Atmel Aerospace Rad-Hard Integrated Circuits Company Experience Long-term Commitment to the Aerospace Industry Atmel® Aerospace components are all fully designed, assembled, tested, and qualified in Europe. For nearly 30 years, Atmel has been a leading provider of highly integrated solutions to the aerospace industry. Thanks to its dual-use strategy, Atmel gives customers access to the latest commercial technology innovations through radiation hardening by design. The Atmel® Aerospace Business Unit offering of integrated circuits (ICs) is one of the most attractive and competitive on the market. It includes: • • • • • • • • 180nm to 65nm CMOS processes 180nm CMOS, 150nm SOI and 65nm CMOS ASIC libraries RISC rad-hard microprocessors Reprogrammable microprocessors 4Mb SRAM and EEPROM Memory modules SEU-hardened by design reprogrammable FPGA Spacewire communication devices Thanks to advanced products, dedicated packaging which supports module techniques, QML-certified lines and world-class quality, Atmel is paving the way to full-system integration and system on chip solutions. The complexity of future systems solutions requires partnerships with government agencies and aerospace equipment manufacturers. Strong partnerships with these key market contributors enable Atmel to validate products and services in actual system environments. Atmel is committed for the long term to supporting the aerospace industry. Quality Management The ultimate goal is to reach full customer satisfaction through continuous improvement of Atmel products and services. To achieve this objective, Atmel has developed a Corporate Quality Management System that includes: • A worldwide Quality Organization with dedicated resources for space offerings • A robust Corporate Quality System that, beyond the traditional ISO9001-V2000 registrations, complies either with the MIL-PRF-38535 or the ESCC-QML quality systems. Atmel facilities are fully QML qualified by the U.S. DLA (Defense Logistic Agency) and the European Space Agency (ESA), covering a wide range of technologies, including the most advanced silicon and high pin count assembly techniques. This system is periodically rated by the most demanding aerospace customers, as well as the prestigious national and international space agencies, such as ESA, CNES (Centre National d’Etudes Spatiales) and NASA (National Aeronautics and Space Administration) • The first-ever ESCC-QML qualified process for space (the Atmel 0.35μm ASIC) • A policy of systematic continuous improvement, supported by state-of-the-art approaches, techniques and methodologies (self-assesment against business excellence models, “Six Sigma,” Hoshin, etc.) • Periodic reporting and review of actual performance by top management • Customer satisfaction regularly measured via periodic business reviews, score cards and customer surveys 2 ISO 9001 ESCC-QML certification DLA-QML certification © 2015 / www.atmel.com Atmel Aerospace Rad-Hard Integrated Circuits Atmel Rad-Hard Processors Atmel’s Unrivalled Flight Heritage Over the last 20 years, Atmel has steadily built a space microprocessor strategy based on the SPARC® architecture. With worldwide sales of over 3500 flight models featuring