| Description | Downloads | Specs | Ordering | ||
|---|---|---|---|---|---|
 |
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. | ||
|
560pf 50V Y5P 5mm Ceramic CapacitorR2831 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
|
680pf 50V Y5P 5mm Ceramic CapacitorR2832 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
|
820pf 50V Y5P 5mm Ceramic CapacitorR2833 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
|
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. | ||
|
0.0022uF 50V Y5P 5mm Ceramic CapacitorR2837 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
|
0.0033uF 50V Z5U 5mm Ceramic CapacitorR2840 ROHS |
|
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | |
|
0.0047uF 50V Z5U 5mm Ceramic CapacitorR2842 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
|
0.0056uF 50V Z5U 5mm Ceramic CapacitorR2843 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
|
0.0068uF 50V Z5U 5mm Ceramic CapacitorR2844 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
|
0.0082uF 50V Z5U 5mm Ceramic CapacitorR2845 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
|
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. | ||
|
0.022uF 50V Z5U 5mm Ceramic CapacitorR2850 ROHS |
|
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | |
|
0.033uF 50V Z5U 5mm Ceramic CapacitorR2855 ROHS |
| Disc ceramic capacitors are well suited for use at RF frequencies as tuning elements and bypass capacitors, due to their low inherent inductance. | ||
|
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. | ||
|
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. | ||
 |
22pF 3Kv SL 5mm Ceramic CapacitorR2874 ROHS |
|
| High Voltage Ceramic Capacitor | |
|
33pF 3Kv SL 5mm Ceramic CapacitorR2876 ROHS |
| High Voltage Ceramic Capacitor | ||
|
100pF 3Kv Y5P 5mm Ceramic CapacitorR2882 ROHS |
|
| High Voltage Ceramic Capacitor | |
|
220pF 3Kv Y5P 5mm Ceramic CapacitorR2886 ROHS |
| High Voltage Ceramic Capacitor | ||
|
470pF 3Kv Y5P 7.5mm Ceramic CapacitorR2888 ROHS |
| High Voltage Ceramic Capacitor | ||
|
0.001uF 3Kv Z5U 5mm Ceramic CapacitorR2889 ROHS |
| High Voltage Ceramic Capacitor | ||
|
0.0022uF 3Kv Z5V 7.5mm Ceramic CapacitorR2890 ROHS |
| High Voltage Ceramic Capacitor | ||
|
0.0033uF 3Kv Z5V 7.5mm Ceramic CapacitorR2891 ROHS |
| High Voltage Ceramic Capacitor | ||
|
0.0047uF 3Kv Z5V 10mm Ceramic CapacitorR2892 ROHS |
| High Voltage Ceramic Capacitor | ||
|
0.01uF 3Kv Z5V 10mm Ceramic CapacitorR2893 ROHS |
| High Voltage Ceramic Capacitor | ||
|
0.022uF 3Kv Z5V 10mm Ceramic CapacitorR2894 ROHS |
| High Voltage Ceramic Capacitor | ||
 |
0.001uF 50V X7R 5mm Monolithic CapacitorR2900A ROHS |
|
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | |
|
0.0022uF 50V X7R 5mm Monolithic CapacitorR2905 |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
0.0022uF 50V X7R 5mm Monolithic CapacitorR2905A ROHS |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
0.01uF 50V X7R 5mm Monolithic CapacitorR2910A ROHS |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
0.022uF Y5V 50V 5mm Monolithic CapacitorR2915A ROHS |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
0.033uF 50V Y5V 5mm Monolithic CapacitorR2920 |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
0.047uF Y5V 50V 5mm Monolithic CapacitorR2925A ROHS |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
0.1uF 50V Y5V 5mm Monolithic CapacitorR2930A ROHS |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
0.1uF 50V X7R 5mm Monolithic CapacitorR2931 ROHS |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
0.22uF 50V Y5V 5mm Monolithic CapacitorR2935A ROHS |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
0.47uF 50V Y5V 5mm Monolithic CapacitorR2945A ROHS |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
1.0uF 50V Y5V 5mm Monolithic CapacitorR2950A ROHS |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
|
2.2uf 50V X7R 5mm Monolithic CapacitorR2964 |
| Monolithic capacitors have a high capacitance for their size and are resin encapsulated. Used extensively for IC power supply filtering on large logic PCB's. | ||
 |
0.001uF 100V MKT CapacitorR3001B ROHS |
|
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | |
|
0.0012uF 100V MKT CapacitorR3002B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0015uF 63V (AVX) MKT CapacitorR3003A ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0015uF 100V MKT CapacitorR3003B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0022uF 63V (AVX) MKT CapacitorR3005A |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0022uF 100V MKT CapacitorR3005B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0033uF 100V MKT CapacitorR3007B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0047uF 100V MKT CapacitorR3009B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0056uF 63V (AVX) MKT CapacitorR3010A |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0056uF 100V MKT CapacitorR3010B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0068uF 63V (AVX) MKT CapacitorR3011A ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0068uF 100V MKT CapacitorR3011B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.0082uF 100V MKT CapacitorR3012B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.01uF 100V MKT CapacitorR3013B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.012uF 100V MKT CapacitorR3014B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.015uF 100V MKT CapacitorR3015B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.018uF 63V (AVX) MKT CapacitorR3016A |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.018uF 100V (AVX) MKT CapacitorR3016B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.022uF 100V MKT CapacitorR3017B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.033uF 100V MKT CapacitorR3019B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.047uF 100V MKT CapacitorR3021B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.068uF 100V MKT CapacitorR3023B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.1uF 100V MKT CapacitorR3025B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.15uF 100V MKT CapacitorR3027B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.22uF 100V MKT CapacitorR3029B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.33uF 100V MKT CapacitorR3031B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.39uF 63V (AVX) MKT CapacitorR3032A |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.39uF 63V MKT CapacitorR3032B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
