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1.Easy to use and quick to get started
2.The process supports design scales of 300 devices or 1000 pads
3.Supports simple circuit simulation
4.For students, teachers, creators
1.Brand new interactions and interfaces
2.Smooth support for design sizes of over 5,000 devices or 10,000 pads
3.More rigorous design constraints, more standardized processes
4.For enterprises, more professional users
STD How to use basic elements of EasyEDA copy
Mode: Editors' pick
Cloned from How to use basic elements of EasyEDA
Ammeter and Voltmeter copy
Open in EditorSimulation of a 5 Pin Opamp copy
Open in EditorUsing a Bridge Rectifier copy
Open in EditorSimple Fuse Demo copy
Open in EditorCrystal oscillator using EasyEDA quick starting crystal spice model copy
Open in EditorTransient Voltage Suppressor (TVS) simulation copy
Open in EditorThe TVS in action copy
Open in EditorTransmission line copy
Open in EditorSimulation using a 3 Pin Opamp copy
Open in Editor3D circuit with user drawn switch copy
Open in EditorHow to include a 5 Pin Comparator in a schematic copy
Open in EditorThermistor model copy
Open in EditorAnalogue time delay line copy
Open in EditorThe 4N25 optocoupler copy
Open in EditorThyristor / SCR copy
Open in EditorTRIAC copy
Open in EditorBT151_500R_EE Thyristor test jig copy
Open in EditorID | Name | Designator | Quantity | Mounted |
---|---|---|---|---|
1 | SMCJ7.0CA | DBIDIRTVS | 1 | Yes |
2 | SIN(3 3 1k) | V1 | 1 | Yes |
3 | 1k | R1,R2,R4,R5 | 4 | Yes |
4 | PULSE(0 100 0.25m 1u 1u 1f) | VPSPIKE | 1 | Yes |
5 | PULSE(0 -100 0.75m 1u 1u 1f) | VNSPIKE | 1 | Yes |
6 | SP1003_01DTG | D1 | 1 | Yes |
7 | 0.1 | I1 | 1 | Yes |
8 | Voltmeter | VM3,VM2,VM1 | 3 | Yes |
9 | Ammeter | A2,A1,THRUFUSE,A_VCC,A_VEE,UNI,BIDI | 7 | Yes |
10 | SPST_OFF | S1 | 1 | Yes |
11 | 5 | V1 | 1 | Yes |
12 | 10u | C1 | 1 | Yes |
13 | SIN(1.05 1.05 1k 0 0 -90) | V1 | 1 | Yes |
14 | 5 | R1 | 1 | Yes |
15 | FUSE | F1 | 1 | Yes |
16 | SIN(0 {Vinpk} 1k) AC 1 | V1 | 1 | Yes |
17 | {rail} | VCC,VEE | 2 | Yes |
18 | {Rin} | R1 | 1 | Yes |
19 | {Rfb} | R2 | 1 | Yes |
20 | {Voutpk/35m} | R3 | 1 | Yes |
21 | opamp5pEE | U1 | 1 | Yes |
22 | 34p | C2,C1 | 2 | Yes |
23 | PULSE(3.3 3.4 1n 1n 1n 1u 10) | V2 | 1 | Yes |
24 | 1 | ROUT,R1,R2,R6,R4 | 5 | Yes |
25 | I=0.5*V(vcc)*(TANH((V(vcc)/2-V(in))*10)+1) | BINVERTER | 1 | Yes |
26 | 1.5Meg | RFB | 1 | Yes |
27 | XTALfast | QXTAL1 | 1 | Yes |
28 | 820 | RSER | 1 | Yes |
29 | 5 | V1,VCC | 2 | Yes |
30 | SIN(0 5 50) AC 1 | V1 | 1 | Yes |
31 | GBJ15005 | B1 | 1 | Yes |
32 | 100 | LOAD,R3 | 2 | Yes |
33 | 1000u | C1 | 1 | Yes |
34 | 1 | E1 | 1 | Yes |
35 | V=-(V(ac1,ac2)^2) | B1 | 1 | Yes |
36 | TLine | T1,T2 | 2 | Yes |
37 | PULSE(0 1 100n 1n 1n 1u 2u) AC 0 | V1 | 1 | Yes |
38 | 50 | LOAD,SOURCE1,SOURCE2 | 3 | Yes |
39 | {Rload} | R3,R1 | 2 | Yes |
40 | opamp3pEE | U1 | 1 | Yes |
41 | Fuse | X1 | 1 | Yes |
42 | Optocoupler | X2 | 1 | Yes |
43 | LED | D1 | 1 | Yes |
44 | 9 | V1 | 1 | Yes |
45 | 1k | R1,R2 | 2 | Yes |
46 | Term | X1 | 1 | Yes |
47 | 3D_SW_SPST | SW1 | 1 | Yes |
48 | PULSE(0 10 0 1u) AC 1 0 | V1 | 1 | Yes |
49 | ThermistorEE | R3 | 1 | Yes |
50 | SIN({Vref} {Vinpk} 1k 0 0 90) AC 1 | V1 | 1 | Yes |
51 | {Vcc} | VCC | 1 | Yes |
52 | {Vee} | VEE | 1 | Yes |
53 | {Rpullup} | R2 | 1 | Yes |
54 | {Vref} | V2 | 1 | Yes |
55 | compOC5pEE | U1 | 1 | Yes |
56 | I=2*V(in) | B1 | 1 | Yes |
57 | PULSE(-1 1 0 200n 200n 300n 1u) AC 1 0 | V1 | 1 | Yes |
58 | V=V(outdel) | B3 | 1 | Yes |
59 | SIN(5m 5m 1k) | I1 | 1 | Yes |
60 | 1G | R8 | 1 | Yes |
61 | 1N4001 | D1 | 1 | Yes |
62 | 4N25 | U1 | 1 | Yes |
63 | SINE(0 {Vmains} {fmains}) | V1 | 1 | Yes |
64 | PULSE(0 {Ig} {tdel} 10n 10n 0.1m {1/fmains}) | I1 | 1 | Yes |
65 | V=V(gen)*V(softstart) | B1 | 1 | Yes |
66 | V=0.5*(tanh((TIME-5m)*500)+1) | B2 | 1 | Yes |
67 | 2N5060EE | T1 | 1 | Yes |
68 | PULSE(0 {Ig} {tdel+0.5/fmains} 10n 10n 0.1m {1/fmains}) | I2 | 1 | Yes |
69 | L0109NT | T1 | 1 | Yes |
70 | BT151_500R_EE | T1 | 1 | Yes |
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