) - -20/+50 , . (TK)(1) ... | Philips Semiconductors Original |
3 pages, |
philips ceramic capacitors 2222 680 P100 N1500 ceramic Capacitors plate philips an 34002 philips 683 series TEXT |
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| Abstract: precision (C0G)(3) P100 (M7G) NP0 (C0G) N150 (P2G) N750 (U2J) N1500 N1500 (P3K) 2C2/2E1 (X5S/X7T) 2E2 (X5U) 2F6 , Miniature ceramic plate capacitors 2C2/2E1 (X5S/X7T) SL (P100 to N1500 N1500) 2C2/2E1 (X5S/X7T) 2E2 (X5U , (P2G) N750 (U2J) N1500 N1500 (P3K) 2C2/2E1 (X5S/X7T) 2E2 (X5U) 2F6 (Y5V) NP0 precision (C0G)(3) P100 (M7G , capacitors SL (P100 to N1500 N1500) 2C2/2E1 (X5S/X7T) 2E2 (X5U) Notes 1. Temperature coefficient code in ... | BC Components Original |
4 pages, |
TEXT |
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| Abstract: General purpose · Coupling and decoupling · Space saving. Class 2, low losses, 1000 V (DC) (2E2 flanged , capacitance VALUE 270 to 3300 pF 1000 V ±20% I EC 384-9 (2E2) 55/105/21 APPLICATIONS In electronic circuits , ceramic plate capacitors K K MECHANICAL DATA Class 2, low losses, 1000 V (DC) ' : (2E2 flanged types , : (2E2 flanged types) For details refer to this handbook, Chapter 'Miniature ceramic plate capacitors , capacitors K K ELECTRICAL CHARACTERISTICS Class 2, low losses, 1000 V (DC) ' : (2E2 flanged types The ... | OCR Scan |
25 pages, |
M37702E2AXXXFP M37702E2-XXXFP m37702e2 M5M27C256K M37702e2afp 37702E M37702E2FS 37702E2A 37702E2B 37702E2BFS 37702M TEXT |
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| Abstract: , respectively, and enable inputs 1E7 and 2E7 are kept low. When 1E2 and 2E2 are set high, all the outputs are set high. When decoding a 3-bit binary number in octal numbers, 1Ei and 2E2 are connected and by , connected to make them the third bit selection input and 1E2 and 2E2 are connected to make the data inputs , H L H H H H L X X X L H H H H Db Da 2E2 2ÃÃ 2Yo 2Y, 2Y2 2Y3 x x h x h h h h l l l l l h h h l , Note 1 X Dc E Irrelevant Pin connecting IE] and 2E, Pin connecting 1E2 and 2E2 ABSOLUTE MAXIMUM ... | OCR Scan |
4 pages, |
m74ls156p M74LS155P decoder Ic demultiplexer M74LS156P TEXT |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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L=0.41u RG G GX 7 R1 D 3 RTEMP 2E-2 CGS G S 200E-12 200E-12 DBD D S DBD = 5E-7 KAPPA = 2E-2 + ETA = 1E-4 TPG = -1 + IS = 0 LD
/datasheets/files/vishay/docs/68459/si3457cd.txt |
Vishay | 23/02/2009 | 1.6 Kb | TXT | si3457cd.txt |
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*FDC3616N FDC3616N at Temp. Electrical (Advance information) *- .SUBCKT FDC3616N FDC3616N 20 10 30 50 *20=DRAIN 10=GATE 30=SOURCE 50=VTEMP Rg 10 11x 1 Rdu 12x 1 1u M1 2 1 4x 4x DMOS L=1u W=1u .MODEL DMOS NMOS(VTO=3 KP=7.56E+1 +THETA=.066667 VMAX=1E5 LEVEL=3) Cgs 1 5x 1512p Rd 20 4 2E-2 Dds 5x 4 DDS .MODEL DDS D(M=4.54E-1 54E-1 VJ=3.08E-1 08E-1 CJO=347p) Dbody 5x 20 DBODY .MODEL DBODY D(IS=9.55E-13 55E-13 N=1.02441 RS=.000304 TT=100n) Ra 4 2 2E-2 Rs 5x 5 0.5m Ls 5 30 0.5n M2 1
