Rad-Tolerant/Rad-Hard Integrated Circuits
Aerospace and DefenseRad-Tolerant/Rad-Hard Integrated Circuitswww.microchip.com
Commitment to Space & High ReliabilityCommitment to the Space IndustryWith over 30 years of experience in the space industry from Atmel heritage, Microchip Technology Inc., a leading provider ofmicrocontroller, mixed-signal, analog and Flash-IP solutions, is recognized for delivering leading-edge and highly integratedtechnologies and solutions.Microchip is committed to support the space industry, delivering high-end solutions and services customers expect and continueinvesting and developing new solutions for the global space market from traditional to New Space challenges.Set-up in Europe, Microchip's Space Integrated Circuits portfolio is the most attractive and competitive on the market, including: AVR , SPARC and Arm Microcontroller and Microprocessors Global navigation satellite system devices (Galileo, GPS, Beidou, Glonass, ) SpaceWire router 4 & 16 MB SRAM and 1 & 4 MB EEPROM Digital, Analog and mixed-signal ASICsThanks to advanced products, dedicated packaging which supports module techniques, QML-certified lines and world-class quality, Microchip is paving the way to full-system integration and system-on-chip solutions. The complexity of future systems solutionsrequires partnerships with government agencies and aerospace equipment manufacturers. Strong partnerships with these keymarket contributors enable Microchip to validate products and services in actual system environments. Microchip is committed forthe long term to support the space industry.Questions? Email Microchip Aerospace Hotline at aerospace@nto.atmel.com.Customer Satisfaction Through High QualityMicrochip’s objective is to reach full customer satisfaction through continuous improvement of products and services. Toachieve this, Microchip has developed a Corporate Quality Management System that includes: The first-ever ESCC-QML qualified process for space (0.35 μm technology) A global quality organization with dedicated resources for space offerings. A robust Corporate Quality System that, beyond the traditional ISO9001-V2000 registrations, complies with the MILPRF-38535 and the ESCC-9000 quality systems. Microchip’s system is periodically rated by the most demanding aerospace customers, as well as the prestigious national andinternational space agencies, such as ESA, Centre National d’Etudes Spatiales (CNES) and National Aeronautics and SpaceAdministration (NASA).ISO 90012ESCC-QML certificationDLA-QML certificationwww.microchip.com
Rad-Tolerant ConceptRad-Tolerant ConceptMicrochip’s Rad-Tolerant devices are based on components widely used in industrial and automotive markets. Compared to thecommercial versions, the same mask set functionality is used, but with an extended temperature range and increased radiationperformances to ensure latch-up immunity. These devices benefit from Microchip’s widely-used development tool chain and libraries with commercial evaluation kits. Latch-up immune with a SEL LET 60Mev TID between 30 to 50 krad Full characterization TID & SEU for all functional blocks available in a Radiation report. Safety dedicated application note for system mitigation.Rad-Tolerant Devices: Space and HirelHirelSpacePlasticCeramicQML-N / AQEC / AEC-Q100 equivalentReady for ECSS Class 3QML-V / QML-Q equivalent with Group A, B, C & DECSS / ESCC Class 1 & 2Extended TemperatureOptional Temperature CyclingOptional Unitary