“We would like to thank the BQR team.
The schematic review, MTBF and stress analysis that BQR processed was very helpful.
It detected several issues that could affect the functionality of the board.
By finding those issues and preventing them early in the design process, we saved significant time and definitely had a return on our investment.”
“We would like to thank the BQR team.
“With CircuitHawk ASR, we went from entire days of manual checks to an effective automated process lasting just several moments. Best of all, now we can be sure that the chip is used correctly by every single car manufacturer”
“CircuitHawk helps us accelerate our efforts to perform automated design reviews, electrical stress analysis and reliability prediction prior to PCB layout and manufacturing. It is both a time-saver and a productivity enhancer”
“Over the past two months, BQR’s team performed electrical stress analysis for our company, using CircuitHawk for two critical projects on a very tight schedule.
I would like to thank BQR for the hard work and the professional reports, especially since the schedules were almost impossible to keep.
Your reports, which detected several design errors, helped us improve the PCB’s reliability and robustness and saved us considerable time and expenditures.
Your ability to perform the analysis in such a short time was essential to both projects and enabled us to meet our goals and milestones.”
“I wish to take this opportunity to thank you personally as well as the entire BQR team for supporting us from the initial purchase and experience of apmOptimizer. Your team contribution to our success is much appreciated.”
“I chose BQR tools over their competitors because they provide a full range of integrated reliability tools. Without the integration, much capital and time would be consumed by manual calculations.”
“BQR tools are used for reliability prediction, FMECA, testing analysis, maintenance analysis and LSA.
The reliability prediction tool enables performing MTBF calculation and stress analysis calculation. The tool gives the user a platform for establishing and maintaining component libraries, saving analysis time while using the items in different designs. Product trees can be automatically loaded into the tool using simple interfaces such as Excel. The data can be also transferred to other CARE tools such as FMECA and RBD. The RBD includes basic and comprehensive models based on network and Markov algorithm.
The FMECA complies with the basic MIL-STD 1629. It enables performing a full FMECA including testing analysis. The FMECA creates a tree structure supporting the user in building the ALFA coefficient based on the HW/functions failure rates.
LSA is a good tool, enabling the user to perform task analysis and produce logistic analysis reports. The export data can be loaded to certified LSAR 1388 tools. The tool package also includes a powerful unique automatic stress analysis module (CircuitHawk) and design evaluation tool. This tool enables the user to perform an electrical stress analysis at a level that cannot be achieved manually. Design issues can be detected as part of this analysis.
To sum up, BQR tools give the user a very good platform for performing R&M tasks and analysis in accordance with different standards required by the market. BQR company has very good customer support that is well equipped to resolve issues and implement new ideas and function regarding their tools.”
Thank you very much for your support during our recent development phase. Your company design experience and skills really made a difference for our product’s robustness. We believe that our cooperation will substantially improve our products.
Thank you again, and I look forward to working with you in the future.”
“BAE Systems Rokar Facility has been using several CARE software modules for over 10 years. The CARE package is used for component, SRU, LRU and system reliability analysis. We are satisfied with the software and with the improvements performed over the years as well as with BQR’s support.
In recent years, BQR has developed the CircuitHawk software for electrical stress analysis. Since we do not produce many new PCBs annually, due to economic considerations, we haven’t purchased a license. We use BQR as a sub-contractor for preparing the required analysis. We are happy with CircuitHawk’s results, especially for detecting over-stressed components which are difficult to find manually.”
“Our civil aircraft department demands more ampOptimizer-MSG3 licenses for a major modification on the Saab 340 and Saab 2000 aircraft program. The ampOptimizer-MSG3 will provide valuable assistance concerning the updates and establishment of new MSG3 analysis.”