Crystal Oscillator Pack (35PCS)

DFRobot Crystal Oscillator Kit provides a compact assortment of commonly used clock frequencies for embedded electronics, prototyping, and educational circuit development. The crystal assortment includes seven widely adopted frequency values used across microcontroller systems, digital logic circuits, and timing-sensitive designs. Such a frequency component collection simplifies oscillator selection during early-stage prototyping and troubleshooting. Hobby electronics labs, classroom benches, and rapid hardware development workflows benefit from having multiple quartz resonators ready for immediate integration. When paired with development platforms such as Arduino boards or custom microcontroller circuits, the oscillator assortment offers convenient timing references for reliable clock generation.

Seven Common Oscillator Frequencies

This crystal assortment includes seven standard frequency values frequently used in microcontroller timing circuits and embedded development boards. Frequencies such as 6MHz, 8MHz, 11.0592MHz, 12MHz, 16MHz, and 20MHz support common MCU clock configurations, while the included 32.768kHz cylindrical crystal enables precise real‑time clock applications. Such coverage allows a single component pack to support multiple design scenarios ranging from serial communication timing to low‑power RTC oscillators.

Convenient for Prototyping and Experimentation

The quartz resonator pack serves as a practical toolkit addition for breadboard experiments, custom PCB builds, and educational electronics projects. Engineers and hobbyists gain quick access to reliable oscillator components without repeatedly sourcing individual frequencies. Circuit designers working with discrete clock circuits may combine these resonators with matching load capacitors; compatible capacitor assortments such as Ceramic Capacitor Pack-250 PCS simplify oscillator circuit construction and tuning.

A compact timing component set like this oscillator assortment supports embedded system experiments, digital electronics labs, MCU development, and timing circuit prototyping. Maker workshops, electronics classrooms, and rapid hardware debugging environments benefit from readily available quartz frequency references covering both high‑speed MCU clocks and low‑frequency real‑time timing applications.