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Capacitance of 100nF (marked 104) for stable signal filtering
High dielectric stability for precise performance
Compact and durable ceramic construction
Low ESR (Equivalent Series Resistance) for efficient energy handling
Suitable for through-hole PCB mounting
Capacitance of 10nF (marked 103) for precise signal filtering
High dielectric stability for accurate performance
Durable ceramic construction for long-term reliability
Through-hole design suitable for PCB mounting
Capacitance of 33pF (marked 33) for precise signal filtering
Durable ceramic construction for long-lasting reliability
High-quality test lead wires with clip connectors for secure connections
Flexible and durable wires for repeated use
Color-coded for easy identification and organized testing
Strong clip grip for stable temporary connections
Suitable for low-voltage electronics and prototyping
3V lithium coin cell battery for small electronics
Long shelf life and high energy density
Compact, lightweight design for easy integration
Stable voltage output for consistent device operation
Suitable for both hobbyist and professional electronics
Heavy-duty large crocodile clip pair for secure connections
Durable metal construction with strong spring action
Insulated handle for safe handling
Reusable and long-lasting for multiple projects
Easy to connect and disconnect from wires or components
Durable small crocodile clip pair for secure temporary connections
High-quality metal construction with strong spring tension
Insulated handles for safe operation
Compact size suitable for precise electronics work
Strong metal clips for secure and reliable temporary connections
Insulated handles for safe usage during testing
Compact and durable design for repeated use
Easy to attach and remove from wires or components
Reusable for multiple projects and experiments
Stable 12MHz frequency for accurate timing
Low frequency tolerance for precise circuit operation
Compact and durable design for PCB mounting
High reliability and long-term stability
Compatible with microcontrollers, digital circuits, and IoT modules
Stable 16MHz frequency for accurate circuit timing
High precision with low frequency tolerance
Compact and durable through-hole design
Long-term reliability and consistent performance
Compatible with microcontrollers, Arduino, Raspberry Pi, and IoT devices
Stable 3.57MHz frequency for accurate circuit timing
Low frequency tolerance for reliable performance
Durable and compact through-hole design
High long-term stability for consistent operation
Compatible with microcontrollers, Arduino, Raspberry Pi, and IoT modules
Stable 4MHz frequency for accurate circuit operation
Low frequency tolerance for consistent performance
Compact and durable through-hole design for PCB mounting
Long-term reliability and high stability
Compatible with Arduino, Raspberry Pi, microcontrollers, and IoT modules
Stable 8MHz frequency for accurate circuit operation
Durable and compact through-hole design for PCB mounting
Long-term stability for consistent operation
Compatible with Arduino, Raspberry Pi, microcontrollers, and IoT devices
Safe and effective chemical solution for circuit testing and cleaning
Removes oxidation, corrosion, and residue from PCB traces
Enhances conductivity and component performance
Easy to apply on all types of printed circuit boards
Non-damaging to electronic components when used correctly
Converts 4-20mA current signals to 0-5V voltage output
High accuracy for reliable sensor interfacing
Compact and lightweight module for easy PCB or panel integration
Stable operation with minimal signal distortion
Compatible with microcontrollers, PLCs, and IoT data acquisition systems
8-bit digital-to-analog conversion for accurate signal output
Fast response time suitable for real-time applications
Compatible with TTL and CMOS digital circuits
Stable output voltage with minimal error
Compact DIP package for easy PCB mounting
Automatic step-up (boost) and step-down (buck) voltage conversion
Wide input voltage range: 4-35V DC
Adjustable output voltage: 1.25-25V DC
Maximum output current: 4A
Compact and efficient design for PCB or DIY project integration
High efficiency with minimal heat generation
Durable yellow plastic gear for lightweight, efficient rotation
Smooth and reliable DC motor performance
Compact design ideal for robot wheel integration
Easy mounting for robotics and DIY electronics projects
Low power consumption for battery-operated systems
Medium-sized DC motor with reliable performance
Smooth rotation with moderate torque for versatile applications
Compact design suitable for robotics and DIY electronics projects
Durable construction for long-lasting use
Easy integration with microcontrollers, Arduino, and Raspberry Pi projects
Compact mini DC motor for space-constrained designs
Smooth and stable rotation for precision applications
Lightweight construction ideal for mobile robots
Low power consumption for battery-operated projects
Simple two-wire connection for easy integration
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