/datasheets/files/fairchild/pdfs/models/fdc3616n.txt |
Fairchild | 22/08/2003 | 1.13 Kb | TXT | fdc3616n.txt |
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*FDN358P FDN358P at Temp. Electrical Model *- .SUBCKT FDN358P FDN358P 20 10 30 50 *20=DRAIN 10=GATE 30=SOURCE 50=VTEMP Rg 10 11x 1 Rdu 12x 1 1u M1 2 1 4x 4x DMOS L=1u W=1u .MODEL DMOS PMOS(VTO=-1.78 KP=3.2 +THETA=0.08 VMAX=5.5E5 LEVEL=3) Cgs 1 5x 220p Rd 20 4 2E-2 Dds 4 5x DDS .MODEL DDS D(M=4.29E-1 29E-1 VJ=8.77E-1 77E-1 CJO=106p) Dbody 20 5x DBODY .MODEL DBODY D(IS=1.71E-12 71E-12 N=1.110431 RS=.00136 TT=11.98n) Ra 4 2 2E-2 Rs 5x 5 0.5m Ls 5 30 0.5n M2 1
/datasheets/files/fairchild/pdfs/models actual/fdn358p.mod |
Fairchild | 22/08/2003 | 1.12 Kb | MOD | fdn358p.mod |
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*FDS3690 FDS3690 at Temp. Electrical Model *- .SUBCKT FDS3690 FDS3690 20 10 30 50 *20=DRAIN 10=GATE 30=SOURCE 50=VTEMP Rg 10 11x 1 Rdu 12x 1 1u M1 2 1 4x 4x DMOS L=1u W=1u .MODEL DMOS NMOS(VTO=3 KP=7.56E+1 +THETA=.066667 VMAX=1E5 LEVEL=3) Cgs 1 5x 1512p Rd 20 4 2E-2 Dds 5x 4 DDS .MODEL DDS D(M=4.54E-1 54E-1 VJ=3.08E-1 08E-1 CJO=347p) Dbody 5x 20 DBODY .MODEL DBODY D(IS=9.55E-13 55E-13 N=1.02441 RS=.000304 TT=38.06n) Ra 4 2 2E-2 Rs 5x 5 0.5m Ls 5 30 0.5n M2
/datasheets/files/fairchild/pdfs/models/fds3690.txt |
Fairchild | 22/08/2003 | 1.12 Kb | TXT | fds3690.txt |
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*FDN358P FDN358P at Temp. Electrical Model *- .SUBCKT FDN358P FDN358P 20 10 30 50 *20=DRAIN 10=GATE 30=SOURCE 50=VTEMP Rg 10 11x 1 Rdu 12x 1 1u M1 2 1 4x 4x DMOS L=1u W=1u .MODEL DMOS PMOS(VTO=-1.78 KP=3.2 +THETA=0.08 VMAX=5.5E5 LEVEL=3) Cgs 1 5x 220p Rd 20 4 2E-2 Dds 4 5x DDS .MODEL DDS D(M=4.29E-1 29E-1 VJ=8.77E-1 77E-1 CJO=106p) Dbody 20 5x DBODY .MODEL DBODY D(IS=1.71E-12 71E-12 N=1.110431 RS=.00136 TT=11.98n) Ra 4 2 2E-2 Rs 5x 5 0.5m Ls 5 30 0.5n M2 1
/datasheets/files/fairchild/pdfs/models/fdn358p.txt |
Fairchild | 22/08/2003 | 1.12 Kb | TXT | fdn358p.txt |
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*FDC6305N FDC6305N at Temp. Electrical Model *- .SUBCKT FDC6305N FDC6305N 20 10 30 50 *20=DRAIN 10=GATE 30=SOURCE 50=VTEMP Rg 10 11x 1 Rdu 12x 1 1u M1 2 1 4x 4x DMOS L=1u W=1u .MODEL DMOS NMOS(VTO=1.1 KP=13.9 +THETA=.166667 VMAX=1.5E5 LEVEL=3) Cgs 1 5x 278p Rd 20 4 2E-2 Dds 5x 4 DDS .MODEL DDS D(M=2.9E-1 VJ=2.89E-1 89E-1 CJO=110p) Dbody 5x 20 DBODY .MODEL DBODY D(IS=6.1E-10 1E-10 N=1.28942 RS=.042224 TT=6.6n) Ra 4 2 2E-2 Rs 5x 5 0.5m Ls 5 30 0.5n
/datasheets/files/fairchild/pdfs/models actual/fdc6305n.mod |
Fairchild | 22/08/2003 | 1.12 Kb | MOD | fdc6305n.mod |
