The unit of capacitance capacity is “Faraâ€, which is represented by the letter “Fâ€. Units smaller than F are also MF (Mega) μF, (microfarad), NF (nano method), PF (pico method) 1F=1000Mf=1000000μf=1000000000nf=1000000000000Pf 1μf=1000nf=1000000pF 1nf=1000pf Since the capacity of the "F" unit of the capacitor is very large, we usually see units of μF, nF, and pF. In the common circuit diagram, μF, PF some omits F to show μ, P actual capacitance labeling method is generally less than 9900P with P indicating greater than 0.01μ (including 0.01) expressed in μ. Capacitor capacity conversion: 1, N (nano method) representation 3, direct labeling method: 4, symbolized: This kind of symbol is mostly used for patches or small electrolytic capacitors. The reading method is somewhat similar to the number of squares. Pay attention when using it. Its capacity unit is generally μf level. Representation character Capacity unit μf Representation character Capacity unit μf 0R1 0.1μf 100 10μf R15 0.15μf 150 15μf R22 0.22μf 220 22μf R33 0.33μf 330 33μf R39 0.39μf 390 39μf R47 0.47μf 470 47μf R56 0.56μf 560 56μf R68 0.68μf 680 68μf R82 0.82μf 820 82μf 010 1μf 101 100μf 1R5 1.5μf 151 150μf 2R2 2.2μf 221 220μf 3R3 3.3μf 331 330μf 3R9 3.9μf 391 390μf 4R7 4.7μf 471 470μf 5R6 5.6μf 561 560μf 6R8 6.8μf 681 680μf 8R2 8.2μf 821 820μf 5, expressed in terms of the number of powers: Guangzhou Lufeng Electronic Technology Co. , Ltd. , https://www.lufengelectronics.com
1n=1000P
10n=0.01μ
100n=0.1μ
Example: 3n3 means 3300Pf 22N means 0.022μf 470n means 0.47μf
0.01μ 0.047μ 3300pf 560pf shows that the actual capacity does not have to be converted
10 10+ no = 10P
101 10+0=100P
102 10+00=1000P
103 10+000=0.01
104 10+0000=0.1
105 10+00000=1μ
The first 2 digits are capacity. The third digit is the power square, the power square unit is P, such as 221 means 22 plus one zero is equal to 220P, 472 means 47 plus two zero is equal to 4700P, 683 means 68 plus three zero equals 0.068μf