CS06346-27.12M

Overview

The CS06346-27.12M is a ceramic resonator manufactured by NDK, designed for clock signal generation in electronic circuits. This component operates at a fundamental frequency of 27.12 MHz and utilizes a two-terminal package configuration. It integrates the resonant element within a compact surface-mount housing, providing stable oscillation characteristics suitable for microcontroller and logic circuit applications. The device offers a cost-effective alternative to quartz crystals while maintaining adequate frequency stability for standard digital timing requirements.

Feature Summary

• Integrates ceramic resonant element with built-in capacitors for simplified oscillator design
• Provides stable frequency output for digital clock signal generation
• Utilizes compact surface-mount packaging for automated assembly compatibility

Applications

• Microcontroller clock sources
• Logic circuit timing references
• Consumer electronics internal clocks

Procurement Notes

Verify the specific ordering suffix against the manufacturer's official datasheet to confirm tolerance, temperature range, and package variant. Ensure the selected component matches the required operating frequency and load capacitance specifications for the target application. Cross-reference part numbers with authorized distributors to avoid counterfeit components.

Selection Notes

Select this component when a cost-effective solution is required for moderate frequency stability applications. Consider the temperature coefficient and frequency tolerance limits relative to the system's timing accuracy requirements. Evaluate the physical footprint constraints and soldering profile compatibility during the design phase.

Part Context

This ceramic resonator belongs to NDK's general-purpose clock generation product line. It serves as an alternative to quartz crystal oscillators in applications where extreme frequency precision is not critical. The series typically includes various frequency options and package styles to support diverse embedded system designs.