Description Ordering
R2890 0.0022uF 3Kv Z5V 7.5mm Ceramic Capacitor

0.0022uF 3Kv Z5V 7.5mm Ceramic Capacitor

R2890 ROHS

High Voltage Ceramic Capacitor
R2780C 0.22uF 630V 20mm Greencap Capacitor

0.22uF 630V 20mm Greencap Capacitor

R2780C ROHS

- Mylar Polyester - Non-inductive - High temperature stability - Ideal for coupling and bypass applications - Tolerance: ±5% - Temperature rating: -40 deg.C to 85ºC Note: All quantities are supplied loose.
R2812 15pf 50V NPO 5mm Ceramic Capacitor

15pf 50V NPO 5mm Ceramic Capacitor

R2812 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2817 39pf 50V NPO 5mm Ceramic Capacitor

39pf 50V NPO 5mm Ceramic Capacitor

R2817 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2740B 0.22uF 100V 8mm Greencap Capacitor

0.22uF 100V 8mm Greencap Capacitor

R2740B ROHS

- Mylar Polyester - Non-inductive - High temperature stability - Ideal for coupling and bypass applications - Tolerance: ±5% - Temperature rating: -40 deg.C to 85ºC Note: All quantities are supplied loose.
R2793 3pF 50V NPO 5mm Ceramic Capacitor

3pF 50V NPO 5mm Ceramic Capacitor

R2793 ROHS

Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance.
R2720A 0.015uF 100V 4.5mm Greencap Capacitor

0.015uF 100V 4.5mm Greencap Capacitor

R2720A ROHS

- Mylar Polyester - Non-inductive - High temperature stability - Ideal for coupling and bypass applications - Tolerance: ±5% - Temperature rating: -40 deg.C to 85ºC Note: All quantities are supplied loose.
R2874 22pF 3Kv SL 5mm Ceramic Capacitor

22pF 3Kv SL 5mm Ceramic Capacitor

R2874 ROHS

High Voltage Ceramic Capacitor
R2703 0.0018uF 100V 3.5mm Greencap Capacitor

0.0018uF 100V 3.5mm Greencap Capacitor

R2703

- Mylar Polyester - Non-inductive - High temperature stability - Ideal for coupling and bypass applications - Tolerance: ±5% - Temperature rating: -40 deg.C to 85ºC Note: All quantities are supplied loose.
R2724 0.033uF 100V 5mm Greencap Capacitor

0.033uF 100V 5mm Greencap Capacitor

R2724 ROHS

- Mylar Polyester - Non-inductive - High temperature stability - Ideal for coupling and bypass applications - Tolerance: ±5% - Temperature rating: -40 deg.C to 85ºC Note: All quantities are supplied loose.
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.
R3019B 0.033uF 100V  MKT Capacitor

0.033uF 100V MKT Capacitor

R3019B ROHS

Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards.
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.
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.
R5563 4700UF 100V Snap In PCB Electrolytic Capacitor

4700UF 100V Snap In PCB Electrolytic Capac...

R5563 ROHS

These capacitors are a "snap-in" PCB mount type. The 100V DC type electrolytics are used primarily in power supply designs.
R2737 0.12uF 100V 7.5mm Greencap Capacitor

0.12uF 100V 7.5mm Greencap Capacitor

R2737 ROHS

- Mylar Polyester - Non-inductive - High temperature stability - Ideal for coupling and bypass applications - Tolerance: ±5% - Temperature rating: -40 deg.C to 85ºC Note: All quantities are supplied loose.
R4865 470uF 35V High Temp. PCB Electrolytic Capacitor

470uF 35V High Temp. PCB Electrolytic Capa...

R4865 ROHS

High temperature rating (105C ) for constant reliable operation Note: Sleeve colour may be black or green.
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.
R2743 0.33uF 100V 10.5mm Greencap Capacitor

0.33uF 100V 10.5mm Greencap Capacitor

R2743

- Mylar Polyester - Non-inductive - High temperature stability - Ideal for coupling and bypass applications - Tolerance: ±5% - Temperature rating: -40 deg.C to 85ºC Note: All quantities are supplied loose.
R2811 12pf 50V NPO 5mm Ceramic Capacitor

12pf 50V NPO 5mm Ceramic Capacitor

R2811 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.
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.
R2726A 0.039uF 100V 5mm Greencap Capacitor

0.039uF 100V 5mm Greencap Capacitor

R2726A ROHS

- Mylar Polyester - Non-inductive - High temperature stability - Ideal for coupling and bypass applications - Tolerance: ±5% - Temperature rating: -40 deg.C to 85ºC Note: All quantities are supplied loose.
R2712B 0.0056uF 100V 4mm Greencap Capacitor

0.0056uF 100V 4mm Greencap Capacitor

R2712B ROHS

- Mylar Polyester - Non-inductive - High temperature stability - Ideal for coupling and bypass applications - Tolerance: ±5% - Temperature rating: -40 deg.C to 85ºC Note: All quantities are supplied loose.
R2796 6pF 50V NPO 5mm Ceramic Capacitor

6pF 50V NPO 5mm Ceramic Capacitor

R2796 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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