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[[Category:Radiation-hardened microprocessors]] [[Category:Open microprocessors]] ...

...or [[spacecraft]] onboard computer applications is a [[radiation hardening|radiation-hardened]] and expanded 10–15 [[megahertz|MHz]] version of the [[MIPS architec [[Category:Radiation-hardened microprocessors]] ...

The '''RAD6000''' [[radiation hardening|radiation-hardened]] [[single-board computer]], based on the [[IBM]] [[RISC Single Chip]] [[ce [[Category:Radiation-hardened microprocessors]] ...

{{Short description|Radiation-hardened computer (2001)}} | application = Radiation-hardened ...

* [[GEC-Plessey]] RH1750, a radiation-hardened version for aerospace and space flight applications. GEC-Plessey, under its [[Category:Radiation-hardened microprocessors]] ...

{{About|the family of microprocessors|other uses|Leon (disambiguation)}} *[https://www.cobhamaes.com/products/radiation-hardened-solutions-high-reliability-components Cobham: Radiation Hardened Solutions ...

* [[Harris Corporation]] – sold [[Radiation hardening|radiation-hardened]] versions of the 8086 and 80286; product line discontinued. Produced 20&nb ...gazine=[[Microprocessor Report]]|title=Proliferation of 386/486-Compatible Microprocessors to Accelerate in ’92|date=January 22, 1992|url= ...

...ch|mils]] (48&nbsp;mm²).<ref>{{cite book |title=A Guide to RISC microprocessors * PR31500, PR31700 - Microprocessors from [[Philips Semiconductors]] used in the [[Philips Velo]] handheld PC ra ...

...t destroy the circuits involved, but they can cause errors. In space-based microprocessors, one of the most vulnerable portions is often the 1st and 2nd-level cache m ;SEU in microprocessors ...

[[Category:IBM microprocessors]] ...

Next to digital circuits like microprocessors and memories like the 1k-bit CMOS RAM IM6508 and CMOS EPROMS IM6604/IM6654 ...

{{short description|Family of 32-bit microprocessors}} ...ter [[Apple Inc.]]), which introduced it on November 10, 1997. A number of microprocessors from different vendors have been used under the "PowerPC G3" name. Such des ...

...ch in turn allows scientists and engineers to develop tiny devices such as microprocessors, accelerometers (like in most car safety systems), etc. ...

* early microprocessors, such as the [[RCA 1802]] ...

...0&nbsp;MHz, which was much faster than the 2{{endash}}3&nbsp;MHz CMOS/NMOS microprocessors of the era such as the [[Intel 8085]]. 8085 emulators were implemented arou | title=Soviet microprocessors, microcontrollers, FPU chips and their western analogs ...

...ingle-chip variant for entry-level RS/6000 systems, and the [[RAD6000]], a radiation-hardened variant of the RSC for space applications. An indirect derivative of the PO ...POWER1. As the POWER1 was the basis of the POWER2 and [[POWER2#P2SC|P2SC]] microprocessors, the lack of multiprocessing was passed on to these later POWER processors. ...

This was the first synchrotron to be controlled using microprocessors.<ref name=dcs>{{cite web |title=Distributed Control System for the National ...

...nd perfect filtering in these devices. [[Microwave oven]]s or devices with microprocessors may leak within allowable limits but may generate an undesired signal that ...

...lopment techniques to [[CPU design]], developing several [[stack machine]] microprocessors and gaining several [[microprocessor]]-related patents<ref>{{Citation | url ...

...t design of a [[microelectronics|microelectronic]] chip, the technology of radiation-hardened chips tends to lag behind the most recent developments.<ref name=":0">{{Cit Radiation-hardened products are typically tested to one or more resultant-effects tests, inclu ...