Burn-inExtended TemperatureTemperature CyclingVisual InspectionExtended Unitary Burn-inPIND TestLatch-up ImmuneSEU Neutrons JEDEC JESD89Protons and Heavy IonsFlash IntegrityTIDLatch-up ImmuneSEU Protons and Heavy IonsFlash IntegrityTID 200 units 5 unitsPackageQualification andScreeningRadiationsMOQRad-Tolerant 8-bit AVR Microcontroller: ATmegaS128 / ATmegaS64M1Microchip brings the automotive-leading high performance and low power 8-bit AVR core to the aerospace industry. ATmegaS128and ATmegaS64M1 are processed for enhanced radiation, extended temperature and increased reliability in critical aerospaceapplications.It takes advantage of mature Atmel AVR tools designed and used in the mass market worldwide for many years. Ideal for small footprint and low power applications like motor control and remote terminal units. ATmegaS128 features 10-bit ADC, 6 PWM channels and UART / TWI / SPI interfaces. ATmegaS64M1 integrates CAN controller, power stage controller, ADC, DAC and analog comparatorsMemoryUp to2 MBEmbeddedFlash128Kbytesof FlashProgram Memory4 Kbytes InternalSRAM Memory4 KbytesEEPROM MemoryATMEGAS1288-bit AVR Core8 MHZ3.0–3.6 V–55/ 125ºC8 Channel 10-bit ADC8 Single Ended Channels7 Differential Channels2 Differential Channelswith Programmable Gain1x 10x or 200xRad-Tolerant / Rad-Hard Integrated CircuitsMemoryUp to642 MBEmbeddedKbytesof FlashFlashProgram MemoryInternal RC Oscillator4 Kbytes InternalSRAM Memory6 Different Sleep ModesPower on Resetand ProgrammableBrown Out DetectionUp to 64 Kbytesof Ext. SRAM MemoryADCFeaturesProgrammableWatchdog Timer2 KbytesEEPROM Memory12-bit High-SpeedPower Stage Controller2x8-bit Timers2x16-bit TimersUp to 53 I/O8 MHZ2.7–3.6 V–55/ 125ºC8-bit and 16-bit Timers1 HS SDIO/SD/eMMCCAN 2.0A/BISO 16845 CertifiedAnalog Comparator6 PWM Channels8-bit AVR CoreFeaturesProgrammableWatchdog TimerInternal RC OscillatorOn-Chip 64 MHz PLLPower On Reset andBrown Out DetectionLow Power Idle,Noise Reduction andPower Down ModesExternal and InternalInterrupt Sources2x USARTSMaster / Slave SPI TWIATMEGAS64M1UART - SPIExternal and InternalInterrupt Sources10-bit ADC11 Single3 Differential withProgrammable Gain(5x, 10x, 20x, 40x)10-bit DACCeramic / Plastic64-Pin Package4 Analog ComparatorsOn-ChipTemperature Sensor32-Pin Package3
Rad-Tolerant MicrocontrollersRad-Tolerant 32-bit ARM Microcontroller: SAM3X8ERT / SAMV71Q21RTMicrochip’s SMART ARM-based Microcontrollers family is now available for critical aerospace applications requiring enhancedradiation and increased reliability. This Rad-Tolerant SAM family provides the best combination of connectivity interfaces along withthe highest processing levels. SAM3X8ERT and SAMV71Q21RT are respectively ARM Cortex-M3 and -M7 based MCUs. SAM3X8ERT features dual-bank Flash, dual-bank SRAM, dualCAN2.0B and error code correction (ECC) on dual-bank Flash andexternal memory interface for system risk mitigation. SAM3X8ERTalso features Ethernet 10/100 with dedicated DMA, a 12-bit ADC/DAC, temperature sensor, 32-bit timers, PWM timer and RTC.MemorySAM3X8ERTSystemDual-Bank Flash256/512 KbytesCortex -M31.8V RegulatorPOR, BODDual-Bank SRAM68/100 KbytesMPU2 Xtal OSC,2 RC OSC, 2 PLLExternal BusInterfaceBoot ROM 84 MHzWDT, RTT, RTC25 ch DMA6 Layer AHB MatrixTRNGConnectivityControl5 UART, I2S5 SPI, 2 I2C16 ch, 12-bit ADC2 ch, 12-bit DACHS SDIO/SD/MMCTemperatureSensorDual CAN8x PWM9x 32-bit Timers10/100Ethernet MACUp to 103 IOsHS USB MiniHostAnd Device SAMV71Q21RT, 32-bit ARM Cortex-M7 