the Atmel TSC695—and already over 1,000 flight models with the Atmel AT697F—the Atmel SPARC processor roadmap boasts an unrivalled flight heritage. TSC695F AT7913E AT697F ATF697FF 32-bit SPARC V7 32-bit SPARC V8 Spacewire Remote Terminal Controller 32-bit SPARC V8 32-bit SPARC V8 Reconfigurable with Embedded FPGA 20MIPS/5MFlops @SYSCLK = 25Mhz 40MIPS @SYSCLK=50Mhz 90 MIPs @ SYSCLK = 100MHz 90MIPS @SYSCLK=100Mz Typ. Consumption 1W 50mW/MIPS 1W 25mW/MIPS 0.7W 8mW/MIPS 0.7W 8mW/MIPS Operating Voltage 4.5 to 5.5V 1.65V to1.95V(Logic) 3V to 3.6V (Buffers) 1.65V to1.95V(Logic) 3V to 3.6V (Buffers) 1.65V to 1.95V(Logic) 3V to 3.6V (Buffers) >300Krad; 70MeV/mg/cm2 >300Krad; 95MeV/mg/cm2@125°C >300Krad; 95MeV/mg/cm2@125°C >300Krad; 95MeV/mg/cm2@125°C QFP256 QFP352/CGA349 QFP256/CGA349 QFP352 UART,1553, CAN, ADC, DAC, SpW UART, PCI UART, PCI, FPGA Now ESCC and QMLV Now ESCC and QMLV Now ESCC and QMlV Description Performance TID; Latch-up Package SoC integration Availability and Qualification Now ESCC and QMLV Extending the Capabilities of SPARC V8 Processors Atmel uses innovative design techniques to optimize the SPARC V8 processor. The Atmel ATF697FF is the only solution available on the market today that combines a powerful rad-hard processor and a reprogrammable SRAM-based FPGA. It offers the best reconfigurable solution for in-flight space applications and helps our customers in case of: • Design modifications occurring late in the process • In–flight adjustments during trial flights • Post-launch updates The Atmel AT7913E SpaceWire Remote Terminal Controller is a highly integrated processor offering lower power consumption and reduced size through full system-on-chip integration. Based on the LEON2FT processor core, the AT7913E embeds the following peripherals: • 64Kb EDAC protected on-chip memory • ADC/DAC interface for analog acquisition/conversion • CAN for instrument control • SpaceWire interfaces for bridging of traffic from sensors onto a high-speed network Atmel ATF697FF Atmel Aerospace Rad-Hard Integrated Circuits 3 Tools and Software for Processors To help designers develop their applications faster and reduce time to market, Atmel provides: • Hardware development boards with debug capabilities • A set of embedded and demonstration software to ease software porting and fast system evaluation Atmel AT697F Evaluation Board Connecting Space Systems Atmel SpaceWire value for space applications • Compliant with the SpaceWire standard ECSS-E-ST-50-12C • Flight Heritage in ESA, NASA, JAXA missions • Use of SEU hardened libraries • QMLQ & QMLV space grades with SMD • Insure System interoperability Clock 100MHz SRAM (15ns) Atmel AT697F (100MHz) Atmel ASIC (150nm or 65nm) (7 to 30 Mgates) 200 MBit/s SpaceWire EEPROM AT17 (1Mbits) 20 Mbit/s SpaceWire 100 Mbit/s 20 Mbit/s EEPROM AT69170 (4Mbits) SRAM (15ns) ADC/DAC Interface SRAM (15ns) 100 Mbit/s SpaceWire SRAM (15ns) SpaceWire SpaceWire Atmel ATF280F PROM 200 MBit/s 20 Mbit/s SpaceWire Codec (50Mhz) Clock 25 MHz Wavelet Transform (25MHz) DPRAM Atmel AT7913 RTC (50MHz) PROM Clock 50MHz Atmel ATF280F SRAM (15ns) 100 Mbit/s EEPROM AT69170 (4Mbits) EEPROM AT69170 (4Mbits) Memory Bus Atmel Hotline: [email