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W=1090000u L=0.25u M2 S GX S D NMOS W=1090000u L=0.41u RG G GX 7 R1 D 3 RTEMP 2E-2 CGS G = 5E-7 KAPPA = 2E-2 + ETA = 1E-4 TPG = -1 + IS = 0 LD
/datasheets/files/vishay/docs/68461/si3457cd.lib |
Vishay | 23/02/2009 | 1.6 Kb | LIB | si3457cd.lib |
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W=1090000u L=0.25u M2 S GX S D NMOS W=1090000u L=0.41u RG G GX 7 R1 D 3 RTEMP 2E-2 CGS G = 5E-7 KAPPA = 2E-2 + ETA = 1E-4 TPG = -1 + IS = 0 LD
/datasheets/files/vishay/docs/68460/si3457cd.txt |
Vishay | 23/02/2009 | 1.6 Kb | TXT | si3457cd.txt |
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*FDS361BN FDS361BN at Temp. Electrical Model *- *$ .SUBCKT FDN361BN FDN361BN 20 10 30 50 *20=DRAIN 10=GATE 30=SOURCE 50=VTEMP Rg 10 11x 1 Rdu 12x 1 1u M1 2 1 4x 4x DMOS L=1u W=1u .MODEL DMOS NMOS(VTO=2.4 KP=6.55 +THETA=.1 VMAX=5E5 LEVEL=3) Cgs 1 5x 130p Rd 20 4 2E-2 Dds 5x 4 DDS .MODEL DDS D(M=4.05E-1 05E-1 VJ=6.84E-1 84E-1 CJO=70p) Dbody 5x 20 DBODY .MODEL DBODY D(IS=2.61E-13 61E-13 N=1.1 RS=9.5E-2 TT=10.5n) Ra 4 2 2E-2 Rs 5x 5 0.5m Ls 5 30 0.5n M2 1 8 6 6 INTER E2 8
/datasheets/files/fairchild/simulation-models/fdn361bn.lib |
Fairchild | 22/10/2012 | 1.09 Kb | LIB | fdn361bn.lib |
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*FDD3690 FDD3690 at Temp. Electrical Model *- .SUBCKT FDD3690 FDD3690 20 10 30 50 *20=DRAIN 10=GATE 30=SOURCE 50=VTEMP Rg 10 11x 1 Rdu 12x 1 1u M1 2 1 4x 4x DMOS L=1u W=1u .MODEL DMOS NMOS(VTO=3 KP=7.56E+1 +THETA=.066667 VMAX=1E5 LEVEL=3) Cgs 1 5x 1512p Rd 20 4 2E-2 Dds 5x 4 DDS .MODEL DDS D(M=4.54E-1 54E-1 VJ=3.08E-1 08E-1 CJO=347p) Dbody 5x 20 DBODY .MODEL DBODY D(IS=9.55E-13 55E-13 N=1.02441 RS=.000304 TT=38.06n) Ra 4 2 2E-2 Rs 5x 5 0.5m Ls 5 30 0.5n M2
/datasheets/files/fairchild/simulation-models/fdd3690.lib |
Fairchild | 22/10/2012 | 1.12 Kb | LIB | fdd3690.lib |
| Part | Manufacturer | Description | Shortform Datasheet | Ordering |
| 2E2 | International Rectifier | Silicon Rectifier | |
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| 2E2 | Power Components, Inc. | Silicon Rectifier | |
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| 2E20 | Acopian Power Supplies | Silicon Rectifier - Short circuit protected | |
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| 2E20 | Power Components, Inc. | Silicon Rectifier | |
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| 2E20-230 | Acopian Power Supplies | ac-to-dc Voltage Converter - Short circuit protected | |
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| 2E20D | Acopian Power Supplies | ac-to-dc Voltage Converter - Two sections make dual isolated | |
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| 2E20D230 | Acopian Power Supplies | ac-to-dc Voltage Converter - Two sections make dual isolated | |