Capacitor Conversion Chart

Capacitor value table from 0.001uF to 220uF. Every value shown in microfarads, nanofarads, picofarads, European and EIA/MIL codes, and colour codes. Handy formulae for series and parallel capacitors, stored charge, and stored energy. Summary of common capacitor types and uses.

Capacitance Conversion Calculator | DigiKey Electronics
Capacitor Conversion Chart Pf Nf Uf

The capacitor code conversion chart lets you find the capacitance by looking up the code. The first two digits are the value in picofarads, while the third is the multiplier. If no multiplier is given the result is capacitance in pF. Capacitor uF - nF - pF Conversion Chart When reading schematics, repairing radios and buying capacitors, you often must convert between uF, nF and pF. Paper and electrolytic capacitors are usually expressed in terms of uF (microfarads). Short forms for micro farad include uF, mfd, MFD, MF and UF. Mica capacitors are usually expressed in.

Eventually in your DIY Synthesizer journey, you’ll come across a situation when you’ll have to convert between uF, nF and pF.
Paper and electrolytic capacitors are usually expressed in terms of uF (microfarads). Mica capacitors are usually expressed in terms of pF (picofarads). In between a pF and a uF is an nF which is one-one thousands of a uF. Converting back and forth between uF, nF
and pF is confusing, so below is a capacitor conversion chart.

