Q-Tech Corporation was founded in 1972 with the objective of providing state-of-the-art crystal clock oscillators and frequency control solutions for companies with demanding applications. Q-Tech design and manufacture state of the art crystal clock oscillators and frequency control solutions for organisations operating in demanding applications. All of their crystal oscillators are built using leading edge oscillator technology, with a dedication to quality, on time delivery and customer service. Q-Tech is certified to the AS9100 and ISO 9001 Quality Management Systems and is renowned for its cutting edge design and manufacturing capabilities in both bulk acoustic wave (BAW) and surface acoustic wave (SAW) devices.
Q-Tech’s continued dedication to research and development of key frequency control technologies have allowed improvements in the areas of higher frequencies, miniaturisation, lower costs and new designs. Parts designed and manufactured by Q-Tech have excelled in environments ranging from kilometres below the Earth’s crust to deep space missions far beyond the Solar System.
Q-TECH CORPORATION LEADING THE WAY IN CRYSTAL OSCILLATOR TECHNOLOGY
- The World’s leading supplier of crystal oscillators for Space, Military, Avionics, and High Temperature applications.
- XO, TCXO, VCXO, OCXO, SAW, MCXO, High Temperature and High Shock Oscillators.
- A leader in low-phase noise OCXO, TCXO and SAW crystal oscillators.
- QPL Clock Oscillators – Qualified to the most oscillators on the MIL-PRF-55310 Qualified Products List.
The Company is built on the philosophy that products built from leading edge oscillator technology, with a dedication to quality, on-time delivery, and customer service, would be of great benefit to our customers and their needs. Q-Tech B-Level devices are produced to the same precision and quality standards but are less expensive because they have not been subjected to the time-consuming range of qualification test procedures. These devices are ideal for early-stage design where quick-turn breadboard evaluations are critical.