Crystal 22.1184 MHz

Overview

This 22.1184 MHz crystal is a fundamental component for any electronics enthusiast, providing a reliable and precise frequency reference for your projects. Whether you're building an Arduino-based system, a custom clock, or a communication module, this crystal ensures stable timing for accurate operation. Its compact HC-49 package makes it easy to integrate into your PCB designs.

Key Features

• Precise Frequency: 22.1184 MHz fundamental frequency for accurate clock generation.
• High Stability: Reliable performance with frequency tolerance of ±30 ppm.
• Wide Operating Range: Works efficiently from -20°C to +70°C.
• Compact Package: Standard HC-49 package, easy to solder and mount.
• Versatile Use: Ideal for microcontrollers, oscillators, and timing circuits.

Technical Specifications

• Frequency: 22.1184 MHz
• Frequency Tolerance: ±30 ppm at 25°C
• Load Capacitance: 20 pF
• Equivalent Series Resistance (ESR): 30 Ω max
• Operating Temperature Range: -20°C to +70°C
• Package: HC-49 (through-hole)
• Number of Pins: 2

Applications & Use Cases

• Microcontroller Clocks: Provide a stable clock source for AVR, PIC, and ARM microcontrollers.
• UART Communication: Generate accurate baud rates for serial communication.
• Timing Circuits: Use in timers, counters, and real-time clocks.
• Frequency Synthesizers: Serve as a reference for PLL-based frequency generation.
• Educational Projects: Perfect for electronics labs and hobbyist experiments.

What's Included

• 1x Crystal 22.1184 MHz (HC-49 package)

Compatibility

• Compatible with most microcontrollers that support external crystals, including Arduino (ATmega328P, ATmega2560), PIC, and STM32.
• Works with clock generator ICs and oscillator circuits.

MOKWN Recommendation

For reliable and stable timing in your embedded projects, this 22.1184 MHz crystal is an excellent choice. It is a must-have for any maker's inventory, ensuring your circuits run smoothly. Pair it with our range of capacitors and microcontrollers for a complete solution.