CRYSTAL 27.12MHz 8pF SMD is a quartz crystal designed for surface mount clock references in embedded systems and devices requiring a precise 27.12 MHz timing source. This part provides a stable frequency in a compact SMT package, making it suitable for modern boards and automated assembly. Key benefits Precise, stable clock reference for reliable timing and data synchronization in microcontrollers, FPGAs, and processors Small surfacemount package ideal for compact board layouts and volume production 8 pF load capacitance compatibility with common oscillator circuits, helping to minimize drive errors and stray capacitance effects Easy integration into SMT processes and reflow soldering Key attributes Brand: CRYSTAL Model: 27.12MHz 8pF SMD Frequency: 27.12 MHz (nominal) Load capacitance: 8 pF Package: SMD quartz crystal Material: Quartz Termination: Twoterminal device Compatibility and usage Designed for standard twopin oscillator configurations found in many microcontrollers, processors, and RF/communication modules Suitable for reference clock applications in embedded systems, development boards, and wireless modules that require a 27.12 MHz timing base Use cases Embedded microcontroller timing: acts as the primary clock source to drive CPU timing and peripheral synchronization on compact development boards or production designs RF/transceiver modules: provides a stable reference clock for wireless communication subsystems and related oscillator circuits Evaluation and development kits: used in test benches and prototyping to establish a precise 27.12 MHz time base for validating designs and software timing Notes This description reflects the frequency, load capacitance, SMD format, and quartz crystal construction implied by the model 27.12MHz 8pF SMD No additional specifications are added beyond the stated model features and typical crystal usage context