Description Ordering
Z0030 100V UF4002 Ultra Fast Diode

100V UF4002 Ultra Fast Diode

Z0030 ROHS

UF4002 Ultra Fast Diode 100V 1A DO-41 Package Note: All supplied on bandolier tape.
Z0032 400V UF4004 Ultra Fast Diode

400V UF4004 Ultra Fast Diode

Z0032 ROHS

UF4004 Ultra Fast Diode 400V 1A DO-41 Package Note: Supplied on bandolier tape.
Z0112 1N4007 1000V  1A Silicon Diode

1N4007 1000V 1A Silicon Diode

Z0112 ROHS

1N4007 1000V 1A DO-41 Package Note: Supplied on bandolier tape.
Z1055 PNP BC557 T092h General Purpose Transistor

PNP BC557 T092h General Purpose Transistor

Z1055 ROHS

General Purpose Transistor
Z1065 PNP BC640 T092 High Voltage Transistor

PNP BC640 T092 High Voltage Transistor

Z1065 ROHS

High Voltage Transistor
Z1064 NPN BC639 T092 High Voltage Transistor

NPN BC639 T092 High Voltage Transistor

Z1064 ROHS

High Voltage Transistor
R2724A 0.033uF 100V 5mm Greencap Capacitor

0.033uF 100V 5mm Greencap Capacitor

R2724A 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.
R2728A 0.047uF 100V 6mm Greencap Capacitor

0.047uF 100V 6mm Greencap Capacitor

R2728A 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.
R2730A 0.056uF 100V 6mm Greencap Capacitor

0.056uF 100V 6mm Greencap Capacitor

R2730A 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.
R2734A 0.082uF 100V 7.5mm Greencap Capacitor

0.082uF 100V 7.5mm Greencap Capacitor

R2734A 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.
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.
R2708 0.0039uF 100V 3.5mm Greencap Capacitor

0.0039uF 100V 3.5mm Greencap Capacitor

R2708

- 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.
R2716 0.0082uF 100V 4mm Greencap Capacitor

0.0082uF 100V 4mm Greencap Capacitor

R2716

- 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.
R2719 0.012uF 100V 4.5mm Greencap Capacitor

0.012uF 100V 4.5mm Greencap Capacitor

R2719

- 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.
R2721 0.018uF 100V 4.5mm Greencap Capacitor

0.018uF 100V 4.5mm Greencap Capacitor

R2721

- 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.
R2732 0.068uF 100V 6.5mm Greencap Capacitor

0.068uF 100V 6.5mm Greencap Capacitor

R2732

- 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.
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.
R2739 0.18uF 100V 10mm Greencap Capacitor

0.18uF 100V 10mm Greencap Capacitor

R2739

- 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.
R2734B 0.082uF 100V 6.5mm Greencap Capacitor

0.082uF 100V 6.5mm Greencap Capacitor

R2734B 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.
R4718 1uF 63V High Temp. PCB Electrolytic Capacitor

1uF 63V High Temp. PCB Electrolytic Capacitor

R4718 ROHS

High temperature rating (105C ) for constant reliable operation Note: Sleeve colour may be black or green.
R4728 2.2uF 63V High Temp. PCB Electrolytic Capacitor

2.2uF 63V High Temp. PCB Electrolytic Capa...

R4728 ROHS

High temperature rating (105C ) for constant reliable operation Note: Sleeve colour may be black or green.
R4738 3.3uF 63V High Temp. PCB Electrolytic Capacitor

3.3uF 63V High Temp. PCB Electrolytic Capa...

R4738 ROHS

High temperature rating (105C ) for constant reliable operation Note: Sleeve colour may be black or green.
R4748 4.7uF 63V High Temp. PCB Electrolytic Capacitor

4.7uF 63V High Temp. PCB Electrolytic Capa...

R4748 ROHS

High temperature rating (105C ) for constant reliable operation Note: Sleeve colour may be black or green.
R4767 10uF 50V High Temp. PCB Electrolytic Capacitor

10uF 50V High Temp. PCB Electrolytic Capac...

R4767 ROHS

High temperature rating (105C ) for constant reliable operation Note: Sleeve colour may be black or green.