core-basedMCU, allows deterministic code execution using TCM,complex calculation and coprocessing (FPU), communication threads parallelism (Hmatrix architecture), low latencymemories access, scalable power saving modes and operating system free RTOS supported. With SAMV71Q21RT,customers will take advantage of the powerful M7 corecoupled with high bandwidth communication interfacessuch as CAN FD and Ethernet TSN.MemorySAMV71Q21RTUp to 2 MB Embedded FlashCortex -M7300 MHzSystem2 RC OSC, 2 xtal OSC,2 PLL, RTC, 2 Watchdog384 KB Multi-Port RAMTCM300 MHzETMBackup SRAM - 1 KBStatic Memory ControllerMPUDSP/FPUVoltage Regulator, PORSDRAM Controller2x 16 KB L1 Cache with ECCSecurityAES-256Connectivity1 HS USB Dev/Host with PHY1 HS SDIO/SD/eMMC5 UART, 3 USART, 2 SPI, 3 TWI1 QSPI24 ch DMA Controller150 MHz MatrixTRNGControlMemory Scrambling114 IOs8x 16-bit PWM12x 16-bit Timers2 CAN-FDEMAC 10/100Integrity Check Monitor (SHA)User InterfaceCamera Interface2x 12 ch 12-bit ADC2 ch 12-bit DAC1x 12S/TDMAdditional Microchip Rad-Tolerant Solutions Coming SoonA large choice of companion chips for use with the MCU such as Ethernet PHYs and switches, CAN transceivers, Powerfulexternal Analog-to-Digital Converters (ADCs), Non-Volatile Memory (NVM) storage solutions, High-Voltage (HV) devices, Please contact Microchip Aerospace and Defense for more information.4www.microchip.com
Rad-Hard MicrocontrollerSAMRH71: Rad-Hard by Design 32-bit ARM Microcontroller: the scalable V71 FamilyBeyond the powerful Rad-Tolerant SAMV71Q21RT, Microchip also proposes the Rad-Hard by Design version of the SAMV71family.Qualification LevelQMLV/ESCCQMLY/ESCCQMLQQMLNOther AerospaceApplicationsAutoCOTSAQECAECQ100RHBDHirel& RTSAMV71Q21RT600DMIPSRad TolerantLatch Up ImmuneSAMV71SAMRH71 200DMIPSRad HardSpaceWireMIL-STD-1553TID 100KardSpaceApplicationsRadiations PerformancesBased on Microchip’s ATMX150RHA space qualified 150nm technology, SAMRH71 offers customers improved radiation performances for missions in harsh environment. 32-bit ARM Cortex-M7 core-based MCU Multi-Layer AMBA interconnect with flexible DMA and QoS Multi-port SRAM with 4 ports to optimize bandwidth and latency 384 KB Tightly Coupled Memory (TCM) to provide low-latency memory ECC on TCM interface, embedded SRAM (768KB) and Flash (128KB) memories and on External memory controller Wide range of communication interfaces: SpaceWire, 1553 BC/RT, Dual CAN FD and Ethernet AVBSoftware EnvironmentAtmel Studio is the Integrated Development Platform (IDP) for developing and debuggingAVR and ARM processor-based MCU applications. It gives a seamless and easy-to-useenvironment to write, build and debug your applications written in C/C or assembly. Italso connects to debuggers and development kits.Software Framework are MCU software library providing over thousands of embedded software project examples for Flash-basedMCUs, including AVR and ARM-based devices. The library contains basic C code examples for all Radiation Tolerant MCU’speripherals.Some operating system and other development environments are supported by third parties:Starter Kits & Debugging toolsTo ease your design process and reduce time-to-market, Microchip offers a complete starter kit and development system for AVRand ARM microcontrollers. With its advanced features for prototyping and testing new designs, these kits give you a head start fordeveloping code on AVR / ARM devices. For SAM3X8ERT, evaluation kit is available through Arduino Due development board at:https://store.arduino.cc/arduino-due.ATmegaS128 & ATmegaS64M1Evaluation BoardRad-Tolerant / Rad-Hard Integrated CircuitsATATMEL-ICEProgramming & Debugging toolSAMV71Evaluation Board5