protected] StarDundee: http://www.star-dundee.com/products/leon-sde 4 SpaceWire Router – AT7910E IPs for connectivity • Eight SpaceWire ports and two external parallel ports • 196-pin CQFP package • 3.3V, LVDS • Total dose up to 300 Krad • Proven & space qualified IPs for ASIC & FPGA • Spacewire, 1553, CAN, PCI, UART, … • Placed & Routed for the best performances © 2015 / www.atmel.com Atmel Aerospace Rad-Hard Integrated Circuits Memories for Space Atmel has a long track record with memories (SRAM, DPRAM, FIFO and EEPROM), and its current offering supports the space industry’s efforts regarding standardization of part variations with respect to: • Size and format • Package • Power consumption and speed Format Operating Voltage(V) Prime Speed Spec (ns/mA) TID (Krad) Package Part Number Type Process Feature Size(μm) AT65609EHV SRAM 0.35 128K x 8 4.5 – 5.5 40/50 300 FP32.4 SB32.4 M65609E SRAM 0.35 128K x 8 3.0 – 3.6 40/50 300 FP32.4 AT60142HT* SRAM 0.25 512K x 8 3.0 – 3.6* 17/170 300 FP36.5 AT60142H SRAM 0.25 512K x 8 3.0 – 3.6 15/170 300 FP36.5 AT68166HT* MCP SRAM 0.25 512K x 32 3.0 – 3.6* 20/170 300 CQFP68 AT68166H MCP SRAM 0.25 512K x 32 3.0 – 3.6 18/180 300 CQFP68 M67025E DPRAM 0.6 8K x 16 4.5 – 5.5 30/200 30 CQFP84 M67204H FIFO 0.6 4K x 9 4.5 – 5.5 15/120 30 FP28.4 M67206H FIFO 0.6 16K x 9 4.5 – 5.5 15/120 30 FP28.4 FIFO with programmable HFF 0.6 16K x 9 4.5 – 5.5 15/120 30 FP28.4 AT28C010-12DK Parallel EEPROM 0.6 128K x 8 4.5 – 5.5 120/80 30 FP32.4 AT17LV010-10DP Serial EEPROM 0.35 1M x 1 3.0 – 3.6 100/10 60 FP28.4 AT69170E Serial EEPROM 0.18 4M x 1 3.0 – 3.6 70/15 60 FP18.3 M672061H * 5V tolerant / ** Not for new designs Atmel Aerospace Rad-Hard Integrated Circuits 5 Atmel ASICs for Space The Atmel Aerospace ASIC offering is enriched with new libraries each time the latest generation technology is introduced. As an example, the ninth generation of Aerospace ASIC technologies, the ATC18RHA series, is a standard cell library characterized on the Atmel 0.18μm CMOS technology. Combined with these libraries are multiple options for embedding dedicated blocks, as well as a large choice of complex hermetic packages. A MPW (multi-project wafer) service allows the users to lower the NRE. ATC18RHA ATMX150RHA AT65RHA (*) Bulk CMOS SOI CMOS Bulk CMOS 0.18 0.15 0.065 Digital Mixed-signal Digital 7M 22M 50M 7.5GHz 7.5GHz 30GHz 40 40 15ps >400 >700 >1000 Flip-chip I/O available N N Y 5V and HV (25/45/65V) option N Y N LVDS, PCI LVDS, PCI HSSL, LVDS, PCI 1.8/3.3/2.5V 1.8/5/3.3/2.5V 1.2/1.8/2.5/3.3V Power consumption (nW/gate.MHz) at 20% duty cycle <10 <10 <0.5 Analog IPs Full-custom available PLL ADC, DAC, PLL, ··· PLL RAM compiler Y Y Y NVM N Y N 300 300 300 >95 @ 125°C (**) >95 @ 125°C >60 @ 125°C Now Now Now ESCC QML, QML-Q, QML-V, QML-V RHA 2015 2016 Process Feature size (µm) Library Usable gates (equivalent NAND2) Maximum toggle frequency Gate delay @25°C (ps) Signal I/Os Specific I/Os Supply voltage Rad Hardness Functional TID (krads(Si)) Latch up (MeV/mg/cm2) Availability Qualification (*): Targets 6 (**): Maximum rate possible with test equipment © 2015 / www.atmel.com Atmel Aerospace Rad-Hard Integrated Circuits Robust Design Flow The Atmel aerospace design flow uses a