0.47uF 100V MKT CapacitorR3033B ROHS |
|
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. Specifications Tolerance: ±5% Pitch: 5.08mm Voltage: 100V DC Length: 7.2mm Width: 5.0mm | |
|
0.68uF 100V MKT CapacitorR3035B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
|
1.0uF 100V MKT CapacitorR3037B ROHS |
| Unlike normal greencap type polyester capacitors, MKTs have a consistent physical size and constant lead spacing, thus aiding CAD of circuit boards. | ||
 |
0.01uf X2 PCB Mains Suppression CapacitorR3102A ROHS |
|
| X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. | |
 |
0.022uF X2 PCB Mains Suppression CapacitorR3107 |
|
| Class X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. Tolerance: ±10% Note: All quantities are supplied loose. | |
|
0.022uF X2 PCB Mains Suppression CapacitorR3107A ROHS |
|
| Class X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. Tolerance: ±10% Note: All quantities are supplied loose. | |
 |
0.033uf X2 PCB Mains Suppression CapacitorR3112A ROHS |
|
| X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. | |
 |
0.047uf X2 PCB Mains Suppression CapacitorR3117A ROHS |
|
| X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. | |
 |
0.1uf X2 PCB Mains Suppression CapacitorR3122A ROHS |
|
| X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. | |
 |
0.22uf X2 PCB Mains Suppression CapacitorR3127A ROHS |
|
| X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. | |
 |
0.33uf X2 PCB Mains Suppression CapacitorR3129A ROHS |
|
| X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. | |
 |
0.47uf X2 PCB Mains Suppression CapacitorR3132A ROHS |
|
| X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. | |
 |
0.68uf X2 PCB Mains Suppression CapacitorR3134A ROHS |
|
| X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. | |
 |
1.0uf X2 PCB Mains Suppression CapacitorR3137A ROHS |
|
| X2 suppression capacitors are designed for direct connection across the 240V mains supply between current carrying conductors. | |
 |
Assorted 0.25W Carbon Film 5% Resistors 30...R3501 |
| All computer selected values, i.e. you get more of the most used values and less of the least common. | ||
 |
Assorted 0.25W Metal Film 1% Resistors 150...R3505 |
| All computer selected values, i.e. you get more of the most used values and less of the least common. | ||
 |
Assorted Greencap Capacitors 50PcsR3510 |
| All computer selected values, i.e. you get more of the most used values and less of the least common. | ||
 |
Assorted Ceramic Capacitors 100PcsR3515 |
| All computer selected values, i.e. you get more of the most used values and less of the least common. | ||
 |
Assorted RB Electrolytic Capacitors 55PcsR3520 |
| All computer selected values, i.e. you get more of the most used values and less of the least common. | ||
 |
Transistor Pack T092 T0220 100PcsR3530 |
| Packet of 100 Transistors, T0220 and T092 packages NPN and PNP | ||
 |
2-7pf Red Trimmer CapacitorR4001 |
|
| D Series, top adjust, 2 pin, Colour coded for range identification. | |
 |
3.5-20pf Blue Trimmer CapacitorR4005 |
|
| ||
|
5-30pf Yellow Trimmer CapacitorR4007 |
|
| ||
|
8.5-40pf Brown Trimmer CapacitorR4009 |
|
| ||
|
8.5-50pf Green Trimmer CapacitorR4011 ROHS |
|
| ||
|
9-70pf Black Trimmer CapacitorR4013 |
|
| ||
 |
10k 1% NTC ThermistorR4112 |
|
| NTC type. As temperature increases, the resistance of the thermistor decreases. Commonly used in audio amplifiers to prevent thermal runaway. Epoxy encapsulated lug with M3 mounting hole for direct heatsink mounting. 25mm fly lead. | |
 |
100R 0.03 NTC ThermistorR4280 ROHS |
| NTC type. As temperature increases, the resistance of the thermistor decreases. Commonly used in audio amplifiers to prevent thermal runaway. Max Temp 125C Beta Value 25°C to 100°C = 4400 ± 3% Dissipation factor 7mW/°C Tolerance ± 3% @ 25°C | ||
 |
25V AC 7mm VaristorR4321 ROHS |
|
| Varistors are used for protection against voltage spikes or transients, such as those produced by lightning or back EMF from large motors, preventing "spike damage" to sensitive devices such as microprocessors or digital circuits. | |
|
25V AC 14mm VaristorR4323 ROHS |
|
| Varistors are used for protection against voltage spikes or transients, such as those produced by lightning or back EMF from large motors, preventing "spike damage" to sensitive devices such as microprocessors or digital circuits. | |
|
30V AC 14mm VaristorR4328 ROHS |
|
| Varistors are used for protection against voltage spikes or transients, such as those produced by lightning or back EMF from large motors, preventing "spike damage" to sensitive devices such as microprocessors or digital circuits. | |
|
40V AC 14mm VaristorR4338 ROHS |
|
| Varistors are used for protection against voltage spikes or transients, such as those produced by lightning or back EMF from large motors, preventing "spike damage" to sensitive devices such as microprocessors or digital circuits. |