Rad-Hard ProcessorsUnrivalled Flight HeritageMicrochip's space microprocessors, based on the SPARC architecture with worldwide sales of over 4,000 flight models with theTSC695 and over 2,000 flight models with the AT697F, are proud of this unrivalled flight heritage.TSC695FAT7913EAT697F32-bit SPARC V732-bit SPARC V8 SpaceWireRemote Terminal Controller32-bit SPARC V8Performance20 MIPS/5 MFlops@ SYSCLK 25 MHz40 MIPS@ SYSCLK 50 MHz90 MIPS@ SYSCLK 100 MHzConsumptionTyp. 1W50 mW/MIPSTyp. 1W25 mW/MIPSTyp. 0.7W8 mW/MIPS4.5 to 5.5V1.65V to 1.95V (Logic)3V to 3.6V (Buffers)1.65V to 1.95V (Logic)3V to 3.6V (Buffers) 300 Krad;70 MeV/mg/cm2 300 Krad;80 MeV/mg/cm2 @125 C 300 Krad;95 MeV/mg/cm2 @125 C256-pin QFP352-pin QFP/349-pin CGA256-pin QFP/349-pin CGADescriptionOperating VoltageTID; Latch-upPackageUART, CAN, ADC,SoC Integration–Availability andQualificationNowESCC and QMLVDAC, SpWNowESCC and QMLVAT7991 (Advanced GPS/GALILEO Device, AGGA-4)AT7991 (Advanced GPS/GALILEO device, AGGA-4) is a Rad-Hard GNSS basebandSoC capable of processing the modernized GPS, Galileo and other signals such asGlonass. Applications: Precise Orbit Determination (POD) and Radio Occultation (RO) Features: GNSS core, LEON2FT processor, multiple interfaces like SPI, UART,Spacewire and 1553 Prototypes and flight models availableAT7991 GNSS Device, AGGA-4 Block IOGPIO I/FTIMERsWatchdogSPISPI I/FLEON2FTIUI-Cache D-CacheNowESCC and QMLVTools and Software forProcessorsTo help you develop your applicationsfaster and reduce time to market,Microchip provides: Hardware development boards withdebug capabilities A set of embedded and demonstration software to ease softwareporting and fast system /DecoderAHBAHBAMem HCtrl BUART, PCIAPBAPBAHB DMAAHB DMAAHB DMAAHB ion BoardAHB DMAGNSS Coreand GIC36SpaceWire I/FMIL-Bus I/FUART I/FLegend:6GNSS Signal I/FGNSS coreExt. interfacesInt. interfaceOn-chip moduleswww.microchip.com
SpaceWire Router & Memory for SpaceSpaceWire Value for Space Applications Compliant with the SpaceWire standard ECSS-E-ST-50-12CFlight heritage in ESA, NASA, JAXA missionsUse of SEU hardened librariesQMLQ and QMLV space grade with SMDInsure system operabilityAT7910E SpaceWire RouterAT7910E SpaceWire router connects many nodes and routing packets between the nodes connected to it. It is comprised ofeight SpaceWire link interfaces and a routing matrix which enables packets arriving at one link interface to be transferred to andsent out of another link interface on the routing switch. It is manufactured using the rad-hardened 0.35um cell library from Microchip MH1RT CMOS sea of gates technology. Eight SpaceWire ports and two external parallel ports 196-pin CQFP package 3.3 V, LVDS Total dose up to 300 kradRad-Hard Memory ProductsMicrochip has a long track record with memory devices, and currently supports the space industry’s efforts regarding standardization of part variations with respect to: Size and format Package Power consumption and speedTypeProcess FeatureSize (µm)FormatOperatingVoltage (V)Prime SpeedSpec (ns/mA)TID(Krad)PackageAT65609EHVSRAM0.35128K 84.5–5.540/50300FP32.4SB32.4AT65609ESRAM0.35128K 83.0–3.640/50300FP32.4AT60142HT*SRAM0.25512K 83.0–3.6*17/170300FP36.5AT60142HSRAM0.25512K 83.0–3.615/170300FP36.5AT68166HT*MCP SRAM0.25512K 323.0–3.6*20/170300CQFP68AT68166HMCP