Capacitor Conversion Chart

Capacitance Conversion Calculator | DigiKey Electronics

uF	nF	pF
1uF	1000nF	1000000pF
0.82uF	820nF	820000pF
0.8uF	800nF	800000pF
0.7uF	700nF	700000pF
0.68uF	680nF	680000pF
0.6uF	600nF	600000pF
0.56uF	560nF	560000pF
0.5uF	500nF	500000pF
0.47uF	470nF	470000pF
0.4uF	400nF	400000pF
0.39uF	390nF	390000pF
0.33uF	330nF	330000pF
0.3uF	300nF	300000pF
0.27uF	270nF	270000pF
0.25uF	250nF	250000pF
0.22uF	220nF	220000pF
0.2uF	200nF	200000pF
0.18uF	180nF	180000pF
0.15uF	150nF	150000pF
0.12uF	120nF	120000pF
0.1uF	100nF	100000pF
0.082uF	82nF	82000pF
0.08uF	80nF	80000pF
0.07uF	70nF	70000pF
0.068uF	68nF	68000pF
0.06uF	60nF	60000pF
0.056uF	56nF	56000pF
0.05uF	50nF	50000pF
0.047uF	47nF	47000pF
0.04uF	40nF	40000pF
0.039uF	39nF	39000pF
0.033uF	33nF	33000pF
0.03uF	30nF	30000pF
0.027uF	27nF	27000pF
0.025uF	25nF	25000pF
0.022uF	22nF	22000pF
0.02uF	20nF	20000pF
0.018uF	18nF	18000pF
0.015uF	15nF	15000pF
0.012uF	12nF	12000pF
0.01uF	10nF	10000pF
0.0082uF	8.2nF	8200pF
0.008uF	8nF	8000pF
0.007uF	7nF	7000pF
0.0068uF	6.8nF	6800pF
0.006uF	6nF	6000pF
0.0056uF	5.6nF	5600pF
0.005uF	5nF	5000pF
0.0047uF	4.7nF	4700pF
0.004uF	4nF	4000pF
0.0039uF	3.9nF	3900pF
0.0033uF	3.3nF	3300pF
0.003uF	3nF	3000pF
0.0027uF	2.7nF	2700pF
0.0025uF	2.5nF	2500pF
0.0022uF	2.2nF	2200pF
0.002uF	2nF	2000pF
0.0018uF	1.8nF	1800pF
0.0015uF	1.5nF	1500pF
0.0012uF	1.2nF	1200pF
0.001uF	1nF	1000pF
0.00082uF	0.82nF	820pF
0.0008uF	0.8nF	800pF
0.0007uF	0.7nF	700pF
0.00068uF	0.68nF	680pF
0.0006uF	0.6nF	600pF
0.00056uF	0.56nF	560pF
0.0005uF	0.5nF	500pF
0.00047uF	0.47nF	470pF
0.0004uF	0.4nF	400pF
0.00039uF	0.39nF	390pF
0.00033uF	0.33nF	330pF
0.0003uF	0.3nF	300pF
0.00027uF	0.27nF	270pF
0.00025uF	0.25nF	250pF
0.00022uF	0.22nF	220pF
0.0002uF	0.2nF	200pF
0.00018uF	0.18nF	180pF
0.00015uF	0.15nF	150pF
0.00012uF	0.12nF	120pF
0.0001uF	0.1nF	100pF
0.000082uF	0.082nF	82pF
0.00008uF	0.08nF	80pF
0.00007uF	0.07nF	70pF
0.000068uF	0.068nF	68pF
0.00006uF	0.06nF	60pF
0.000056uF	0.056nF	56pF
0.00005uF	0.05nF	50pF
0.000047uF	0.047nF	47pF
0.00004uF	0.04nF	40pF
0.000039uF	0.039nF	39pF
0.000033uF	0.033nF	33pF
0.00003uF	0.03nF	30pF
0.000027uF	0.027nF	27pF
0.000025uF	0.025nF	25pF
0.000022uF	0.022nF	22pF
0.00002uF	0.02nF	20pF
0.000018uF	0.018nF	18pF
0.000015uF	0.015nF	15pF
0.000012uF	0.012nF	12pF
0.00001uF	0.01nF	10pF
0.0000082uF	0.0082nF	8.2pF
0.000008uF	0.008nF	8pF
0.000007uF	0.007nF	7pF
0.0000068uF / MFD 0.0068nF	6.8pF
0.000006uF	0.006nF	6pF
0.0000056uF	0.0056nF	5.6pF
0.000005uF	0.005nF	5pF
0.0000047uF	0.0047nF	4.7pF
0.000004uF	0.004nF	4pF
0.0000039uF	0.0039nF	3.9pF
0.0000033uF	0.0033nF	3.3pF
0.000003uF	0.003nF	3pF
0.0000027uF	0.0027nF	2.7pF
0.0000025uF	0.0025nF	2.5pF
0.0000022uF	0.0022nF	2.2pF
0.000002uF	0.002nF	2pF
0.0000018uF	0.0018nF	1.8pF
0.0000015uF	0.0015nF	1.5pF
0.0000012uF	0.0012nF	1.2pF
0.000001uF	0.001nF	1pF

Here is my complete conversion chart for all standard capacitor values. This chart allows one to convert between picofarads, nanofarads, and microfarads. With all the values listed here, you will not have any need to use a calculator.

