The SG-636PCW-68.243200MHZ is a crystal oscillator produced by Epson Electronics America Inc-Semiconductor Div. It delivers a precise clock signal at a frequency of 68.243200 MHz. This oscillator is designed for a wide array of applications where a stable and accurate timing source is essential.

Applications

• Embedded Systems
• Clocking for microprocessors and microcontrollers
• Communication Devices
• Networking Equipment
• Audio and Video Processing Units

Features

• Frequency: 68.243200 MHz
• Package: Surface Mount Device (SMD) - enabling automated assembly.
• Operating Temperature: Wide range, suitable for industrial applications.
• Supply Voltage: Compatible with standard voltages, for ease of integration.
• Frequency Stability: High stability over varying temperature conditions.
• Low Jitter: Minimal phase noise, critical for high-speed data transmission.
• Output Waveform: CMOS output, ensures compatibility with digital circuits.
• Low Power: Efficient power consumption for battery-operated systems.

Benefits

• Accurate Timing: Reliable clock source for synchronous operations.
• Compact Size: Minimal footprint on the PCB, for miniaturized designs.
• Robust: Operates in harsh environmental conditions.
• Simple Integration: Plug and play with existing circuit designs.
• Cost Effective: Reduces overall component cost in the BOM.
• Improved Performance: Stable clock signal reduces data errors.

Additional Details

This crystal oscillator employs a quartz crystal resonator, known for its high Q factor and excellent frequency stability. The device is housed in a ceramic package which provides environmental protection and ensures consistent performance over its lifespan. The SG-636PCW series includes a variety of frequency options, allowing the designer to select the appropriate clock frequency. Designers should refer to the manufacturer's datasheet for detailed electrical characteristics such as frequency tolerance, aging characteristics and load capacitance. The surface mount package allows automated placement and soldering, reducing manufacturing costs. It is important to choose the correct value of load capacitance to ensure optimal frequency accuracy. Careful attention to the datasheet specifications will help ensure optimal performance.