SRAM0.25512K 323.0–3.618/180300CQFP68AT69170FSerial EEPROM0.154M 13.0–3.670/1560FP18.3Part Number*5V tolerantRad-Tolerant Memory ProductsFor different configurations (Processor code, FPGA, parameters, calibration, etc.), Microchip offers use of theRad-Tolerant EEPROM devices that are qualified for space use:Part NumberTypeProcess FeatureSize (µm)FormatOperatingVoltage (V)Prime SpeedSpec (ns/mA)TID(Krad)PackageAT28C010-12DKParallel EEPROM0.6128K 84.5–5.5120/8030FP32.4AT17LV010-10DPSerial EEPROM0.351M 13.0–3.6100/1060FP28.4Rad-Tolerant / Rad-Hard Integrated Circuits7
Rad-Hard ASICASIC System Solution with Mixed Signal CapabilitiesFully designed, assembled, tested and qualified in Europe since 1985, Microchip's offering of Rad-Hard Digital Application-SpecificIntegrated Circuits (ASICs) is one of the most attractive and competitive on the market for the most critical applications.To meet next-generation satellites and launchers needs, our ATMX150RHA improves integration with adaptable technology: amixed-signal strategy with Logic, Analog, 5V compatibility, embedded Non-Volatile Memory (NVM) option, high-voltage option andqualified IPs.ProcessFeature size (nm)LibraryUsable gates (equivalent NAND2)Maximum toggle frequencyGate delay @25 C (ps)Signal I/Os5V and HV (25/45V) optionSpecific I/OsSupply voltageATC18RHAATMX150RHABulk CMOSSOI CMOS180150DigitalMixed-Signal7M22M7.5 GHz7.5 GHz4040 400 700NYLVDS, PCILVDS, PCICore1.8V1.8VI/Os2.5V / 3.3V2.5V / 3.3V / 5VPower consumption (nW/gate.MHz) at 20% duty cycle 10 10Analog IPsPLLADC, DAC, PLL, BG, MUX, COMP, YYRAM compiler300300 95 @ 125 C* 95 @ 125 CESCC QML, QML-Q, QML-V, QML-V RHAESCC QML, QML-Q, QML-V, QML-V RHAFunctional TID (krads(Si))Latch up (MeV/mg/cm2)Qualification*Maximum rate possible with test equipmentBenefits of Microchip’s Rad-Hard ASICs Qualified supply chain from design to qualified parts Digital and mixed-signal ASICs Multiple quality assurance levels:QML-Q / QML-V / ESCC QML Robust design library of cells and macros (ASIC platform issupported by a combination of state-of-the-art third-partyand proprietary design tools from Synopsys, Mentor andCadence. Tools from these suppliers collectively form thereference tool flows for both front and back end) Robust design flow Guaranteed radiation performance Radiation hardening assurance SEL 95 MeV/mg/cm² Configurable RAM compiler, NVM option Specific I/Os including LVDS, PCI Large portfolio of space-qualified packages includingCQFP and CLGA/CCGA, as well as custom packages8Space Multi-Project Wafer (SMPW)To reduce ASIC development costs, a Space Multi-ProjectsWafer (SMPW) service is used. These quarterly SMPWs are alsoused to embark, at low cost, customer analog test chips intended for evaluating analog-sensitive areas from the final ASIC.Microchip offers probe / packaging / assembly / test services aswell as qualification services (reliability, TID, SEE, etc.).www.microchip.com
Ordering InformationTSC695F ProcessorsOrdering CodePackage TypeOperating VoltageQML-Q5962-0054001QXC5962-0054001VXC256-pin CQFP5V/25 MHzESCC951200301Ordering CodePackage TypeOperating VoltageAT697F-2H-SVQuality LevelEngineering SamplesAT697F-2H-E5962-0722402QXBQML-VQML-V RHA5962R0054001VXCAT697F ProcessorQuality LevelEngineering SamplesTSC695F-25MA-E349-pin CCGA3.3V/100 MHzQML-QQML-V equiv.AT697F-2H-SRQML-V RHA equiv.AT697F-KG-EEngineering Samples5962-0722402QYC5962-0722402VYC256-pin CQFP3.3V/100 MHzAT697F Development KitsOrdering