Crystal Oscillator – 32.768KHz to 48MHz

Product Description

The Crystal Oscillator is a high-precision frequency control component designed to provide stable and accurate clock signals for a wide range of electronic circuits. Available in frequencies ranging from 32.768KHz to 48MHz, these crystals are widely used in microcontrollers, communication systems, embedded applications, consumer electronics, and industrial equipment.

Engineered for excellent frequency stability, low power consumption, and reliable performance, crystal oscillators are essential components for generating accurate timing signals in modern electronic designs.

⭐ Key Features

• Frequency range from 32.768KHz to 48MHz.
• High frequency accuracy and stability.
• Low phase noise and excellent signal quality.
• Reliable long-term performance.
• Low power consumption.
• Compact package for easy PCB mounting.
• Suitable for through-hole and SMD designs (depending on model).
• Wide operating temperature range.
• Compatible with most microcontrollers and digital circuits.

General Specifications

Applications

• Arduino Projects
• ESP32 & ESP8266 Development
• STM32 Microcontrollers
• PIC & AVR Microcontrollers
• Raspberry Pi Accessories
• Real-Time Clock (RTC) Circuits
• Communication Equipment
• Industrial Control Systems
• Consumer Electronics
• Embedded System Design

✅ Advantages

✔ High frequency stability
✔ Accurate clock generation
✔ Low power consumption
✔ Reliable long-term operation
✔ Compact and lightweight design
✔ Wide frequency selection
✔ Easy integration into electronic circuits
✔ Ideal for educational, industrial, and professional applications

Package Includes

• Crystal Oscillator ×1 (Selected Frequency)

Available Frequencies: 32.768 KHz | 32 KHz | 3.579545 MHz | 3.6864 MHz | 4 MHz | 6 MHz | 7.3728 MHz | 8 MHz | 10 MHz | 11.0592 MHz | 12 MHz | 12.288 MHz | 16 MHz | 20 MHz | 22.1184 MHz | 24 MHz | 25 MHz | 40 MHz | 48 MHz  frequencies depending on stock availability.

Crystal Oscillators provide precise and stable clock signals, making them an essential component for microcontroller projects, communication systems, timing circuits, and embedded electronic applications.