Find High-Quality Thick Film Circuit Fabrication Through Hybrid Technology!

Electronic devices and components such as surface-mounted device units, hybrid integrated circuits, heating coils, embedded inert devices, and sensors are manufactured using thick-film technology. The principal manufacturing method is screen printing (stenciling), which, in addition to its application in the fabrication of electronic devices, can also be employed for a variety of graphical reproduction purposes. 

In the 1950s, it turns among the most important fabrication techniques for electronic devices/modules.

Thick-film circuits are extensively used in the automotive sector, both in sensors, e.g. combination of fuel/air, strain gauges, motor, drive-train controls, and a sensor for activating airbags. Important is the higher efficiency, invariably prolonged temperature range also along huge thermocycling without the breakdown of circuits. Aerospace devices, home appliances, and various sensors are more applications requiring affordability and dependability.

The fabrication of thick film devices/modules is an advanced technique comprising the screen-printing coating of multiple subsequent layers of conductive, resistive, and dielectric layers upon an electrically insulating substrate (Alumina).

As a low-cost manufacturing technique, it’s ideal for mass production of isolated devices such as resistors, thermistors, varistors, and combined inert devices.

Thick film technology is also an option for hybrid integrated circuits, rivals and accompanies SMT based on PCB/PWB and thin film technology in electronics shrinkage (parts/elements/area or volume).

 

Choose Thick Film Hybrid Circuit Experts

Whether you require professionals in quality wire bonding or thick film hybrid circuit board fabrication in the USA, the professional team at Hybrid-Tek will collaborate with you throughout the entirety of your hybrid project. Their high-quality hybrid technology can be utilized in a variety of industrial and commercial applications, including sensor technologies for communications, medical equipment, and vehicle assembly.