Microchip RTSX-SU

RTSX-SU

RTSX-SU RadTolerant FPGAs specifically designed for enhanced radiation performance are enhanced versions of Microsemi's commercial SX-A family of devices. Featuring SEU-hardened D-type flip-flops that offer the benefits of Triple Module Redundancy (TMR) without the associated overhead, the RTSX-SU family is a unique product offering for space applications. Manufactured using 0.25 µm technology at the United Microelectronics Corporation (UMC) facility in Taiwan, RTSX-SU offers levels of radiation survivability far in excess of typical CMOS devices. Microsemi's RTSX-SU architecture, derived from the highly successful SX-A sea-of-modules architecture, has been designed to improve upset and total-dose performance in radiation environments with several enhancements, such as SEU-hardened flip-flops, wider clock lines, and stronger clock drivers. Designed in a sea-of-modules architecture, the entire floor of the FPGA is covered with a grid of logic modules with virtually no chip area lost to interconnect elements or routing.



Key Features
230 MHz system performance (310 MHz internal)
Very low power consumption (Up to 68 mW at Standby)
3.3 V and 5.0 V mixed voltage
Configurable I/O support for 3.3 V/5 V PCI, LVTTL, TTL, and CMOS 5 V input tolerance and 5 V drive strength
Secure programming technology prevents reverse engineering and design theft
100% circuit resource utilization with 100% pin locking
Unique in-system diagnostic and verification capability with Silicon Explorer II
Low-Cost prototyping option deterministic, user-controllable timing
JTAG boundary scan testing in compliance with IEEE Standard 1149.1 - dedicated JTAG Reset (TRST) Pin
Highly reliable, nonvolatile antifuse technology
32,000 to 72,000 ASIC gates (48,000 to 108,000 system gates)
Up to 360 user-programmable I/Os
Hermetically-sealed packages for space applications (CQFP, CCGA/LGA, CCLG)

Radiation Performance
SEU-Hardened registers eliminate the need to implement TMR
Immune to Single-Event Upsets (SEU) to LETTH > 40 MeV-cm2/mg
SEU Rate < E10-œ10 upset/bit-day in worst-case geosynchronous orbit
Up to 100 krad (Si) Total Ionizing Dose (TID) - parametric performance supported with lot-specific test data
Single-Event Latch-Up (SEL) immunity

