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I believe everyone knows that packaging is an aspect of chip resistors that must be paid attention to. Otherwise, if the packaging specifications are incorrect, it is likely to have a certain impact on the product and thus affect the use. Therefore, as long as we do a good job in the packaging of the chip resistors, we can make the products better used. So do you know the package specifications of chip resistors?
In general, the package size of a chip resistor is represented by a 4-digit integer. The first two digits represent the length of the chip resistor, and the last two digits represent the width of the chip resistor. According to the different length units, there are two representation methods, namely imperial notation and metric notation.
Chip resistor package specifications:
inch | mm | L(mm) | W(mm) | t(mm) | a(mm) | b(mm) |
0201 | 0603 | 0.60±0.05 | 0.30±0.05 | 0.23±0.05 | 0.10±0.05 | 0.15±0.05 |
0402 | 1005 | 1.00±0.10 | 0.50±0.10 | 0.30±0.10 | 0.20±0.10 | 0.25±0.10 |
0603 | 1608 | 1.60±0.15 | 0.80±0.15 | 0.40±0.10 | 0.30±0.20 | 0.30±0.20 |
0805 | 2012 | 2.00±0.20 | 1.25±0.15 | 0.50±0.10 | 0.40±0.20 | 0.40±0.20 |
1206 | 3216 | 3.20±0.20 | 1.60±0.15 | 0.55±0.10 | 0.50±0.20 | 0.50±0.20 |
1210 | 3225 | 3.20±0.20 | 2.50±0.20 | 0.55±0.10 | 0.50±0.20 | 0.50±0.20 |
1812 | 4832 | 4.50±0.20 | 3.20±0.20 | 0.55±0.10 | 0.50±0.20 | 0.50±0.20 |
2010 | 5025 | 5.00±0.20 | 2.50±0.20 | 0.55±0.10 | 0.60±0.20 | 0.60±0.20 |
2512 | 6432 | 6.40±0.20 | 3.20±0.20 | 0.55±0.10 | 0.60±0.20 | 0.60±0.20 |
The content described above is the package specification of the chip resistor. The package of the chip resistor needs to use different package sizes according to the size and rated power of the chip resistor.
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