SMOV25S151MP_Datasheet PDF

Decawave

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For instance, the MIPS32 4KSd core augments the 4KEc embedded core with a secure memory management unit. The unit scrambles the cache interface and adds cryptographic acceleration through the SmartMIPS instruction extensions, and is designed with anti-analysis features. This mix of hardware and software adds less than 10 percent to the size of the core but provides a secure system that has already been used in smart cards.

The usual problem for high-impedance sensors is the delta-sigma converter's switched-capacitor network. Capacitors are rapidly switched (up to 10 MHz) between the input, reference, and ground as a function of the output code. Each time these capacitors are switched to the ADC input, a current pulse is generated and a pattern of charging/discharging pulses is seen at the input pin of the ADC. This pattern is a complex function of the input and reference voltages. External resistor-capacitor (RC) networks that do not completely settle during each sample period cause large full-scale errors.

EBM-Papst

PRD Plastics

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The usual problem for high-impedance sensors is the delta-sigma converter's switched-capacitor network. Capacitors are rapidly switched (up to 10 MHz) between the input, reference, and ground as a function of the output code. Each time these capacitors are switched to the ADC input, a current pulse is generated and a pattern of charging/discharging pulses is seen at the input pin of the ADC. This pattern is a complex function of the input and reference voltages. External resistor-capacitor (RC) networks that do not completely settle during each sample period cause large full-scale errors.

Hossein Shakiba received his B.Sc. and M.Sc. degrees from Isfahan University of Technology in Iran in 1995 and 1998 respectively, and his Ph.D. degree from University of Toronto in 1997, all in Electrical Engineering. He has several years of academic as well as industrial experience in the area of analog circuit design for various wired and wireless communication systems. He is currently a principal engineer with Gennum Corporation in Burlington, Ontario where he is involved in research and development of architectures and integrated circuits for multi-Gb/s wired digital communication systems. Hossein Shakiba holds several patents and has published several journal and conference papers in the area of high-speed analog circuits for a variety of communication applications. He can be reached at .

Amphenol Anytek

HTC

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Hossein Shakiba received his B.Sc. and M.Sc. degrees from Isfahan University of Technology in Iran in 1995 and 1998 respectively, and his Ph.D. degree from University of Toronto in 1997, all in Electrical Engineering. He has several years of academic as well as industrial experience in the area of analog circuit design for various wired and wireless communication systems. He is currently a principal engineer with Gennum Corporation in Burlington, Ontario where he is involved in research and development of architectures and integrated circuits for multi-Gb/s wired digital communication systems. Hossein Shakiba holds several patents and has published several journal and conference papers in the area of high-speed analog circuits for a variety of communication applications. He can be reached at .

Advanced technology Smart Junction Block (SJB) The defined enablers have been jointly developed by STMicroelectronics, Lear, and SASE and have been benchmarked against current EDS production designs. Figure 5 below summarizes the application of these enablers in a SJB product for a 2006MY production vehicle.

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