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Boards, Modules and Accessories, Accessories
9V Battery Clip Connector
– Quick snap-on connector for 9V batteries
– Secure, stable power for Arduino and LED projects
– Durable construction for reliable long-term use
– Compact, lightweight design fits tight project spaces
– Flexible leads for easy connection to circuits and devicesSKU: n/a -
Boards, Modules and Accessories
Power Plus 9V High Quality Alkaline Battery
– High energy density for reliable, long-lasting power
– Long shelf life up to 5 years, ideal for emergency kits
– Wide compatibility with smoke detectors, multimeters, toys, and more
– Durable, leak-proof construction to protect devices
– Consistent voltage output for optimal device performance
– Available in alkaline and rechargeable variants for eco-friendly optionsSKU: n/a
9V Battery Clip Connector
In stock
– Quick snap-on connector for 9V batteries
– Secure, stable power for Arduino and LED projects
– Durable construction for reliable long-term use
– Compact, lightweight design fits tight project spaces
– Flexible leads for easy connection to circuits and devices
Price range: ₨ 30 through ₨ 50
9V Battery Clip Connector — Reliable Power for DIY Electronics
The 9V Battery Clip Connector provides a fast, secure way to attach standard 9V batteries to your electronics projects. Designed for hobbyists and professionals alike, this snap-on battery connector is ideal for Arduino builds, LED circuits, portable gadgets, and other low-power applications that need a dependable 9V power source.
Key Features
- Snap-on design for quick, tool-free battery attachment and removal
- Secure connection that minimizes intermittent contact and power loss
- Durable materials and construction for consistent performance over time
- Flexible leads that simplify routing and connection to PCBs, breadboards, and modules
- Compact and lightweight, suitable for tight spaces and portable projects
Specifications and Compatibility
- Compatible with standard 9V batteries used in consumer electronics and hobby projects
- Suitable for Arduino boards, LED strips and arrays, sensors, small motors, and other 9V battery-powered devices
- Designed for low-power applications; ideal when a simple, removable power source is preferred
Why Choose This 9V Battery Clip Connector?
This connector removes the need for soldering or permanent wiring when you want a fast, reliable way to power your projects. Its snap-on clip holds the battery securely while the flexible leads let you place the battery where it best fits in your design. It is an affordable, practical accessory for makers, educators, and engineers working on prototypes and portable electronics.
Real-Life Applications
- Arduino Projects: Power microcontroller boards for standalone or mobile projects.
- LED Circuits: Provide a quick power source for LED tests, strips, and lighting demos.
- DIY Electronics: Ideal for powering sensors, small audio devices, and prototype circuits.
- Portable Devices: Use as a removable power solution for handheld or battery-operated gadgets.
Benefits
- Easy to use — connect a battery in seconds without tools
- Versatile — works with many common hobby electronics and kits
- Reliable — reduces loose connections that can cause unexpected resets or failures
- Cost-effective — an inexpensive way to add removable power to projects
How to Use
- Attach the clip to the terminals of a 9V battery, ensuring correct polarity.
- Route the flexible leads to your project and connect to the power input, breadboard, or terminal block.
- Secure the cable if needed to prevent strain on the connector during use.
- Power up your device and verify stable operation.
Care and Safety Tips
- Avoid crushing or sharply bending the leads to preserve conductivity and insulation.
- Disconnect the battery when not in use to prevent unwanted drain or overheating.
- Check polarity before connecting to sensitive electronics to prevent damage.
Note: Images are for illustration purposes only.
| 9V Connector's Specs | With DC Jack, Without DC Jack |
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Vendor Information
- Store Name: College Road Electronics
- Vendor: College Road Electronics
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Address:
Microwave Electronics, Basement Azhar Shaheed Plaza, DAV College Road
Rawalpindi
Punjab
46000 - 4.81 rating from 576 reviews
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Boards, Modules and Accessories, Motors, Drivers and Wheels
TB6560 3A Single Axis Stepper Motor Driver Module
Boards, Modules and Accessories, Motors, Drivers and WheelsTB6560 3A Single Axis Stepper Motor Driver Module
– Compact TB6560 driver module for NEMA bipolar stepper motors
– Input voltage range 10 to 35V DC; adjustable output current up to 3A per phase
– Selectable microstepping: Full, 1/2, 1/8, 1/16 for smooth, precise motion
– Optical isolation on control inputs plus over-current, under-voltage, and thermal protection
– Ideal for CNC routers, laser engravers, 3D printers, pick-and-place machines, and robotics
– Easy to integrate into DIY and professional motion control systemsSKU: n/a -
Integrated Circuits (ICs)
7447 BCD to 7-Segment Decoder/Driver IC (DIP)
- Converts 4-bit BCD (A, B, C, D) into seven-segment outputs for digits 0-9.
- Designed for common-anode 7-segment LED displays.
- Open-collector, active-LOW segment outputs (a–g) to directly sink current with resistors.
- TTL-compatible inputs and fast switching at 5 V supply.
- Includes LT (Lamp Test), BI̅ (Blanking Input), and RBI/RBO for blanking and leading-zero suppression.
- Breadboard-friendly DIP-16 package for rapid prototyping and educational projects.
SKU: n/a -
Batteries, Cells and Power Supply
ZOP Power 3S 11.1V 3300mAh 25C LiPo Battery
– High-capacity 3300mAh (36.63Wh) LiPo pack for extended runtimes
– 3S (11.1V) configuration with 25C continuous discharge
– Maximum discharge current 82.5A for demanding RC applications
– XT60 power connector and JST-XH balance lead for wide compatibility
– Compact, lightweight design (approx. 135 x 42 x 26 mm, 230–250 g)
– Durable construction with 300–500 recharge cycles when used properlySKU: n/a -
Intermediate Electronics Kits
T-M168 Remote Control Balance Robot DIY Learning Kit
– Build a self-balancing robot using gyroscope and accelerometer sensors
– Remote control operation for driving and maneuvering
– Dual DC motor drive system for smooth movement
– DIY assembly with no soldering required; 45–60 minute build time
– Ideal for STEM learning, classroom projects, and competitions
– Durable components, screws, connectors, wiring kit, and manual includedSKU: n/a -
Accessories
26AWG High Quality Black Wire for DIY Projects (1meter)
– 26AWG single-core black wire, 1 meter length
– Pure copper conductor for reliable conductivity
– Flexible PVC insulation for durability and safe handling
– Ideal for breadboards, Arduino, Raspberry Pi, and small electronics
– Easy to strip and solder, beginner-friendly for prototyping
– Perfect for jumpers, repairs, sensor modules, and internal wiringSKU: n/a -
Beginner STEM Kits
T-M386 Food Delivery Robot DIY Learning Kit
– Build a realistic motorized food delivery robot modeled on service robots used in restaurants and hotels.
– STEM-focused kit teaching motor control, automation, and mechanical balance.
– DIY hands-on assembly with wood and plastic components, screws, and connectors.
– Battery operated (3V–6V) for safe classroom use; 45–60 minute assembly time.
– Includes chassis, DC motors with wheels, battery holder, wiring, and instruction manual.
– Ideal for STEM classrooms, science fairs, and beginner to intermediate learners.SKU: n/a


















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