Crystal 12.000 MHz
5 EGP · In stock
### Overview This 12.000 MHz crystal is an essential component for any project requiring precise timing and frequency generation. It provides a stable clock source for microcontrollers, digital circuits, and communication modules. Whether you are building an Arduino-based project, a custom PCB, or a radio frequency system, this crystal ensures accurate and reliable operation. ### Key Features - **Precise Frequency**: 12.000 MHz output with high frequency stability. - **Low Profile**: Compact HC-49 package, ideal for space-constrained designs. - **Wide Compatibility**: Works with common microcontrollers like AVR, PIC, and STM32. - **Reliable Performance**: Designed for consistent operation over temperature and time. - **Easy to Use**: Standard through-hole package for easy breadboarding and soldering. ### Technical Specifications - **Frequency**: 12.000 MHz - **Frequency Tolerance**: ±30 ppm (typical) - **Load Capacitance**: 20 pF (typical) - **Package Type**: HC-49 (through-hole) - **Operating Temperature**: -20°C to +70°C - **Equivalent Series Resistance (ESR)**: 40 Ω max ### Applications & Use Cases - **Microcontroller Clock Source**: Provide a precise clock for Arduino, PIC, and STM32 projects. - **Communication Modules**: Use in RF transceivers, GPS modules, and LoRa systems. - **Digital Logic Circuits**: Clock generation for counters, timers, and state machines. - **USB Devices**: Reference clock for USB interface controllers. - **Educational Projects**: Perfect for learning about oscillators and timing circuits. ### What's Included - 1 x Crystal 12.000 MHz ### Compatibility - Compatible with microcontrollers that require an external crystal, such as ATmega328P, ATtiny85, PIC16F877A, and STM32F103C8. - Works with oscillator circuits that specify a 12 MHz frequency and 20 pF load capacitance. - Suitable for use with breadboards, PCBs, and perfboards. ### MOKWN Recommendation This 12.000 MHz crystal is a fundamental component for any electronics enthusiast. We recommend it for makers, students, and engineers working on timing-sensitive projects. For best performance, pair it with the appropriate load capacitors (typically 2 x 22 pF) and follow the microcontroller's datasheet recommendations.