NOTE: Please note orders will not ship on Friday Dec 27th due to warehouse closure. Orders placed after Tuesday 24th Dec will be processed Monday Dec 30th.

Description Ordering
R2819 56pf 50V SL 5mm Ceramic Capacitor

56pf 50V SL 5mm Ceramic Capacitor

R2819 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2820 68pf 50V SL 5mm Ceramic Capacitor

68pf 50V SL 5mm Ceramic Capacitor

R2820 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2821 82pf 50V SL 5mm Ceramic Capacitor

82pf 50V SL 5mm Ceramic Capacitor

R2821 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2822 100pf 50V SL 5mm Ceramic Capacitor

100pf 50V SL 5mm Ceramic Capacitor

R2822 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2823 120pf 50V SL 5mm Ceramic Capacitor

120pf 50V SL 5mm Ceramic Capacitor

R2823 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2824 150pf 50V SL 5mm Ceramic Capacitor

150pf 50V SL 5mm Ceramic Capacitor

R2824 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2825 180pf 50V SL 5mm Ceramic Capacitor

180pf 50V SL 5mm Ceramic Capacitor

R2825 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2826 220pf 50V SL 5mm Ceramic Capacitor

220pf 50V SL 5mm Ceramic Capacitor

R2826 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2827 270pf 50V Y5P 5mm Ceramic Capacitor

270pf 50V Y5P 5mm Ceramic Capacitor

R2827 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2828 330pf 50V Y5P 5mm Ceramic Capacitor

330pf 50V Y5P 5mm Ceramic Capacitor

R2828 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2829 390pf 50V Y5P 5mm Ceramic Capacitor

390pf 50V Y5P 5mm Ceramic Capacitor

R2829 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2830 470pf 50V Y5P 5mm Ceramic Capacitor

470pf 50V Y5P 5mm Ceramic Capacitor

R2830 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2831 560pf 50V Y5P 5mm Ceramic Capacitor

560pf 50V Y5P 5mm Ceramic Capacitor

R2831 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2832 680pf 50V Y5P 5mm Ceramic Capacitor

680pf 50V Y5P 5mm Ceramic Capacitor

R2832 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2833 820pf 50V Y5P 5mm Ceramic Capacitor

820pf 50V Y5P 5mm Ceramic Capacitor

R2833 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2834 0.001uF 50V Y5P 5mm Ceramic Capacitor

0.001uF 50V Y5P 5mm Ceramic Capacitor

R2834 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2837 0.0022uF 50V Y5P 5mm Ceramic Capacitor

0.0022uF 50V Y5P 5mm Ceramic Capacitor

R2837 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2840 0.0033uF 50V Z5U 5mm Ceramic Capacitor

0.0033uF 50V Z5U 5mm Ceramic Capacitor

R2840 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2842 0.0047uF 50V Z5U 5mm Ceramic Capacitor

0.0047uF 50V Z5U 5mm Ceramic Capacitor

R2842 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2843 0.0056uF 50V Z5U 5mm Ceramic Capacitor

0.0056uF 50V Z5U 5mm Ceramic Capacitor

R2843 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2844 0.0068uF 50V Z5U 5mm Ceramic Capacitor

0.0068uF 50V Z5U 5mm Ceramic Capacitor

R2844 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2845 0.0082uF 50V Z5U 5mm Ceramic Capacitor

0.0082uF 50V Z5U 5mm Ceramic Capacitor

R2845 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2846 0.01uF 50V Z5U 5mm Ceramic Capacitor

0.01uF 50V Z5U 5mm Ceramic Capacitor

R2846 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2850 0.022uF 50V Z5U 5mm Ceramic Capacitor

0.022uF 50V Z5U 5mm Ceramic Capacitor

R2850 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2855 0.033uF 50V Z5U 5mm Ceramic Capacitor

0.033uF 50V Z5U 5mm Ceramic Capacitor

R2855 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.