Multi-layer C.cap [ 10pF ~ 1uF ] 50v Non-Polarized DIP - Ceramic Capacitors MLCC
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RM0.15
- Product Code: C.Cap ML
- Availability: In Stock
Ceramic capacitors use ceramic materials as dielectric and metallic materials as electrodes. Ceramic multilayer capacitors have multiple (typically 500 or more) alternating ceramic and metallic layers.
Features
Specifications
To use this table, just read across. For example, 1uF is same 1,000nF or 1,000,000pF.
Model | pF/ MMFD | nF | uF/ MFD |
10 | 10pF | 0.010nF | 0.00010uF |
12 | 12pF | 0.012nF | 0.00012uF |
15 | 15pF | 0.015nF | 0.00015uF |
18 | 18pF | 0.018nF | 0.00018uF |
20 | 20pF | 0.020nF | 0.00020uF |
22 | 22pF | 0.022nF | 0.00022uF |
27 | 27pF | 0.027nF | 0.00027uF |
30 | 30pF | 0.030nF | 0.00030uF |
33 | 33pF | 0.033nF | 0.00033uF |
39 | 39pF | 0.039nF | 0.00039uF |
47 | 42pF | 0.042nF | 0.00042uF |
68 | 68pF | 0.068nF | 0.00068uF |
82 | 82pF | 0.082nF | 0.00082uF |
101 | 100pF | 0.10nF | 0.00010uF |
151 | 150pF | 0.15nF | 0.00015uF |
221 | 220pF | 0.22nF | 0.00022uF |
271 | 270pF | 0.27nF | 0.00027uF |
331 | 330pF | 0.33nF | 0.00033uF |
471 | 470pF | 0.47nF | 0.00047uF |
821 | 820pF | 0.82nF | 0.00082uF |
102 | 1000pF | 1.0nF | 0.0010uF |
222 | 2200pF | 2.2nF | 0.0022uF |
272 | 2700pF | 2.7nF | 0.0027uF |
332 | 3300pF | 3.3nF | 0.0033uF |
392 | 3900pF | 3.9nF | 0.0039uF |
472 | 4700pF | 4.7nF | 0.0047uF |
103 | 10000pF | 10nF | 0.010uF |
123 | 12000pF | 12nF | 0.012uF |
153 | 15000pF | 15nF | 0.015uF |
203 | 20000pF | 20nF | 0.020uF |
223 | 22000pF | 22nF | 0.022uF |
333 | 33000pF | 33nF | 0.033uF |
393 | 39000pF | 39nF | 0.039uF |
473 | 47000pF | 47nF | 0.047uF |
104 | 100000pF | 100nF | 0.10uF |
224 | 220000pF | 220nF | 0.22uF |
334 | 330000pF | 330nF | 0.33uF |
474 | 470000pF | 470nF | 0.47uF |
105 | 1000000pF | 1000nF | 1uF |
As any engineer will tell you, 0.1uF ceramic capacitors (104) are the magic fairy dust of electronics - sprinkle them over your circuit schematics for good luck! But seriously, a 0.1uF capacitor right next to the VCC pin of your chips will improve stability by filtering out power supply spikes and noise that can cause flaky behavior.