Ceramic Patch Antennae Solutions

Materials used:
Alumina, ALN, Zirconia, LTCC and HTCC multilayer substrates,

Process:
MLC, Bulk Process Plating, Thin Film

Products:
RF Antennae Modules, Military Power Modules and X-ray detector sub.

Automobiles can be equipped with GNSS receivers at the factory or as aftermarket equipment. Further the emergence of driverless vehicles, autonomous delivery drones etc. are also driving the need for high centimetric accuracy GNSS solutions.

Air navigation systems usually have a moving map display and are often connected to the autopilot for en-route navigation. Cock-pit mounted GNSS receivers are appearing in general aviation aircraft of all sizes, allowing use in final approach and even landing operations.

Heavy equipment can use GNSS in construction, mining, and precision agriculture.

Cyclists, hikers, climbers and even pedestrians can use GNSS to determine their position. In isolated areas, the ability of GNSS to provide a precise location can greatly enhance the chances of rescue in emergency situations.

Military precision guided munitions

Precise time-reference- Many systems that must be accurately synchronized use GNSS as a source of accurate time. TDMA communication networks often rely on this precise timing to synchronize RF generating equipment, network equipment and multiplexers.

The Ceramic Antennae which we offer are manufactured with state of the art technology and are equipped with the following characteristics:

• Compact in design , but providing excellent omni-directional gain.
• Can be effectively used in wearables, handheld devices, trackers and other complex devices that require an antennae with low directivity.
• GNSS operates across a wide range of frequency bands. Our compact ceramic patches are capable of achieving solid performance across varying wavelengths.
• Our Ceramic patches are suitable for a variety of PCB designs requiring small size but greater accuracy/performance.