Microchip Series Package Type Package Carrier Datasheet
Microchip Series Package Type Package Carrier Datasheet
5962-0150805QXC 256 CQFP 36x36 Box
5962-0150805QYC 208 CQFP 29x29 Box
5962-0150805QZC 684 CQFP 16x16 Box
5962-0150806QXC 256 CQFP 36x36 Box
5962-0150806QYC 208 CQFP 29x29 Box
5962-0150806QZC 684 CQFP 16x16 Box
5962-0150807QXC 256 CQFP 36x36 Box
5962-0150807QYC 208 CQFP 29x29 Box
5962-0150807QZC 684 CQFP 16x16 Box
5962-0150808QXC 256 CQFP 36x36 Box
5962-0150808QYC 208 CQFP 29x29 Box
5962-0150808QZC 684 CQFP 16x16 Box
5962-0150809QXC 256 CQFP 36x36 Box
5962-0150809QYC 208 CQFP 29x29 Box
5962-0150809QZC 684 CQFP 16x16 Box
5962-0150810QXC 256 CQFP 36x36 Box
5962-0150810QYC 208 CQFP 29x29 Box
5962-0150810QZC 684 CQFP 16x16 Box
5962-0151505QXC 256 CQFP 36x36 Box
5962-0151505QYC 208 CQFP 29x29 Box
5962-0151506QXC 256 CQFP 36x36 Box
5962-0151506QYC 208 CQFP 29x29 Box
5962-0151507QXC 256 CQFP 36x36 Box
5962-0151507QYC 208 CQFP 29x29 Box
5962-0151508QXC 256 CQFP 36x36 Box
5962-0151508QYC 208 CQFP 29x29 Box
5962-0151509QXC 256 CQFP 36x36 Box
5962-0151509QYC 208 CQFP 29x29 Box
5962-0151510QXC 256 CQFP 36x36 Box
5962-0151510QYC 208 CQFP 29x29 Box
RTSX32SU-1CC256B 256 CCLG 17x17 Box
RTSX32SU-1CC256E 256 CCLG 17x17 Box
RTSX32SU-1CC256EV 256 CCLG 17x17 Box
RTSX32SU-1CC256M 256 CCLG 17x17 Box
RTSX32SU-1CQ208B 208 CQFP 29x29 Box
RTSX32SU-1CQ208E 208 CQFP 29x29 Box
RTSX32SU-1CQ208EV 208 CQFP 29x29 Box
RTSX32SU-1CQ208PROTO 208 CQFP 29x29 Box
RTSX32SU-1CQ256B 256 CQFP 36x36 Box
RTSX32SU-1CQ256E 256 CQFP 36x36 Box
RTSX32SU-1CQ256EV 256 CQFP 36x36 Box
RTSX32SU-1CQ256PROTO 256 CQFP 36x36 Box
RTSX32SU-1CQ84B 684 CQFP 16x16 Box
RTSX32SU-1CQ84E 684 CQFP 16x16 Box
RTSX32SU-1CQ84EV 684 CQFP 16x16 Box
RTSX32SU-1CQ84PROTO 684 CQFP 16x16 Box
RTSX32SU-CC256B 256 CCLG 17x17 Box
RTSX32SU-CC256E 256 CCLG 17x17 Box
RTSX32SU-CC256EV 256 CCLG 17x17 Box
RTSX32SU-CC256M 256 CCLG 17x17 Box
RTSX32SU-CQ208B 208 CQFP 29x29 Box
RTSX32SU-CQ208E 208 CQFP 29x29 Box
RTSX32SU-CQ208EV 208 CQFP 29x29 Box
RTSX32SU-CQ208PROTO 208 CQFP 29x29 Box
RTSX32SU-CQ256B 256 CQFP 36x36 Box
RTSX32SU-CQ256E 256 CQFP 36x36 Box
RTSX32SU-CQ256EV 256 CQFP 36x36 Box
RTSX32SU-CQ256PROTO 256 CQFP 36x36 Box
RTSX32SU-CQ84B 684 CQFP 16x16 Box
RTSX32SU-CQ84E 684 CQFP 16x16 Box
RTSX32SU-CQ84EV 684 CQFP 16x16 Box
RTSX32SU-CQ84PROTO 684 CQFP 16x16 Box
RTSX72SU-1CG624PROTO 624 CCGA 32x32 Box
RTSX72SU-1CGS624B 624 CCGA 32x32 Box
RTSX72SU-1CGS624E 624 CCGA 32x32 Box
RTSX72SU-1CGS624EV 624 CCGA 32x32 Box
RTSX72SU-1CQ208B 208 CQFP 29x29 Box
RTSX72SU-1CQ208E 208 CQFP 29x29 Box
RTSX72SU-1CQ208EV 208 CQFP 29x29 Box
RTSX72SU-1CQ208PROTO 208 CQFP 29x29 Box
RTSX72SU-1CQ256B 256 CQFP 36x36 Box
RTSX72SU-1CQ256E 256 CQFP 36x36 Box
RTSX72SU-1CQ256EV 256 CQFP 36x36 Box
RTSX72SU-1CQ256PROTO 256 CQFP 36x36 Box
RTSX72SU-1LG624B 624 CLGA 32x32 Box
RTSX72SU-1LG624E 624 CLGA 32x32 Box
RTSX72SU-1LG624EV 624 CLGA 32x32 Box
RTSX72SU-1LG624PROTO 624 CLGA 32x32 Box
RTSX72SU-CG624PROTO 624 CCGA 32x32 Box
RTSX72SU-CGS624B 624 CCGA 32x32 Box
RTSX72SU-CGS624E 624 CCGA 32x32 Box
RTSX72SU-CGS624EV 624 CCGA 32x32 Box
RTSX72SU-CQ208B 208 CQFP 29x29 Box
RTSX72SU-CQ208E 208 CQFP 29x29 Box
RTSX72SU-CQ208EV 208 CQFP 29x29 Box
RTSX72SU-CQ208PROTO 208 CQFP 29x29 Box
RTSX72SU-CQ256B 256 CQFP 36x36 Box
RTSX72SU-CQ256E 256 CQFP 36x36 Box
RTSX72SU-CQ256EV 256 CQFP 36x36 Box
RTSX72SU-CQ256PROTO 256 CQFP 36x36 Box
RTSX72SU-LG624B 624 CLGA 32x32 Box
RTSX72SU-LG624E 624 CLGA 32x32 Box
RTSX72SU-LG624EV 624 CLGA 32x32 Box
RTSX72SU-LG624PROTO 624 CLGA 32x32 Tray