EIA-96 code table
EIA-96 is the marking system for 1% SMD resistors: a two-digit code from 01 to 96 gives the three significant digits from the E96 series, and a letter gives the multiplier.
Code → value
- 01 100
- 02 102
- 03 105
- 04 107
- 05 110
- 06 113
- 07 115
- 08 118
- 09 121
- 10 124
- 11 127
- 12 130
- 13 133
- 14 137
- 15 140
- 16 143
- 17 147
- 18 150
- 19 154
- 20 158
- 21 162
- 22 165
- 23 169
- 24 174
- 25 178
- 26 182
- 27 187
- 28 191
- 29 196
- 30 200
- 31 205
- 32 210
- 33 215
- 34 221
- 35 226
- 36 232
- 37 237
- 38 243
- 39 249
- 40 255
- 41 261
- 42 267
- 43 274
- 44 280
- 45 287
- 46 294
- 47 301
- 48 309
- 49 316
- 50 324
- 51 332
- 52 340
- 53 348
- 54 357
- 55 365
- 56 374
- 57 383
- 58 392
- 59 402
- 60 412
- 61 422
- 62 432
- 63 442
- 64 453
- 65 464
- 66 475
- 67 487
- 68 499
- 69 511
- 70 523
- 71 536
- 72 549
- 73 562
- 74 576
- 75 590
- 76 604
- 77 619
- 78 634
- 79 649
- 80 665
- 81 681
- 82 698
- 83 715
- 84 732
- 85 750
- 86 768
- 87 787
- 88 806
- 89 825
- 90 845
- 91 866
- 92 887
- 93 909
- 94 931
- 95 953
- 96 976
Multiplier letters
| Letter | Multiplier | Example |
|---|---|---|
Z | ×0.001 | 01Z = 0.1 Ω |
Y or R | ×0.01 | 01Y = 1 Ω |
X or S | ×0.1 | 01X = 10 Ω |
A | ×1 | 01A = 100 Ω |
B or H | ×10 | 01B = 1 kΩ |
C | ×100 | 01C = 10 kΩ |
D | ×1,000 | 01D = 100 kΩ |
E | ×10,000 | 01E = 1 MΩ |
F | ×100,000 | 01F = 10 MΩ |
Worked examples
| Code | Digits | Letter | Value |
|---|---|---|---|
01A | 01 → 100 | A = ×1 | 100 Ω |
01C | 01 → 100 | C = ×100 | 10 kΩ |
39D | 39 → 249 | D = ×1,000 | 249 kΩ |
68X | 68 → 499 | X = ×0.1 | 49.9 Ω |
85B | 85 → 750 | B = ×10 | 7.5 kΩ |
96F | 96 → 976 | F = ×100,000 | 97.6 MΩ |
30Y | 30 → 200 | Y = ×0.01 | 2 Ω |
Because the code only covers E96 values, a 1% resistor with a value outside E96 (for example 2.2 kΩ, which is E24) is marked with a 4-digit code instead: 2201. Decode or encode any marking with the SMD resistor code calculator.
The letter R is also used as a decimal point in R notation (47R = 47 Ω), so a three-character code ending in R is ambiguous; on 1% parts in tiny packages it is usually EIA-96, otherwise R notation.