picofarads	nanofarads	microfarads
1.0 pF	0.0010 nF	0.0000010 uF
1.1 pF	0.0011 nF	0.0000011 uF
1.2 pF	0.0012 nF	0.0000012 uF
1.3 pF	0.0013 nF	0.0000013 uF
1.5 pF	0.0015 nF	0.0000015 uF
1.6 pF	0.0016 nF	0.0000016 uF
1.8 pF	0.0018 nF	0.0000018 uF
2.0 pF	0.0020 nF	0.0000020 uF
2.2 pF	0.0022 nF	0.0000022 uF
2.4 pF	0.0024 nF	0.0000024 uF
2.7 pF	0.0027 nF	0.0000027 uF
3.0 pF	0.0030 nF	0.0000030 uF
3.3 pF	0.0033 nF	0.0000033 uF
3.6 pF	0.0036 nF	0.0000036 uF
3.9 pF	0.0039 nF	0.0000039 uF
4.3 pF	0.0043 nF	0.0000043 uF
4.7 pF	0.0047 nF	0.0000047 uF
5.1 pF	0.0051 nF	0.0000051 uF
5.6 pF	0.0056 nF	0.0000056 uF
6.2 pF	0.0062 nF	0.0000062 uF
6.8 pF	0.0068 nF	0.0000068 uF
7.5 pF	0.0075 nF	0.0000075 uF
8.2 pF	0.0082 nF	0.0000082 uF
9.1 pF	0.0091 nF	0.0000091 uF
10 pF	0.010 nF	0.000010 uF
11 pF	0.011 nF	0.000011 uF
12 pF	0.012 nF	0.000012 uF
13 pF	0.013 nF	0.000013 uF
15 pF	0.015 nF	0.000015 uF
16 pF	0.016 nF	0.000016 uF
18 pF	0.018 nF	0.000018 uF
20 pF	0.020 nF	0.000020 uF
22 pF	0.022 nF	0.000022 uF
24 pF	0.024 nF	0.000024 uF
27 pF	0.027 nF	0.000027 uF
30 pF	0.030 nF	0.000030 uF
33 pF	0.033 nF	0.000033 uF
36 pF	0.036 nF	0.000036 uF
39 pF	0.039 nF	0.000039 uF
43 pF	0.043 nF	0.000043 uF
47 pF	0.047 nF	0.000047 uF
51 pF	0.051 nF	0.000051 uF
56 pF	0.056 nF	0.000056 uF
62 pF	0.062 nF	0.000062 uF
68 pF	0.068 nF	0.000068 uF
75 pF	0.075 nF	0.000075 uF
82 pF	0.082 nF	0.000082 uF
91 pF	0.091 nF	0.000091 uF
100 pF	0.10 nF	0.00010 uF
110 pF	0.11 nF	0.00011 uF
120 pF	0.12 nF	0.00012 uF
130 pF	0.13 nF	0.00013 uF
150 pF	0.15 nF	0.00015 uF
160 pF	0.16 nF	0.00016 uF
180 pF	0.18 nF	0.00018 uF
200 pF	0.20 nF	0.00020 uF
220 pF	0.22 nF	0.00022 uF
240 pF	0.24 nF	0.00024 uF
270 pF	0.27 nF	0.00027 uF
300 pF	0.30 nF	0.00030 uF
330 pF	0.33 nF	0.00033 uF
360 pF	0.36 nF	0.00036 uF
390 pF	0.39 nF	0.00039 uF
430 pF	0.43 nF	0.00043 uF
470 pF	0.47 nF	0.00047 uF
510 pF	0.51 nF	0.00051 uF
560 pF	0.56 nF	0.00056 uF
620 pF	0.62 nF	0.00062 uF
680 pF	0.68 nF	0.00068 uF
750 pF	0.75 nF	0.00075 uF
820 pF	0.82 nF	0.00082 uF
910 pF	0.91 nF	0.00091 uF
1000 pF	1.0 nF	0.0010 uF
1100 pF	1.1 nF	0.0011 uF
1200 pF	1.2 nF	0.0012 uF
1300 pF	1.3 nF	0.0013 uF
1500 pF	1.5 nF	0.0015 uF
1600 pF	1.6 nF	0.0016 uF
1800 pF	1.8 nF	0.0018 uF
2000 pF	2.0 nF	0.0020 uF
2200 pF	2.2 nF	0.0022 uF
2400 pF	2.4 nF	0.0024 uF
2700 pF	2.7 nF	0.0027 uF
3000 pF	3.0 nF	0.0030 uF
3300 pF	3.3 nF	0.0033 uF
3600 pF	3.6 nF	0.0036 uF
3900 pF	3.9 nF	0.0039 uF
4300 pF	4.3 nF	0.0043 uF
4700 pF	4.7 nF	0.0047 uF
5100 pF	5.1 nF	0.0051 uF
5600 pF	5.6 nF	0.0056 uF
6200 pF	6.2 nF	0.0062 uF
6800 pF	6.8 nF	0.0068 uF
7500 pF	7.5 nF	0.0075 uF
8200 pF	8.2 nF	0.0082 uF
9100 pF	9.1 nF	0.0091 uF
