The ARM Series of three output DC-DC converters are designed specifically for use in the high-dose radiation environments encountered during deep space planetary missions. The extremely high level of radiation tolerance inherent in the ARM design is assured as a result of extensive research, thorough analysis and testing, careful selection of components and .
characterizing earlier IR HiRel products have been incorporated into the ARM topology. Capable of uniformly high performance through long term exposures in radiation intense environments, this series sets the standard for distributed power systems demanding high performance and reliability. The ARM converters are hermetically sealed in a rugged, low profile package utilizing copper core pins to minimize resistive DC losses. Long-term hermetically is assured through use of parallel seam welded lid attachment along with IR HiRel rugged ceramic pin-to-package seal. Axial lead orientation facilita.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | ARM2812T |
IRF |
HYBRID-HIGH RELIABILITY 1MEGA-RAD HARDENED DC-DC CONVERTER | |
2 | ARM11 |
ARM |
MPCore Processor Technical Reference Manual | |
3 | ARM1156T2-S |
ARM |
Processor Technical Reference Manual | |
4 | ARM710T |
ARM |
general-purpose 32-bit microprocessor | |
5 | ARM720T |
ARM |
General-purpose 32-bit Microprocessor | |
6 | ARM7TDMI |
ETC |
general purpose 32-bit microprocessors | |
7 | ARM7TDMI |
ARM |
Technical Reference Manual | |
8 | ARM920T |
ARM |
System-on-Chip Platform OS Processor | |
9 | ARM926EJ-S |
ARM |
Processor Technical Reference Manual | |
10 | ARM926EJ-S |
LSI Logic |
0.11 um Processor | |
11 | ARM940T |
ARM |
Manual | |
12 | ARM946E-S |
ARM |
Manual |