Showing results: 1 - 8 of 8 items found.
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SystematIC
Designing and developing 'System on Chip' products involves partitioning of the system into sub-systems or smaller blocks. Many of the blocks will be critical in the performance of the system so it is important to relate product specifications and block specifications correctly. Blocks that are not so specific to a certain system but are generally used in many integration projects we gather and label as 'Auxiliary IP' blocks. The performance of such blocks can also be critical in the system so careful consideration and selection is needed. We are aware the optimal performance-point of a block may be different in each system, for some in low-voltage operation, for others in strong output drive, and so on. Our broad IP portfolio and customization support enables quick application in new IC product developments.
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SystematIC
On basis of extensive experience in Hall Sensor readout and related intellectual property SystematIC has developed several customer-specific and application-specific Hall IC products.For isolated current sensing at DC and low frequencies the Hall sensing technique is a valuable technique. It allows full integration of the sensor elements (Hall plates) and the readout electronics in standard CMOS technology. SystematIC succeeded in combining the full integration with good accuracy parameters and high bandwidth. With a compact die containing magnetic field sensors and programmable readout amplifiers SystematIC contributed to the customers fully integrated current sensor product.SystematIC did the full integrated circuit development and supported in wafer and final test programming. As a result of cooperation with our customer a current-sensor-IC with low offset, high gain accuracy, low TC's and excellent isolation properties has been released for production.
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SystematIC
SystematIC offers a well-researched family of products that combines Ambient Light Sensing (ALS) and Infra-Red Proximity Sensing (PS) in a single SoC.The Ambient Light Sensors work well with all kinds of light sources from natural sunlight to fluorescent and incandescent lamps with minimum detectable light of .001 lux. An ambient light rejection algortihm allows the IR Proximity Sensing operation in a wide range of ambient light conditions and even in the presence of large amounts of IR radiation.Robust, temperature resilient, highly versatile sensor products are developed, ideal for improving the user experience by enhancing the screen interface with the ability to measure distance in real time and the ability to respond to ambient lighting conditions to control display backlight intensity in Smartphones.Other applications may be found in Presence Detection in Industrial or Automotive environments.
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SystematIC
The development and integration of an innovative TRIAC-Dimmer compatibility circuit, followed by successful design and industrialization of an AC LED driver product using a very high voltage IC process.
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SystematIC
An IC development is never a reproduction of a previous IC, however there is no need to invent the wheel twice.Considering our extensive IC design experience in the domain of power control we will likely find existing IP blocks to speed up a new IC development. We gladly evaluate if and how our IP can be succesfully reused or applied in your next IC development, and focus on achieving your essential IC requirements in a shorter development time.Our experience includes the following elements which have been developed in a diversity of technologies, from standard CMOS process (mostly 180nm) to 350nm 700V CMOS.
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SystematIC
Need a solid IC solution for your business that is developed fast and right first-time? We address your IC development challenge and leverage our decades-long expertise in custom IC design and development to your benefit.
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SystematIC
You need a trusted partner in developing A-Z of a competitive ASIC?Leverage our partnerships with leading service providers and learn about our complete development and supply chain support.
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SystematIC
In our world of smart appliances sensing the physical aspects of our environment is key: we like to know (measure) temperature, sunlight, position, distance, pressure and so on, and use that information in our (control) systems. For that data to be processed the (analog) physical signals need to be converted to electrical signals: the function of the sensor. An integrated (smart) sensor can do this and when realized in semiconductor technology can be mass-produced at low-cost. With our analog IC design expertise we have been involved in the development of many sensor readout circuits. But we also take care of integration of the related signal processing such as high resolution AD conversion and the digital interfacing.