10000 pF	10 nF	0.010 uF
11000 pF	11 nF	0.011 uF
12000 pF	12 nF	0.012 uF
13000 pF	13 nF	0.013 uF
15000 pF	15 nF	0.015 uF
16000 pF	16 nF	0.016 uF
18000 pF	18 nF	0.018 uF
20000 pF	20 nF	0.020 uF
22000 pF	22 nF	0.022 uF
24000 pF	24 nF	0.024 uF
27000 pF	27 nF	0.027 uF
30000 pF	30 nF	0.030 uF
33000 pF	33 nF	0.033 uF
36000 pF	36 nF	0.036 uF
39000 pF	39 nF	0.039 uF
43000 pF	43 nF	0.043 uF
47000 pF	47 nF	0.047 uF
51000 pF	51 nF	0.051 uF
56000 pF	56 nF	0.056 uF
62000 pF	62 nF	0.062 uF
68000 pF	68 nF	0.068 uF
75000 pF	75 nF	0.075 uF
82000 pF	82 nF	0.082 uF
91000 pF	91 nF	0.091 uF
100000 pF	100 nF	0.10 uF
110000 pF	110 nF	0.11 uF
120000 pF	120 nF	0.12 uF
130000 pF	130 nF	0.13 uF
150000 pF	150 nF	0.15 uF
160000 pF	160 nF	0.16 uF
180000 pF	180 nF	0.18 uF
200000 pF	200 nF	0.20 uF
220000 pF	220 nF	0.22 uF
240000 pF	240 nF	0.24 uF
270000 pF	270 nF	0.27 uF
300000 pF	300 nF	0.30 uF
330000 pF	330 nF	0.33 uF
360000 pF	360 nF	0.36 uF
390000 pF	390 nF	0.39 uF
430000 pF	430 nF	0.43 uF
470000 pF	470 nF	0.47 uF
510000 pF	510 nF	0.51 uF
560000 pF	560 nF	0.56 uF
620000 pF	620 nF	0.62 uF
680000 pF	680 nF	0.68 uF
750000 pF	750 nF	0.75 uF
820000 pF	820 nF	0.82 uF
910000 pF	910 nF	0.91 uF
1000000 pF	1000 nF	1.0 uF
1100000 pF	1100 nF	1.1 uF
1200000 pF	1200 nF	1.2 uF
1300000 pF	1300 nF	1.3 uF
1500000 pF	1500 nF	1.5 uF
1600000 pF	1600 nF	1.6 uF
1800000 pF	1800 nF	1.8 uF
2000000 pF	2000 nF	2.0 uF
2200000 pF	2200 nF	2.2 uF
2400000 pF	2400 nF	2.4 uF
2700000 pF	2700 nF	2.7 uF
3000000 pF	3000 nF	3.0 uF
3300000 pF	3300 nF	3.3 uF
3600000 pF	3600 nF	3.6 uF
3900000 pF	3900 nF	3.9 uF
4300000 pF	4300 nF	4.3 uF
4700000 pF	4700 nF	4.7 uF
5100000 pF	5100 nF	5.1 uF
5600000 pF	5600 nF	5.6 uF
6200000 pF	6200 nF	6.2 uF
6800000 pF	6800 nF	6.8 uF
7500000 pF	7500 nF	7.5 uF
8200000 pF	8200 nF	8.2 uF
9100000 pF	9100 nF	9.1 uF

Choosing capacitor values can be a real headache for most hobbyists, and engineers. 'What are the standard values?' is something I end up asking myself sometimes.

It is even worse when you have to go around the shops looking for the value you need, because some shops might list it in pF whilst others use nF, so you end up converting between picofarads, nanofarads, and microfarads to figure out if it is the same thing.

Capacitor Conversion Chart Pf Nf Uf

Well, fear no more, because Pete is here and I decided to make a complete chart for the E24 series. There was no site on any search engine with such a chart showing every value together with the conversion. The calculations took me ages to do in my head so let us hope someone finds it useful.

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