In this paper we report total dose test results of COTS components commonly used on CubeSats. We investigate a variety of analog integrated circuits, a popular microcontroller (PIC24) as well as SD memory card
There has been a significant and exciting increase in the use of microsatellites and cubesats in the...
In today\u27s rapidly advancing technology roadmap for space applications there is an emphasis on co...
CubeSat missions, in most cases, utilize commercial off-the-shelf (COTS) components. The COTS compon...
The Utah State University (USU) Materials Physics Group (MPG) is interested in the performance of Co...
The Utah State University (USU) Materials Physics Group (MPG) is interested in the performance of Co...
The use of inexpensive microprocessors or commercial of the shelf (COTS) components is one of the mo...
Radiation poses known and serious risks to smallsat survivability and mission duration, with effects...
SEL, SEU, and TID results are presented for microcontrollers and microprocessors of interest for sma...
CubeSats are small satellites used for scientific experiments because they cost less than full sized...
In general COTS components have radiation tolerance of 1-10 Krad/year and untested components which ...
An emerging class of small satellite missions requires assured operational lifetime and rapid develo...
CubeSats are particularly susceptible to environmental-induced modifications, which can lead to dele...
The traditional radiation testing of space electronics has been used for more than fifty years to su...
In today's rapidly advancing technology roadmap for space applications there is an emphasis on compl...
The space radiation environment can have serious effects on spacecraft electronics. The effect of in...
There has been a significant and exciting increase in the use of microsatellites and cubesats in the...
In today\u27s rapidly advancing technology roadmap for space applications there is an emphasis on co...
CubeSat missions, in most cases, utilize commercial off-the-shelf (COTS) components. The COTS compon...
The Utah State University (USU) Materials Physics Group (MPG) is interested in the performance of Co...
The Utah State University (USU) Materials Physics Group (MPG) is interested in the performance of Co...
The use of inexpensive microprocessors or commercial of the shelf (COTS) components is one of the mo...
Radiation poses known and serious risks to smallsat survivability and mission duration, with effects...
SEL, SEU, and TID results are presented for microcontrollers and microprocessors of interest for sma...
CubeSats are small satellites used for scientific experiments because they cost less than full sized...
In general COTS components have radiation tolerance of 1-10 Krad/year and untested components which ...
An emerging class of small satellite missions requires assured operational lifetime and rapid develo...
CubeSats are particularly susceptible to environmental-induced modifications, which can lead to dele...
The traditional radiation testing of space electronics has been used for more than fifty years to su...
In today's rapidly advancing technology roadmap for space applications there is an emphasis on compl...
The space radiation environment can have serious effects on spacecraft electronics. The effect of in...
There has been a significant and exciting increase in the use of microsatellites and cubesats in the...
In today\u27s rapidly advancing technology roadmap for space applications there is an emphasis on co...
CubeSat missions, in most cases, utilize commercial off-the-shelf (COTS) components. The COTS compon...
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