ATF697FF - Electronic Components Microchip - Free user manual and instructions

USER MANUAL ATF697FF Microchip

Illustration of satellite orbiting a spacecraft with Earth in the background (no text or symbols)

Commitment to the Space Industry

With over 30 years of experience in the space industry from Atmel heritage, Microchip Technology Inc., a leading provider of microcontroller, mixed-signal, analog and Flash-IP solutions, is recognized for delivering leading-edge and highly integrated technologies and solutions.

Microchip is committed to support the space industry, delivering high-end solutions and services customers expect and continue investing 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 ASICs

Thanks 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 solutions requires partnerships with government agencies and aerospace equipment manufacturers. Strong partnerships with these key market contributors enable Microchip to validate products and services in actual system environments. Microchip is committed for the long term to support the space industry.

Questions? Email Microchip Aerospace Hotline at [e-mail].

Customer Satisfaction Through High Quality

Microchip's objective is to reach full customer satisfaction through continuous improvement of products and services. To achieve 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 and international space agencies, such as ESA, Centre National d'Etudes Spatiales (CNES) and National Aeronautics and Space Administration (NASA).

ATML HARTOS SAS How to be used to prepare a new product in the first generation. L'ASSOCIATION - 2016 HARTOS POWER Figure 3: The production of the first generation is not limited to the manufacturing requirements for the first generation. The product has been manufactured in the first generation of the first generation. ISSOL 8001 : 2016 Design: Sable, solid, flat, and liquid. Design: Solid, solid, and liquid. 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ISO 9001

european space agency agence certificate completeness Certificate of Technology Flow Qualcomm No. 312. This is to certify that AFRS, Korea, France has been certified for SDA for the results of global Online, Data Services, 2005, GHD Network (GHD) technology issued at 87.0004% for use in 120 open missions, according to the EUQ Qualified Manufacturers Inc. Basic specification 2005; Company specification 0000 and associated limited specification 9930000. The company's name: August 2014. Head of the Financial Advisors and Equity Department Name: 31 June 2014

ESCC-QML certification

MIL-PRF-38535 CUSTOM MICROCIRCUIT CERTIFICATION BY: MILE ISSUED BY: 1000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000 ATMEL NANTES N.A. By: John L. Chancetela ATTMEL NANTES CHINA JULY KONKINI AND RODI BHAJI, NO. 247692819 WHO-CIRCUIT Certification BY: CHINA'S PREMISSIONAL LEASE OF THE CIRCUIT SERVICE, INC., LTD. TOMATO DEPARTMENT OF THE CIRCUIT SERVICE Copyright © 1999-2-26 ISSUED BY: 1999-2-26 Company: MIL-PRF-38535 ISSUED BY: 1999-2-26 Copyright © 1999-2-26

DLA-QML certification

Rad-Tolerant Concept

Rad-Tolerant Concept

Microchip's Rad-Tolerant devices are based on components widely used in industrial and automotive markets. Compared to the commercial versions, the same mask set functionality is used, but with an extended temperature range and increased radiation performances 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 Hirel

	Hirel Space
Package	Plastic Ceramic
Qualifi cation and Screening	QML-N / AQEC / AEC-Q100 equivalentReady for ECSS Class 3	QML-V / QML-Q equivalent with Group A, B, C & DECSS / ESCC Class 1 & 2
	Extended TemperatureOptional Temperature CyclingOptional Unitary Burn-in	Extended TemperatureTemperature CyclingVisual InspectionExtended Unitary Burn-inPIND Test
Radiations	Latch-up ImmuneSEU Neutrons JEDEC JESD89Protons and Heavy IonsFlash IntegrityTID	Latch-up ImmuneSEU Protons and Heavy IonsFlash IntegrityTID
MOQ	>200 units >5 units

Rad-Tolerant 8-bit AVR Microcontroller: ATmegaS128 / ATmegaS64M1

Microchip brings the automotive-leading high performance and low power 8-bit AVR core to the aerospace industry. ATmegaS128 and ATmegaS64M1 are processed for enhanced radiation, extended temperature and increased reliability in critical aerospace applications.

