CBL Electronics

Since 2002, CBL Electronics has been working on all the aspects of electronic design. Our field of expertise includes the design and production of hardware and software, testing for the semiconductor industry, development of systems and test programs, support on reliability tests suitable for any application and use. CBL Electronics’ projects are mainly on demand in the aerospace and defence sectors, but the company’s know-how can also be applied to naval, medical, automotive and consumer electronics sectors. Our goal is to build win-win relationships with our partners.

Innovation, insight and reliability are our core values. Thanks to the team of highly skilled engineers, CBL Electronics was able to develop projects in various fields, providing its clients with customized solutions and ongoing support, contributing, amongst other things, to the success of Exomars and Rosetta missions and to M-345 and AW-169 projects.

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Mechanical

Mechanical engineering: 2D and 3D mechanical CAD.
Electronics: analogical and digital, including CAD CAM development and final debugging.

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Production

• Equipment: laboratory instruments and benches for functional tests.
• Machining: mechanical engineering and production of mechanical parts.
• Testing equipment: oscilloscopes, spectrum analysers, function generators, power packs, electronic load, digital and analog simulators.

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Services

• Assembly of electronic boards, test benches and racks.
  Revision of projects and debugging of new-release products.
  On site engineering consulting services and support.
  Assistance within 24 hours.
  Remote assistance.
  Project management and quality assurance based on ISO 9001:2015 standards.

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Electronical design

• Hardware: analog; digital and mixed signals data acquisition and processing systems; communication systems; power management systems; test benches for avionics; defence and space applications.
• Software: C++, C#, Java, visual C, Visual Basic, TestStand; NI Labview (LabView/ LabWindows CVI, Labview real time, Labview FPGA); semiconductor test programs; functional and boundary scan test programs.
• Firmware: Microcontrollers (AVR); FPGAs; Microprocessors (ARM Cortex); DSPs, SOC (Xilinx Zynq, NIOS); Core IP for fast interfaces.
• Layout Design and signal integrity.
• System integration for avionics, space and defence applications

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Mechanical Design

• 2D/3D Design.
• thermal and fluid-dynamic analysis.
• Dimensional analysis PCB for mechanical integration verification.