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Observatory Telescope Electronics – Hybrid Ceramic EMS Assembly
For advanced astronomical instrumentation, BHC provided the electronic manufacturing and hybrid assembly of specialized ceramic electronics modules used in observatory telescope systems. These telescopes operate in extreme environments where high precision, thermal stability and mechanical accuracy are critical for reliable scientific measurements.
The telescopes at the Roque de Los Muchachos Observatory on La Palma are part of the Isaac Newton Group, including the William Herschel Telescope, the Isaac Newton Telescope and the Jacobus Kapteyn Telescope. Located at high altitude above the clouds, these observatories benefit from excellent atmospheric conditions and minimal light pollution.
To support these demanding research applications, BHC assembled hybrid thick-film electronic modules on high-grade aluminum oxide ceramic substrates. These electronics are designed to operate under extreme conditions, including very low operating temperatures down to −173°C, while maintaining mechanical precision and stable electronic performance.
Through its expertise in Electronic Manufacturing Services (EMS), OEM and ODM electronic assembly, BHC integrates advanced ceramic materials, hybrid electronics and precision manufacturing techniques to support scientific and space-related instrumentation.
Precision
Precision Ceramic Electronics for Scientific Instrumentation
The telescope electronics require extremely precise hybrid ceramic assemblies. BHC manufactures these modules using high-purity ceramic substrates and advanced hybrid thick-film technology, ensuring stable electrical performance and precise mechanical tolerances required for scientific observation systems.
Flexibility
CUTTING-EDGE TECHNOLOGY
3 mm aluminum oxide (Al₂O₃ 96%) ceramic substrates designed for high-vacuum environments and extreme thermal stability.
Hybrid thick-film electronics assembled on both sides with vias and flex PCB soldering enabling compact and reliable electronic interconnections.
Precision ceramic grinding and lapping processes ensuring high mechanical accuracy and surface quality.
Reliability
KEY FEATURES
🔹High efficiency LED components with excellent energy performance suitable for precision optical instrumentation.
🔹Stable operation at extremely low temperatures down to −173 °C, ensuring reliability in scientific environments.
🔹Ultra-precise mechanical tolerances of ±0.05 mm enabling accurate integration in high-performance telescope systems.
IDEAL FOR
🔹Scientific Research Equipment
🔹Astronomy & Astrophysics
🔹Planetary Science & Space Research
- Precision hybrid ceramic electronics assembled by BHC using thick-film technology, high-vacuum compatible substrates and flex PCB integration. Designed for astronomical observatories and scientific research instruments.
- Hybrid electronics for high-precision instruments used in planetary observation and space-related research applications.
- EMS ceramic electronics module for scientific instruments



