XRCGB32M000F2P00R0

The XRCGB32M000F2P00R0 is a precision crystal oscillator component designed for applications requiring stable frequency generation and timing control. This part belongs to the family of quartz crystal oscillators, which are essential timing references in modern electronic systems. Crystal oscillators serve as the frequency-determining elements in countless industrial and consumer applications. They generate precise, stable oscillations at a specified frequency, providing the timing signals that synchronous digital circuits, microcontrollers, communication systems, and data acquisition equipment depend on for proper operation. The quartz crystal's inherent piezoelectric properties ensure excellent frequency stability over time and across operating conditions, making it far superior to RC-based timing alternatives for applications where accuracy matters. The part number structure suggests this oscillator is configured in a surface-mount package format, which indicates it is intended for modern printed circuit board assembly processes. Surface-mount packaging allows for high-density PCB layouts, automated pick-and-place assembly, and reduced board space compared to through-hole alternatives. This makes the component suitable for compact industrial control modules, embedded systems, instrumentation, telecommunications equipment, and aerospace or defense applications where board real estate is constrained. Engineers typically specify precision crystal oscillators like this part when they need timing accuracy that cannot tolerate significant drift or jitter. Applications include industrial programmable logic controllers (PLCs), data logging systems, GPS receivers and navigation equipment, frequency synthesizers, precision test and measurement instruments, and synchronization circuits in networked devices. In these contexts, the stability of a quartz-based oscillator is often non-negotiable for system performance and regulatory compliance. The specific designation in this part number indicates particular frequency, package dimensions, and performance characteristics optimized for a defined application segment. Engineers choose this exact part when those specifications align with their circuit requirements, rather than selecting a more general-purpose oscillator that might introduce unnecessary design margin or incompatibility with existing board layouts. Quality and reliability are inherent to crystal oscillator selection, particularly in industrial environments where equipment must operate continuously and predictably. The precision of quartz oscillators makes them the standard choice across virtually all sectors where electronic timing is critical, from manufacturing automation to energy management systems to medical instrumentation. This component represents a focused solution for applications where frequency stability, compact packaging, and proven piezoelectric technology are required specifications rather than desirable features.