validated sequence of tools from RTL to GDSII. Synopsys Logic/physical/test synthesis, physical design, power analysis, static timing analysis, formal verification, cell characterization tool Mentor Graphics Logic simulation, test synthesis, DRC/ARC/LVS verification Magma Library cell characterization Atrenta Power optimization, DFT, SDC/CDC verification at RTL level Ansys Power integrity Feasibility Study Preliminary Design Review Digital & Analog Logic Design Intermediate Design Review Physical Design Verifications Critical Design Review Package Development Floor planning, layout prototyping, signal integrity, package design Customer Requirements Test Development Cadence Digital & Analog Design Kit Mask Generation Prototypes Production FPGA Retargeting to ASIC Retargeting an FPGA to an ASIC means benefiting from the technical advantages of ASICs, such as a faster, smaller chip with lower power consumption, while maintaining the original functionality of the device. In the aerospace domain, it also offers improved reliability and radiation performance. Atmel offers an automatic FPGA retargeting service that reduces the cost and design resources. Hotline: [email protected] Reprogrammable FPGAs for Space The Atmel reprogrammable FPGA family offers a new alternative for space applications that combines innovative techniques with industry-leading expertise in rad-hard by design technology. For low-gate-count designs and low power consumption applications, Atmel offers the reprogrammable AT40K FPGA. For designs requiring more gates, Atmel has significantly increased the gate count with the ATF280. Benefits of the Atmel reprogrammable FPGA family include: • In-system reprogrammability - Allows implementation of multiple design iterations at no additional cost • Radiation-hardened by design • Innovative built-in SEU protection - Users can design without using mitigation techniques, saving gate count and development resources • Secured configuration • Cost-effective alternative to mask-configured ASICs • Easy development flow with no NRE cost, shorter time to market, no miminum order quantity Atmel Aerospace Rad-Hard Integrated Circuits 7 Features AT40 ATF280 0.35µm CMOS 0.18µm CMOS Unlimited re-programmability Yes Yes Equivalent ASIC gates 40K 280K 18432 bits 115200 bits 18 ns 10 ns 20 MHz 50 MHz Yes Yes 2,304 14,400 233 308 - 8/8 300 300 70 @ 125°C (**) 95 @ 125°C(**) Available in QML-Q and QML-V with 5962-03250 and ESCC with 9304/008 Available in QML-Q and QML-V with 5962-12225 Technology User-configurable RAM (FreeRAM™) FreeRAM access time System speed Configuration auto-checks Number of cells (one 4-input LUT and one HDFF) Cold-sparing and PCI-compliant I/Os Transceivers/receivers LVDS Functional TID (krads(Si)) Latch up (MeV/mg/cm2) Availability (*): Targets (**): Maximum rate possible with test equipment ATF280 AT69170 Self Check POR EEPROM Core User I/O FPGA Core Config. SRAM Config. Control Memory Controller Boundary Scan Controller LVDS Interface Differential Clocks Config. Self Int. Checker Config. Load Checker Serializer POR Two-Wire Interface CRC Securing FPGA Configuration 8 © 2015 / www.atmel.com Atmel Aerospace Rad-Hard Integrated Circuits Serial EEPROM