CodeDescriptionAT697F evaluation kitAT697-EKOrdering CodePackage TypeOperating Voltage5962-10A0301VXB349-pin CCGA3.3V/50 MHz349-pin CLGA3.3V/50 MHz352-pin CQFP3.3V/50 MHzOrdering CodePackage TypeOperating Voltage5962-09A0301VXC196-pin CQFP3.3VOrdering CodePackage TypeOperating Voltage352-pin CQFP3.3VAT7991E-YF-SVRad-Tolerant / Rad-Hard Integrated CircuitsQML-QQML-VQuality LevelEngineering SamplesAT7991E-YF-EAT7991E-YF-MQQuality LevelQML-V RHA5962R09A03VXCGNSS DevicesQML-VEngineering SamplesAT7910EKB-E5962-09A0301QXCQML-QQML-V RHA5962R10A0301VZCCommunication ICsQML-VEngineering SamplesAT7913E-YC-E5962-10A0301VZCQML-QQML-V RHA5962R10A0301VYC5962-10A0301QZCQML-VEngineering SamplesAT7913E-2U-E5962-10A0301VYCQML-QQML-V RHA5962R10A0301VXB5962-10A0301QYCQuality LevelEngineering SamplesAT7913E-2H-E5962-10A0301QXBQML-VQML-V RHA5962R0722402VYCAT7913E ProcessorsQML-QQML-QQML-V9
Ordering InformationSerial EEPROMs (AT17LV010/AT69170)Ordering CodePackage TypeOperating VoltageFormatPrime Speed Spec(ns/mA)Engineering SamplesAT17LV010-10DP-EAT17LV010-10DP-MQ28-pin FP3–3.6V1Mx1100/10QML-Q equiv.QML-V equiv.AT17LV010-10DP-SVEngineering SamplesAT69170F-DT-EAT69170F-DT-MQQuality Level18-pin FP3–3.6V4Mx170/15QML-Q equiv.QML-V equiv.AT69170F-DT-SVSRAMs (M65609/AT65609EHV/AT60142/AT68166)Ordering CodePackage TypeOperating VoltageFormatPrime Speed Spec(ns/mA)Engineering SamplesMMDJ-65609EV-40-EQML-Q equiv.5962-0250101QXC5962-0250101VXC32-pin FP3–3.6V128kx840/50QML-V RHA5962R0250101VXCEngineering SamplesAT65609EHV-DJ40-E5962-8959849VTC32-pin FP4.5–5.5V128Kx840/5032-pin SB4.5–5.5V128Kx840/505962-0520804QYC36-pin n ering SamplesAT68166H-YS18-E5962-0622906QYC68-pin ML-V RHAESCCAT68166H-YS18-SCCEngineering SamplesAT68166HT-YS20-E5962-0622905QYC10QML-VQML-V RHA5962R0520803VYCAT68166HT-YS20-SCCQML-V ring 60142H-DS15MSCC5962-0622906VYCQML-V equiv.Engineering SamplesAT60142H-DS15M-E5962-0520803VYCQML-Q ineering V RHA5962R8959849VTCAT65609EHV-C940MQQML-V equiv.ESCCSMDJ-65609EV-40SCC5962-8959849QTCQuality Level68-pin FP3–3.6V4*512Kx8QML-Q20/165QML-VQML-V RHAESCCwww.microchip.com
Ordering InformationParallel EEPROMs (AT28C010)Ordering CodePackage TypeOperating VoltageFormatPrime Speed Spec(ns/mA)32-pin FP4.5–5.5V128Kx8120/80Engineering SamplesAT28C010-12DK-EAT28C010-12DK-MQQuality LevelQML-Q equiv.QML-V equiv.AT28C010-12DK-SVRad-Tolerant MicrocontrollersOrdering CodePackage TypeOperating VoltageEngineering SamplesATMEGAS128-ZC-E64-pin CQFPATMEGAS128-ZC-MQ3.3 V / 8 MHzATMEGAS128-ZC-SV64-pin TQFPATMEGAS128-MD-HP3.3 V / 8 MHzATMEGAS64M1-KH-SV32-pin TQFPATMEGAS64M1-MA-HPQML-V equiv.Hirel Plastic Flow144-pin CQFPSAM3X8ERT-DHB-MQ1.8 - 3.3 V / 84 MHzSAM3X8ERT-DHB-SV144-pin LQFPSAM3X8ERT-H8X-HPQML-Q equiv.QML-V equiv.Hirel Plastic FlowEngineering SamplesSAMV71Q21RT-DHB-E144-pin CQFPSAMV71Q21RT-DHB-MQ3.3 V / 300 MHzSAMV71Q21RT-DHB-SV144-pin LQFPSAMV71Q21RT-H8X-HPQML-Q equiv.QML-V equiv.Hirel Plastic FlowMicrocontrollers development kits32-bit ARM SAMV71Q21RTQML-Q equiv.Engineering SamplesSAM3X8ERT-DHB-E8-bit AVR ATmegaS64M1QML-V equiv.Hirel Plastic Flow32-pin CQFPATMEGAS64M1-KH-MQ8-bit AVR ATmegaS128QML-Q equiv.Engineering SamplesATMEGAS64M1-KH-EProductQuality LevelOrdering CodeDescriptionATSTK600Starter kit main boardATSTK600-RC09Routing card for megaAVR 64-pin devicesATSTK600-SC02Generic socket card for devices in TQFP64 packageATMEGA128A-AUIndustrial device sample in TQFP64 packageATATMEL-ICE-BASICDevelopment tool for debugging and programming AVR microcontrollersATSTK600Starter