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2020 IEEE Radiation Effects Data Workshop (in conjunction with 2020 NSREC) by Newman, W. H. (author);van Vonno, N.W. (author);Robinson, A. (author);Pearce, L. G. (author);Thomson, E. J. (author) is a nonfiction available to read on EtoBox.

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We report the results of SET testing of a two-node Intersil CAN Bus system. Based on those results, CRÈME96 provided an estimated system error rate in a geosynchronous orbit and a typical low earth orbit. ## I. INTRODUCTION HIS paper discusses the SET performance of the ISL7202xSEH CAN transceivers operating as a twonode CAN bus system. This arrangement allowed for testing when driving and receiving a 1Mbps standard CAN bus data packet message. The system implemented all the standard CAN bus packet error checking protocols, (e.g., Cyclic Redundancy Code (CRC) Error, Formatting Bit Errors, Stuffing Bit Errors, and Acknowledge (ACK) Error). The ISL7202xSEH is a radiation tolerant 3.3V CAN transceiver that is compatible with the ISO11898-2 and ECSS-E-ST-50-15C standards for applications calling for Controller Area Network (CAN) serial communication in satellites and aerospace communications and telemetry data processing in harsh industrial environments. They are fabricated in Intersil's proprietary BCD SOI process with deep trench isolation. [1]. The transceiver can transmit and receive at bus speeds up to 5Mbps. It can drive a 40m cable at 1Mbps per the ISO11898-2 specification and w

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Author

Newman, W. H. (author);van Vonno, N.W. (author);Robinson, A. (author);Pearce, L. G. (author);Thomson, E. J. (author)

Publisher

IEEE

Published

2020

Language

EN

Category

nonfiction