for FPGA Configuration For FPGA configurations, Atmel not only offers use of the 1Mb EEPROM AT17LV010 qualified for space use, but also the AT69170, a 4Mb version qualified for space use in 2014. Process Feature Size (μm) Format (bit) Operating Voltage(V) Packages Availability AT17LV010-10DP 0.35 1M x 1 3.0 – 3.6 FP28.4 Now AT69170 0.18 4M x 1 3.0 – 3.6 FP18.3 2014 Multi-Chip Module To reduce size and weight, Atmel has combined 2 ATF280 FPGA and 2 AT69170 EEPROM into one multichip package. This cost saving solution, the ATFEE560, is available for prototypes and qualified for space applications in 2015. The ATF697, combining the ATF280 with the AT697 processor, permits to enhances the AT697 capabilities with interfaces such as SpW. This cost saving solution is available for prototypes and qualified for space applications. ATFee560 Development Tools and Software Atmel FPGA Development Kits • Fast and economical product evaluation • Can be used to run simple demonstrations or a complete application • A 6U C-PCI board with Atmel Aerospace EEPROMs and SRAMs and a full set of peripherals Space Programmer Atmel ATF280 Evaluation Board • Multi-platform software tool with USB interface for in-situ programming of the FPGA and EEPROM IDS System Designer • Integrated development system for logic synthesis from a VHDL model entry or direct gate-level entry, for place and route, back annotation and final simulation Mentor Graphics Precision® • Comprehensive synthesis tool for Atmel FPGAs Atmel Aerospace Rad-Hard Integrated Circuits 9 Atmel Aerospace Product Ordering Information Atmel Ordering Code Package Type Operating Voltage Quality Level TSC695F-25MA-E CQFP256 5V/25MHz Engineering Samples 5962-0054001QXC CQFP256 5V/25MHz QML-Q TSC695F and TSC695FL Processors 5962-0054001VXC CQFP256 5V/25MHz QML-V 5962R0054001VXC CQFP256 5V/25MHz QML-V RHA 951200301 CQFP256 5V/25MHz ESCC AT697F and ATF697FF Processors AT697F-2H-E CCGA349 3.3V/100MHz Engineering Samples AT697F-KG-E CQFP256 3.3V/100MHz Engineering Samples 5962-0722402QXB CCGA349 3.3V/100MHz QML-Q 5962-0722402QYC CQFP256 3.3V/100MHz QML-Q AT697F-2H-SV CCGA 349 3.3V/100MHz QML-V equiv. 5962-0722402VYC CQFP256 3.3V/100MHz QML-V AT697F-2H-SR CCGA349 3.3V/100MHz QML-V RHA equiv. 5962R0722402VYC CQFP256 3.3V/100MHz QML-V RHA ATF697FF-ZA-E CQFP352 3.3V/100MHz Engineering Samples 5962-1422901QXC CQFP352 3.3V/100MHz QML-Q 5962-1422901VXC CQFP352 3.3V/100MHz QML-V 5962R1422901VXC CQFP352 3.3V/100MHz QML-V RHA AT697F and ATF697FF Development Kits AT697-EK ATF697-EK AT7913E Processors 10 AT7913E-2H-E CCGA349 3.3V/50MHz Engineering Samples 5962-10A0301QXB CCGA349 3.3V/50MHz QML-Q 5962-10A0301VXB CCGA349 3.3V/50MHz QML-V 5962R10A0301VXB CCGA349 3.3V/50MHz QML-V RHA AT7913E-2U-E CLGA349 3.3V/50MHz Engineering Samples 5962-10A0301QYC CLGA349 3.3V/50MHz QML-Q 5962-10A0301VYC CLGA439 3.3V/50MHz QML-V 5962R10A0301VYC CLGA349 3.3V/50MHz QML-V RHA AT7913E-YC-E CQFP352 3.3V/50MHz Engineering Samples © 2015 / www.atmel.com Atmel Aerospace Rad-Hard Integrated Circuits Atmel Ordering Code Package Type Operating Voltage Quality Level 5962-10A0301QZC CQFP352 3.3V/50MHz QML-Q 5962-10A0301VZC CQFP352 3.3V/50MHz QML-V AT7913E-YC-SR CQFP352 3.3V/50MHz