CapacitorsCeramic Capacitors
| Description | Downloads | Specs | Ordering | ||
|---|---|---|---|---|---|
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0.1uF 50V Y5V 5mm Ceramic CapacitorR2865 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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100pF 3Kv Y5P 5mm Ceramic CapacitorR2882 ROHS |
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| High Voltage Ceramic Capacitor | |
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0.01uF 50V Z5U 5mm Ceramic CapacitorR2846 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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Assorted Ceramic Capacitors 100PcsR3515 |
| All computer selected values, i.e. you get more of the most used values and less of the least common. | ||
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22pf 50V NPO 5mm Ceramic CapacitorR2814 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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0.01uF 3Kv Z5V 10mm Ceramic CapacitorR2893 ROHS |
| High Voltage Ceramic Capacitor | ||
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100pf 50V SL 5mm Ceramic CapacitorR2822 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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0.001uF 50V Y5P 5mm Ceramic CapacitorR2834 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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0.001uF 3Kv Z5U 5mm Ceramic CapacitorR2889 ROHS |
| High Voltage Ceramic Capacitor | ||
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0.022uF 3Kv Z5V 10mm Ceramic CapacitorR2894 ROHS |
| High Voltage Ceramic Capacitor | ||
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220pF 3Kv Y5P 5mm Ceramic CapacitorR2886 ROHS |
| High Voltage Ceramic Capacitor | ||
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470pF 3Kv Y5P 7.5mm Ceramic CapacitorR2888 ROHS |
| High Voltage Ceramic Capacitor | ||
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10pf 50V NPO 5mm Ceramic CapacitorR2810 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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1pF 50V NPO 5mm Ceramic CapacitorR2791 ROHS |
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| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | |
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0.0047uF 3Kv Z5V 10mm Ceramic CapacitorR2892 ROHS |
| High Voltage Ceramic Capacitor | ||
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47pf 50V SL 5mm Ceramic CapacitorR2818 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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0.047uF 50V Y5V 5mm Ceramic CapacitorR2860 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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33pF 3Kv SL 5mm Ceramic CapacitorR2876 ROHS |
| High Voltage Ceramic Capacitor | ||
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33pf 50V NPO 5mm Ceramic CapacitorR2816 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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5pF 50V NPO 5mm Ceramic CapacitorR2795 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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2pF 50V NPO 5mm Ceramic CapacitorR2792 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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4pF 50V NPO 5mm Ceramic CapacitorR2794 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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470pf 50V Y5P 5mm Ceramic CapacitorR2830 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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150pf 50V SL 5mm Ceramic CapacitorR2824 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
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27pf 50V NPO 5mm Ceramic CapacitorR2815 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. |