kit main boardATSTK600-RCPWM22Routing card for megaAVR 32-pin devicesATSTK600-TQFP32Generic socket card for devices in TQFP32 packageATMEGA64M1-15AZAutomotive device sample in TQFP32 packageATATMEL-ICE-BASICDevelopment tool for debugging and programming AVR microcontrollersATSAMV71-XULTSAMV71 Xplained Ultra Evaluation Kit for evaluating and prototypingSAMV71Q21RTATATMEL-ICEDevelopment tool for debugging and programming SAM ARM Cortex-MmicrocontrollerRad-Hard by Design Microcontroller (SAMRH71)Ordering CodePackage TypeOperating VoltageEngineering 20B-7GB-SVRad-Tolerant / Rad-Hard Integrated CircuitsQuality Level256-pin CQFP3.3 V / 100 MHzQML-Q equiv.QML-V equiv.11
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Rad-Tolerant / Rad-Hard Integrated Circuits 3 Rad-Tolerant Concept Microchip’s Rad-Tolerant devices are based on com
Angular Motion A. 17 rad/s2 B. 14 rad/s2 C. 20 rad/s2 D. 23 rad/s2 E. 13 rad/s2 qAt t 0, a wheel rotating about a fixed axis at a constant angular acceleration has an angular velocity of 2.0 rad/s. Two seconds later it has turned through 5.0 complete revolutions. Find the angular acceleration of this wheel? A.17 rad/s2 B.14 rad/s2 C.20 rad/s2 .
DB-RAD 500 100-500 FtLb or DB-RAD 675 135-675 Nm DB-RAD 1000 250-1000 FtLb or DB-RAD 1350 340-1350 Nm DB-RAD 1500 375-1500 FtLb or DB-RAD 2000 510-2000 Nm Table 1.2.1: Torque Ranges 1.2.2 Battery Specifications Ensure that all Battery Specifications are followed when utilizing the Digital B-RAD Tool System. Battery Output
emit x: p90 511.6 nm rad, xn: p90 8.5%, xpn: p90 8.3%, growth projected emit x 3.6 nm rad old 1.9 nm rad emit y: p90 5.5 nm rad, yn: p90 7.9%, ypn: p90 6.5%, growth projected emit y 0.4 nm rad old 0.3 nm rad with single bunch wakes, 10% rms jitter: emit x: p90 511.6 nm rad, xn: p90 8.8%, xpn: p90 9.3% .
Rad-hard components: Dose 100 krad(Si) - Mrad(Si) COST components : Dose 3-30 krad(Si); some up to 100 krad(Si) The technological development of rad-hard components is 5 -7 years after COTS components. Rad-hard components are very expensive compared to COTS components. Rad-hard components may be difficult to obtain.
The first set of graphs (upper: K and U vs. t; lower: K and U vs. x) is for an angular frequency ω 1 rad/s. The second set of graphs is for ω 0.8 rad/s. ω 1 rad/s ω 0.8 rad/s. A change in frequency, II . The first set of graphs is for an angular frequency ω 1 rad/s. The second se
rad hard power MOSFETs, having invented the HEXFET MOSFET in 1977 and becoming the first manufacturer to offer rad hard power MOSFETs for space in 1987. Since then, IR HiRel has continuously innovated in silicon design, packaging technology and quality with US DoD DLA QPL products up to MIL-PRF-19500 JANS level.
Using Angel yeast (sugar tolerant) and bread improver A800, the bread is soft, fine & smooth, and bigger in size. Formula Process ingredients sponge dough bread flour water main dough bread flour sugar salt milk powder white margarine water total Angel yeast (sugar tolerant) Angel yeast (sugar tolerant) A800 bread improver % 70 42 30 6 1.8 3 6 .
32.33 standards, ANSI A300:Performance parameters established by industry consensus as a rule for the measure of quantity, weight, extent, value, or quality. 32.34 supplemental support system: Asystem designed to provide additional support or limit movement of a tree or tree part. 32.35 swage:A crimp-type holding device for wire rope. 32.36 swage stop: Adevice used to seal the end of cable. 32 .
