All Products

SKU: TB-SB2417

A six-pack of 9V alkaline batteries from Eclipse. Made to the same specifications as premium brands at a more affordable price point — ideal for stocking up for electronics projects, Arduino boards, and general use. Specifications Voltage – 9V Chemistry – Alkaline Pack Quantity – 6 Warranty...

SKU: AF-1321

A standard alkaline 9V battery for powering portable electronics projects, kits, and prototypes. These batteries use alkaline (MnO2) chemistry with a voltage range of 9.6V (fresh) to 4.8V (depleted). At a 50mA discharge rate, capacity is approximately 500mAh. Specifications Chemistry – Alkalin...

SKU: SF-PRT-10218

A standard 9V alkaline battery (Rayovac). Suitable for powering Arduino boards, breadboard projects, and other electronics — use with a voltage regulator to get a stable 5V output. Key Features 9V Alkaline – Standard disposable battery Rayovac Brand – Reliable performance Also Available 9...

SKU: TB-SB2329

A 24-pack of Eclipse alkaline AA batteries. General-purpose disposable batteries suitable for a wide range of electronics, toys, remote controls, and other devices. Specifications Type – AA (LR6) Chemistry – Alkaline Voltage – 1.5 V Quantity – 24 batteries Disposable – Not rechargeable P...

SKU: TB-SB2332

Stock up and save with this bulk pack of 40 AA alkaline batteries. Ideal for keeping your workshop, classroom, or household powered without running out at critical moments. These reliable 1.5V batteries are mercury and cadmium free, making them an environmentally conscious choice for everyday de...

SKU: PL-1155

A compact enclosed battery holder for six AA batteries, providing approximately 9V (alkaline) or 7.2V (NiMH rechargeable) from a series configuration. Features bare wire leads for flexible integration into your project. Key Features 6-Cell Capacity – Holds six AA batteries in series Enclosed ...

SKU: AF-248

A 6×AA battery holder with a 5.5mm/2.1mm DC barrel plug, ready to power Arduino boards and other electronics with a standard DC jack. Use alkaline AAs for approximately 9V at 3000–4000mAh, or rechargeable NiMH cells for 7.2V at ~2000mAh. The 9V alkaline output is ideal for boards with a 5V volta...

SKU: AF-80

A high-quality 9V battery clip with a pre-assembled 5.5mm/2.1mm centre-positive barrel connector. The moulded plastic clip covers the battery terminals to prevent short circuits, and the barrel plug connects directly to Arduino boards and other devices with a standard DC barrel jack. Key Feature...

SKU: DF-FIT0078

A double-layer 6×AA battery holder with a stacked 3+3 cell arrangement for a more compact footprint. Creates a 7.2V rechargeable battery pack from NiMH/NiCd cells or a 9V pack from alkaline cells. Comes with 150mm (6") red and black wire leads. Specifications Cell Quantity: 6× AA (double layer...

SKU: DF-FIT0266

A 6×AA battery holder with bare wire leads for creating 7.2V rechargeable battery packs (NiMH/NiCd) or 9V packs from alkaline cells. The holder features side-by-side cell placement and comes with 150mm red and black wires for easy connection. Specifications Cell Quantity: 6× AA Output Voltage...

SKU: AF-875

This 8×AA battery holder provides a portable power source with a built-in on/off switch and a standard 5.5 mm / 2.1 mm DC barrel plug for easy connection to Arduino boards, LED strips, motors, and other 12V devices. Use alkaline AAs for approximately 12V at 3000–4000 mAh, or rechargeable NiMH cel...

SKU: AF-3842

A compact battery holder for three AA cells with an integrated power cable and DC barrel jack. The series configuration delivers approximately 3.6–4.5V depending on battery chemistry, making it a convenient power source for 3.3V microcontroller projects and portable electronics. The 200mm power ...

SKU: DF-FIT0330

Need a clean energy source for your project? Check out this compact,high quality,high output endurable solar panel.The peak power output is around 9V at 220mA.Can also be used in series to work as recharger for 12V batteries. Ultra-white glass lamination process provides an efficient and waterpr...

SKU: AF-830

A 4×AA battery holder with a snap-on cover and built-in on/off switch. Holds four AA batteries in series, outputting a nominal 6V (alkaline) or 4.8V (NiMH), making it a convenient portable power source for 5V microcontroller projects. With alkaline batteries, you may want to add a 1N4001 diode i...

SKU: AF-67

A 9V battery holder with a built-in on/off switch and a pre-attached 5.5mm/2.1mm centre-positive barrel plug. Ready to use out of the box — snap in a 9V battery, plug into your Arduino or other development board, and use the switch to control power. Key Features On/Off Switch – Conveniently co...

SKU: LB-PHS

Kit Contains - 4 x Schottky Diode | SF-COM-10926 1 x MG996 Servo 180° Metal Gear | LB-LS6502 1 x Geared Stepper Motor 5V w/ Driver | LB-LR0228 2 x L9110H H-Bridge Motor Driver for DC Motors - 8 DIP - 2.5V-12V 800mAh || AF-4489 1 x 130 Size Hobby Motor 3-6V 4000RPM | LB-LR0244 1 x Ad...

SKU: DF-FIT0141

A 6×AA battery holder with a DC 2.1mm power jack that plugs directly into an Arduino's barrel jack input. Creates a 7.2V rechargeable battery pack from NiMH/NiCd cells or a 9V pack from alkaline cells. Features mounting holes for secure installation. Specifications Cell Quantity: 6× AA Output...

SKU: AF-3788

A 4×AA battery holder with a built-in on/off switch and a 13cm (5″) power cable terminating in a centre-positive 2.1mm DC barrel jack. Provides convenient portable power with easy switching for development boards and projects that accept a standard DC barrel jack input. Delivers approximately 4....

SKU: AF-3521

A 3-pack of standard alkaline AA batteries for powering portable electronics, kits, and projects. These use alkaline (MnO2) chemistry with a voltage range of 1.6V (fresh) to 0.8V (depleted) and a typical capacity of approximately 3000mAh. Specifications Type – AA (LR6) Chemistry – Alkaline (M...

SKU: LB-00085

The Genuino 101 Kit for Google’s Science Journal App is an interactive selection of tools to inspire future scientists and makers. Inside each kit you will find a collection of parts that support activities developed by Google and the Exploratorium in San Francisco. Beginning with a projec...