

TXC's product lineup on major applications
Crystal Units (Quartz Crystals)
TXC’s crystal units are high-precision frequency control devices used as fundamental timing components in electronic circuits. They provide stable oscillation signals across a wide range of frequencies and are essential for synchronization and clock generation.
Crystal Oscillators (TSX)
TXC’s TSX series are standard crystal oscillators designed to provide a highly stable clock signal for a wide range of electronic systems. By integrating a quartz crystal resonator and oscillation circuit into a single package, TSX delivers a complete timing solution without the need for external components.
Temperature Compensated Crystal Oscillators (TCXO)
TCXOs are precision oscillators with built-in temperature compensation circuitry that ensures minimal frequency drift over a wide temperature range. TXC provides TCXOs for both standard and automotive-grade environments.
Voltage Controlled Crystal Oscillators (VCXO)
VCXOs allow frequency adjustment through an external control voltage, making them ideal for systems that require synchronization or fine-tuning of clock signals.
Clock Oscillators (SPXO)
TXC also offers MEMS-based oscillators that combine micro-electromechanical system technology with CMOS circuitry for enhanced reliability, shock resistance, and miniaturization.
MEMS Oscillators
TXC also offers MEMS-based oscillators that combine micro-electromechanical system technology with CMOS circuitry for enhanced reliability, shock resistance, and miniaturization.
Automotive-Grade Quality
"TXC provides crystal units and oscillators that meet strict international standards such as AEC-Q200, ensuring high reliability for automotive applications including ECUs, ADAS, and telematics systems."
Global Manufacturing & Vertical Integration
"With large-scale production facilities in Taiwan, China, and Southeast Asia, TXC offers a stable supply chain and cost competitiveness"
Next-Generation Application Readiness
"TXC’s product portfolio is optimized for emerging technologies such as 5G, IoT, data centers, and autonomous vehicles, offering high-frequency, ultra-compact, low-power, and low-phase-noise timing solutions.