QML-V RHA equiv. AT7910EKB-E CQFP196 Engineering Samples 5962-09A0301QXC CQFP196 QML-Q 5962-09A0301VXC CQFP196 QML-V 5962R09A03VXC CQFP196 Communication ICs 3.3V QML-V RHA 3.3V Engineering Samples AT40 FPGA AT40KEL040KW1-E CQFP160 AT40KEL040KZ1-E CQFP256 3.3V Engineering Samples 5962-0325001QXC CQFP160 3.3V QML-Q 5962-0325001QYC CQFP256 3.3V QML-Q 5962-0325001VXC CQFP160 3.3V QML-V 5962-0325001VYC CQFP256 3.3V QML-V 3.3V 5962R0325001VXC CQFP160 5962R0325001VYC CQFP256 QML-V RHA 930400801 CQFP160 3.3V ESCC 930400802 CQFP256 3.3V ESCC QML-V RHA AT40KFL040KW1-E CQFP160 3.3V / 5V tolerant Engineering Samples AT40KFL040KZ1-E CQFP256 3.3V / 5V tolerant Engineering Samples 5962-0325002QXC CQFP160 3.3V / 5V tolerant QML-Q 5962-0325002QYC CQFP256 3.3V / 5V tolerant QML-Q 5962-0325002VXC CQFP160 3.3V / 5V tolerant QML-V 5962-0325002VYC CQFP256 3.3V / 5V tolerant QML-V 5962R0325002VXC CQFP160 3.3V/ 5V tolerant QML-V RHA 5962R0325002VYC CQFP256 QML-V RHA AT40 Development Kits AT40KEL-EK ATF280 FPGA ATF280F-2J-E CCGA472 ATF280F-2V-E CLGA472 3.3V Engineering Samples ATF280F-YF-E CQFP352 3.3V Engineering Samples ATF280F-YJ-E CQFP256 3.3V Engineering Samples Atmel Aerospace Rad-Hard Integrated Circuits 3.3V Engineering Samples 11 Atmel Ordering Code Package Type Operating Voltage Quality Level 5962-1222501QXB CCGA472 3.3V QML-Q 5962-1222501QYC CLGA472 3.3V QML-Q 5962-1222501QZC CQFP352 3.3V QML-Q 5962-1222501QUC CQFP256 3.3V QML-Q 5962-1222501VXB CCGA472 3.3V QML-V 5962-1222501VYC CLGA472 3.3V QML-V 5962-1222501VZC CQFP352 3.3V QML-V 5962-1222501VUC CQFP256 3.3V QML-V 5962R1222501VXB CCGA472 3.3V QML-V RHA 5962R1222501VYC CLGA472 3.3V QML-V RHA 5962R1222501VZC CQFP352 3.3V QML-V RHA 5962R1222501VUC CQFP256 3.3V QML-V RHA 3.3V Engineering Samples ATF280 Development Kits ATF280-EK ATFEE560 FPGA ATFEE560FE-ZB-E CQFP352 ATFEE560-ZB-MQ (1) CQFP352 3.3V QML-Q equiv. ATFEE560-ZB-SV (1) CQFP352 3.3V QML-V equiv. ATFEE560 Development kit ATFEE560-EK (1) Preliminary ordering information prior to SMD reference availability 12 © 2015 / www.atmel.com Atmel Aerospace Rad-Hard Integrated Circuits Atmel Ordering Code Package Type Operating Voltage Format Prime Speed Spec (ns/mA) Quality Level Serial EEPROM AT17LV010 & AT69170 AT17LV010-10DP-E AT17LV010-10DP-MQ Engineering samples FP28 3-3.6V 1Mx1 100/10 QML-Q like AT17LV010-10DP-SV QML-V like AT69170F-DT-E Engineering samples AT69170F-DT-MQ FP18 3-3.6V 4Mx1 70/15 AT69170F-DT-SV QML-Q like QML-V like Parallel EEPROM AT28C010 AT28C010-12DK-E AT28C010-12DK -MQ Engineering samples FP32 4.5-5.5V 128Kx8 120/80 AT28C010-12DK-SV/MQ QML-Q like QML-V like SRAM M65609 AT65609EHV AT60142 AT68166 MMDJ-65609EV-40-E Engineering samples 5962-0250101QXC QML-Q 5962-0250101VXC FP32 3-3.6V 128kx8 40/50 QML-V SMDJ-65609EV-40SCC ESCC 5962R0250101VXC QML-V RHA AT65609EHV-DJ40-E Engineering samples AT65609EHV-DJ40MQ AT65609EHV-DJ40SV AT65609EHV-DJ40SR AT65609EHV-C940SV QML-V 4.5-5.5V AT65609EHV-C940-E AT65609EHV-C940MQ QML-Q FP32 128Kx8 40/50 ESCC Engineering samples QML-Q SB32 QML-V AT65609EHV-C940SR ESCC w Atmel Aerospace Rad-Hard Integrated Circuits 13 Atmel Ordering Code Package Type Operating Voltage Format Prime Speed Spec (ns/mA) AT60142H-DS15M-E Engineering