100 PCS 12 MHz Cylindrical Crystal

The 12 MHz Cylindrical Crystal is a precise and widely used electronic component found in many digital and analog circuits. It is made from high-quality quartz, which, thanks to its piezoelectric properties, can generate a stable and accurate oscillation at 12 MHz. This crystal has a cylindrical shape with approximate dimensions of 3 mm in diameter and 8 mm in length.

The 12 MHz DIP Crystal comes with two pins and is designed for easy DIP mounting on various boards. It is fully compatible with popular microcontrollers such as AVR, PIC, and STM32. Typical applications include timing circuits, Arduino boards, telecommunication systems, frequency counters, and precision industrial equipment. Its high stability against temperature and voltage variations, noise resistance, long lifespan, and cost-effectiveness are among its main advantages.

The Cylindrical DIP Crystal is an excellent choice for DIY projects and industrial designs that require precise frequency generation. Using this crystal in circuit designs enhances the overall accuracy of the system, making it a key component in electronic design. For projects demanding high precision, the 20ppm 12 MHz Crystal ensures reliable and consistent performance in every application.

Applications of the 12 MHz Cylindrical Crystal

1. Used in microcontroller boards such as Arduino for generating a precise clock.
2. Applied in timing circuits and time-counting systems in digital electronics.
3. Utilized in radio receivers and transmitters to stabilize frequency.
4. Suitable for industrial equipment that requires a high-precision oscillator.

Specifications of the 12 MHz Cylindrical Crystal

1. Operating Frequency: 12MHz
2. Crystal Type: Quartz
3. Shape: Cylindrical
4. Dimensions: 8 × 3 mm
5. Mounting Type: DIP with two pins
6. Frequency Tolerance: ±20 ppm
7. Series Resistance: 40–100 Ω
8. Operating Temperature Range: -20°C to +70°C
9. Operating Voltage: 5V (compatible with common ICs)
10. Applications: Precise timing, clock generation for microcontrollers, frequency stabilization in radio circuits
11. Body Material: Metal with tin coating for easy soldering
12. Lifespan: Long, with high stability against environmental changes
13. Compatibility: Suitable for AVR, PIC, STM32 microcontrollers and Arduino boards