All Products

SKU: SF-KIT-13053

Holy Wattage, Batman! This Power Resistor Kit comes with 5 each of 5 different 10 Watt resistor values including 1, 2, 4, 8, and 16 Ohms. These resistors are capable of dissipating large amounts of power without damaging themselves. This kit is perfect for testing projects that require large amou...

SKU: TB-RR2558

A pack of two 220Ω carbon film resistors rated at 1W continuous power. These through-hole axial resistors are suitable for general-purpose electronics projects requiring higher power handling than standard ¼W resistors. Specifications Resistance: 220Ω Tolerance: ±5% Power Rating: 1W Type: C...

SKU: SF-COM-30156 · MPN: COM-30156

This is a basic 47 kOhms through-hole resistor for general electronics prototyping and repairs. It is rated for 1/4 Watt with a ±5% tolerance.The PTH leads make it easy to use with breadboards, perf boards and hand-soldered circuits. It is supplied as a single resistor, handy when you only need o...

SKU: SF-COM-18435 · MPN: COM-18435

This through-hole resistor is a simple, breadboard-friendly passive component for prototyping and general electronics work. It is commonly used with breadboards and perf boards, making it handy for pull-ups, pull-downs, voltage dividers, current limiting and signal conditioning.The leads are desi...

SKU: SF-PRT-14494

These are your run-of-the-mill ¼ Watt, +/- 5% tolerance PTH resistors. Commonly used in breadboards and other prototyping applications, these 1M ohm resistors make excellent pull-ups, pull-downs and current limiters. These thick-lead versions of the resistors fit snugly into a breadboard with ver...

SKU: TB-RR0564

A pack of 8 metal film resistors rated at 470Ω and 0.5W (½W). These through-hole axial resistors offer 1% tolerance for accurate circuit design, and are the same physical size as standard ¼W carbon film resistors, making them a drop-in upgrade for higher power handling. Specifications Resistan...

SKU: SF-COM-10855

If you ever find yourself connecting handfuls of resistors to the ground bus of your breadboard, you may consider these SIL-packaged resistors as a time-saving alternative. This Singe In-Line component is actually 5 individual 330 Ohm resistors that share a common terminal on pin 6 (denoted with ...

SKU: AF-4294

ΩMG! You're not going to be able to resist these handy resistor packs! Well, axially, they do all of the resisting for you!This is a 25 Pack of 1.0KΩ Resistors. More specifically, they are carbon film, through-hole axial type, with 1/4 Watt max dissipation, 300V max voltage, 5% precision resistor...

SKU: TB-RR0559

A pack of eight 300Ω metal film resistors rated at 0.5W (½W) with 1% tolerance. These through-hole axial resistors are the same physical size as standard ¼W carbon film types, making them a drop-in upgrade where higher power handling is needed. Specifications Resistance – 300Ω Tolerance – 1% ...

SKU: TB-RR2846

A pack of two 1 MΩ carbon film resistors rated at 1 W continuous power. These through-hole axial resistors feature colour-coded bands for easy identification and solder legs for breadboard or PCB mounting. Specifications Resistance: 1 MΩ Tolerance: ±5% Power Rating: 1 W Type: Carbon film P...

SKU: TB-ZD0210

Yellow 10mm LED 90mcd Round Diffused Specifications Diameter 10mm LED Type 10mm Standard LED Light Colour Yellow Illumination ...

SKU: DF-DFR0921

Has it ever happened to you that you spent a lot of time ascertaining a problem when making projects and finally found out it was just caused by loose wiring? Then, what you may need is a terminal block shield like this! The shield adopts terminal blocks to secure wires so as to make connections ...

SKU: SF-PRT-14493

These are your run-of-the-mill ¼ Watt, +/- 5% tolerance PTH resistors. Commonly used in breadboards and other prototyping applications, these 100 ohm resistors make excellent pull-ups, pull-downs and current limiters. These thick-lead versions of the resistors fit snugly into a breadboard with...

SKU: AF-2780

ΩMG! You're not going to be able to resist these handy resistor packs! Well, axially, they do all of the resisting for you! This is a 25 Pack of 220Ω Resistors. More specifically, they are carbon film, through-hole axial type, with 1/4 Watt max dissipation, 300V max voltage, ...

SKU: SF-PRT-14490

Standard 330 Ω through-hole resistors rated at ¼ W with ±5% tolerance. These thick-lead versions fit securely into breadboards with minimal movement, making them reliable for prototyping. 330 Ω resistors are commonly used as LED current limiters and for general-purpose circuit applications. Spe...

SKU: SF-PRT-14492

These are your run-of-the-mill ¼ Watt, +/- 5% tolerance PTH resistors. Commonly used in breadboards and other prototyping applications, these 1K ohm resistors make excellent pull-ups, pull-downs and current limiters. These thick-lead versions of the resistors fit snugly into a breadboard with ve...

SKU: TB-RR0555

A pack of eight 200Ω metal film resistors rated at 0.5W with 1% tolerance. These through-hole axial resistors are the same physical size as standard 1/4W carbon film resistors, making them a drop-in upgrade with double the power rating. Specifications Resistance: 200Ω Power Rating: 0.5W Tole...

SKU: TB-RR0632

A pack of eight 330kΩ metal film resistors rated at 0.5W (½W) with 1% tolerance. These through-hole axial resistors are the same physical size as standard ¼W carbon film types, making them a drop-in upgrade where higher power handling is needed. Specifications Resistance – 330kΩ Tolerance – 1...

SKU: AF-2781

ΩMG! You're not going to be able to resist these handy resistor packs! Well, axially, they do all of the resisting for you! This is a 25 Pack of 470Ω Resistors. More specifically, they are carbon film, through-hole axial type, with 1/4 Watt max dissipation, 300V max voltage, 5% prec...

SKU: TB-RR0580

A pack of eight 2.2 kΩ metal film resistors rated at 0.5 W (½ W) with ±1% tolerance. These are the same physical size as standard ¼ W carbon film resistors, making them a higher-power drop-in option for through-hole designs. Key Features 2.2 kΩ Resistance – ±1% tolerance for precise circuits ...