samples 5962-0520804QYC 15/180 (12/220) 5962-0520804VYC 5962R0520804VYC AT60142H-DS15MSCC AT60142HT-DS17M-E FP36 3-3.6V QML-Q QML-V QML-V RHA ESCC 512Kx8 Engineering samples 5962-0520803QYC QML-Q 17/170 5962-0520803VYC QML-V 5962R0520803VYC QML-V RHA AT60142HT-DS17MSCC ESCC AT68166H-YS18-E Engineering samples 5962-0622906QYC QML-Q 18/170 5962-0622906VYC 5962R0622906VYC AT68166H-YS18-SCC AT68166HT-YS20-E QML-V QML-V RHA FP68 3-3.6V ESCC 4* 512Kx8 Engineering samples 5962-0622905QYC QML-Q 20/165 5962-0622905VYC 5962R0622905VYC QML-V QML-V RHA AT68166HT-YS20-SCC ESCC FIFO 67204 67206(1) 14 Quality Level DPR 67025 MMCP-67204HV-15-E SB28 Engineering samples MMDP-67204HV-15-E FP28 Engineering samples 5962-8956810QTC SB28 QML-Q 5962-8956810QNC FP28 QML-Q 5962-8956810VTC SB28 QML-V 15/120 5962-8956810VNC FP28 5962D8956810VTC SB28 QML-V RHA QML-V RHA 5962D8956810VNC FP28 SMCP-67204HV-15SCC SB28 SMDP-67204HV-15SCC FP28 4.5-5.5V QML-V ESCC 4Kx9 ESCC 5962-8956809QTC SB28 QML-Q 5962-8956809QNC FP28 QML-Q 5962-8956809VTC SB28 QML-V 5962-8956809VNC FP28 QML-V 30/110 5962D8956809VTC SB28 5962D8956809VNC FP28 QML-V RHA QML-V RHA SMCP-67204HV-30SCC SB28 ESCC SMDP-67204HV-30SCC FP28 ESCC © 2015 / www.atmel.com Atmel Aerospace Rad-Hard Integrated Circuits Atmel Ordering Code Package Type Operating Voltage Format Prime Speed Spec (ns/mA) Quality Level MMCP-67206HV-15-E SB28 Engineering samples MMDP-67206HV-15-E FP28 Engineering samples 5962-9317708QTC SB28 QML-Q 5962-9317708QNC FP28 QML*Q 5962-9317708VTC SB28 5962-9317708VNC FP28 5962D9317708VTC SB28 QML-V RHA 5962D9317708VNC FP28 QML-V RHA SMCP-67206HV-15SCC SB28 15/120 4.5-5.5V QML-V QML-V ESCC 16Kx9 SMDP-67206HV-15SCC FP28 5962-9317707QTC SB28 QML-Q 5962-9317707QNC FP28 QML*Q 5962-9317707VTC SB28 QML-V 5962-9317707VNC FP28 5962D9317707VTC SB28 5962D9317707VNC FP28 ESCC 30/110 QML-V QML-V RHA QML-V RHA SMCP-67206HV-30SCC SB28 ESCC SMDP-67206HV-30SCC FP28 ESCC MMCP-672061HV-15-E SB28 Engineering samples MMDP-672061HV-15-E FP28 Engineering samples 5962-9317710QTC SB28 QML-Q 5962-9317710QNC FP28 QML*Q 5962-9317710VTC SB28 15/120 QML-V 5962-9317710VNC FP28 5962D9317710VTC SB28 QML-V RHA 5962D9317710VNC FP28 QML-V RHA SMCP-672061HV-15SCC SB28 SMDP-672061HV-15SCC FP28 4.5-5.5V QML-V ESCC 16Kx9 ESCC 5962-9317709QTC SB28 QML-Q 5962-9317709QNC FP28 QML*Q QML-V 5962-9317709VTC SB28 5962-9317709VNC FP28 30/110 QML-V 5962D9317709VTC SB28 5962D9317709VNC FP28 QML-V RHA SMCP-672061HV-30SCC SB28 ESCC SMDP-672061HV-30SCC FP28 ESCC MMK2-67025EV-30-E FP84 Engineering samples 5962-9161709QZC FP84 5962-9161709VZC FP84 930105001 FP84 5962-9161706QZC FP84 5962-9161706VZC FP84 930105002 FP84 Atmel Aerospace Rad-Hard Integrated Circuits 30/200 4.5-5.5V QML-V RHA QML-Q QML-V ESCC 8Kx16 QML-Q 45/180 QML-V ESCC 15 Atmel Corporation 1600 Technology Drive, San Jose, CA 95110 USA T: (+1)(408) 441.0311 F: (+1)(408) 436.4200 | www.atmel.com © 2015 Atmel Corporation. / Rev.: Atmel-4015K-Integrated-Circuits-Space-Rad-Hard-ICs_E_US_052015 Atmel,® Atmel logo and combinations thereof, Enabling Unlimited Possibilities,® and others are registered trademarks or trademarks of Atmel Corporation or its subsidiaries. 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