American Technical Ceramics

American Technical Ceramics (ATC) specializes in the manufacture of passive components, particularly high-frequency capacitors and resonators, along with custom solutions for specific applications. Their product offerings primarily focus on dielectric capacitors, thin-film capacitors, and microwave components, catering predominantly to the telecommunications, aerospace, and defense industries.

A notable product line includes their high-frequency capacitors, which are characterized by low loss, high voltage, and high reliability. ATC’s capacitors utilize advanced ceramic dielectric materials to achieve stable electrical performance across a wide frequency range, making them suitable for demanding applications that require minimal distortion and noise. Their series of thin-film capacitors are designed for precision applications where tolerance, temperature coefficient, and stability are critical parameters, often utilized in RF (Radio Frequency) circuits and filters.

In addition to capacitors, ATC produces a line of resonators, including both temperature-compensated and temperature-stable versions, which are essential for frequency control in various electronic circuits. These resonators exhibit low phase noise and high Q-factors, making them ideal for high-precision timing applications commonly found in telecommunications equipment and precision instruments.

Key specifications for ATC components often include capacitance values ranging from picofarads to microfarads, voltage ratings up to several kilovolts, and temperature coefficients tailored to specific operational environments. These components are typically designed to meet stringent military and aerospace standards, thus ensuring reliability under harsh conditions.

Applications span various industries, with significant usage in mobile communication systems, radar and satellite communications, medical devices, and industrial automation. The custom solutions ATC offers cater to unique specifications required by OEMs in these sectors, ensuring that they can meet both standard and specialized electronic design requirements effectively.