Bliley Technologies is a worldwide leader in the design and manufacturing of low noise frequency control products. Headquartered in beautiful Erie Pennsylvania, our 64,000 square foot manufacturing facility allows us to be one of the only US based companies to have crystal and oscillator manufacturing within the same facility. This enables our experienced crystal oscillator and mechanical engineers to work closely with our production team to develop some of the most robust designs in the entire frequency control industry.
These compact oscillators use PLL-type techniques to improve the stability of crystal oscillators with disciplining from GPS receivers, serving the needs of LEOS systems.
During a time when defense electronics technology is strong, the industry readies itself for the global adoption of 5G and electronically steered vehicles.
Various forms of crystal oscillators provide the signal generation and timing precision essential to the synchronization of many subsystems within military/aerospace systems.
The DVB-S2 standard offers benefits compared to the previous-generation DVB-S standard, while DVB-S2X provides additional technologies and features for the core applications of...
As the applications extrapolate for wireless devices and interest grows in millimeter-wave frequencies, the RF/microwave industry gathers together with great optimism for the ...
As small satellites become more prevalent, the GPSDO can function as a timing solution to enable successful missions. This post explains the importance of timing before diving...
With self-driving cars receiving much attention, one should be aware of the role that millimeter-wave radar has in terms of enabling autonomous vehicles.
These oven-controlled crystal oscillators provide stable output signals with low phase noise and power consumption and high radiation tolerance for satellite applications.
Designers trying to stay within ever-more stringent power budgets are increasingly looking to low-power oven-controlled frequency oscillators as solutions.