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 comparators

graph TD
    subgraph ATMEGAS128
        A["Memory Features"] --> B["128 Kbytes of Flash Program Memory"]
        B --> C["6 Kbytes Internal SRAM Memory"]
        C --> D["4 Kbytes EEPROM Memory"]
        D --> E["Up to 64 Kbytes of Ext. SRAM Memory"]
        F["8-bit AVR™ Core"] --> G["8 MHz"]
        G --> H["3.0-3.6 V"]
        H --> I["-50+120°C"]
        J["Programmable Watchdog Timer"] --> K["Internal RC Oscillator"]
        K --> L["6 Different Sleep Modes"]
        L --> M["Power on Reset and Programmable Brown Out Detection"]
        M --> N["External and Internal Interrupt Sources"]
        O["ADC"] --> P["8 Channel - 10-bit ADC"]
        P --> Q["8 Single Ended Channels"]
        Q --> R["7 Differential Channels"]
        R --> S["2 Differential Channels with Programmable Gain 1x 10x or 200x"]
        T["2x USARIS Master / Slave SPI TWI"] --> U["Analog Comparator & PWM Channels"]
        U --> V["2x8-bit Timers & 2x16-bit Timers"]
        V --> W["Up to 53 I/O"]
        X["8bit AVR™ Core"] --> Y["64 Kbytes of Flash Program Memory"]
        Y --> Z["4 Kbytes Internal SRAM Memory"]
        Z --> AA["2 Kbytes EEPROM Memory"]
        AB["Memory"] --> AC["64 Kbytes of Flash Program Memory"]
        AD["8-bit AVR™ Core"] --> AE["8 MHz"]
        AF["Programmable Watchdog Timer"] --> AG["Internal RC Oscillator On-Chip 64 MHz PLL"]
        AH["Power On Reset and Brown Out Detection"] --> AI["Low Power Idic, Noise Reduction and Power Down Modes"]
        AJ["External and Internal Interrupt Sources"] --> AK["External and Internal Interrupt Sources"]
        AL["ATMEGAS64M1"] --> AM["8-bit AVR™ Core"]
        AN["8bit AVR™ Core"] --> AO["2.7-3.6 V"]
        AP["Programmable Watchdog Timer"] --> AQ["2.7-3.6 V"]
        AR["RAM"] --> AS["-50+120°C"]
        AT["8-bit and 16-bit Timers"] --> AU["IART - SPI"]
        AV["CAN 2.0/A/B ISO 15045 Certified"] --> AV
        AV --> AV
        AV --> AV
        AV --> AV
        AV --> AV
        AV --> AV
        AV --> AV
    end
    subgraph ATMEGAS128
        B
        C
        D
        E
        F
        G
        H
        I
        J
        K
        L
        M
        N
        O
        P
        Q
        R
        S
        T
        U
        V
        W
        X
    end

Rad-Tolerant 32-bit ARM Microcontroller: SAM3X8ERT / SAMV71Q21RT

Microchip's SMART ARM-based Microcontrollers family is now available for critical aerospace applications requiring enhanced radiation and increased reliability. This Rad-Tolerant SAM family provides the best combination of connectivity interfaces along with the highest processing levels. SAM3X8ERT and SAMV71Q21RT are respectively ARM Cortex-M3 and -M7 based MCUs.

- SAM3X8ERT features dual-bank Flash, dual-bank SRAM, dual CAN2.0B and error code correction (ECC) on dual-bank Flash and external memory interface for system risk mitigation. SAM3X8ERT also features Ethernet 10/100 with dedicated DMA, a 12-bit ADC/DAC, temperature sensor, 32-bit timers, PWM timer and RTC.

Close-up of a microchip with gold contacts and beige circuitry, no visible text or symbols

- SAMV71Q21RT, 32-bit ARM Cortex-M7 core-based MCU, allows deterministic code execution using TCM, complex calculation and coprocessing (FPU), communication threads parallelism (Hmatrix architecture), low latency memories access, scalable power saving modes and operating system free RTOS supported. With SAMV71Q21RT, customers will take advantage of the powerful M7 core coupled with high bandwidth communication interfaces such as CAN FD and Ethernet TSN.

Close-up of a golden-colored microchip with visible branding and surrounding circuitry (no readable text or symbols)

graph TD
    subgraph SAM3X8ERT
        A["Memory"] --> B["Dual-Bank Flash 256/512 Kbytes"]
        C["Dual-Bank SRAM 68/100 Kbytes"]
        D["External Bus Interface"]
        E["Boot ROM"]
    end

    subgraph CPU
        F["Cortex®-M3 84 MHz"] --> G["MPU"]
    end

    subgraph System
        H["System"] --> I["1.8V Regulator POR, BOD"]
        J["2 Xtal OSC, 2 RC OSC, 2 PLL"]
        K["WDT, RTT, RTC"]
        L["TRNG"]
    end

    subgraph Connectivity
        M["Connectivity"] --> N["5 UART, FS 5 SPI, 2 IC"]
        O["HS SDIO/SD/MMC"] --> P["Dual CAN"]
        Q["10/100 Ethernet MAC"] --> R["HS USB MiniHost And Device"]
    end

    subgraph Control
        S["Control"] --> T["16 ch, 12-bit ADC 2 ch, 12-bit DAC"]
        U["Temperature Sensor"] --> V["8x PWM 9x 32-bit Timers"]
        W["Up to 103 IOs"] --> X
    end

    A --> C
    C --> D
    D --> E
    E --> M
    M --> O
    O --> Q
    Q --> R
    R --> S
    S --> U
    U --> W
    W --> X

graph TD
    A["Memory"] --> B["Cortex-M7 300 MHz"]
    B --> C["TCM 300 MHz"]
    B --> D["ETM"]
    B --> E["MPU"]
    B --> F["DSP/FPU"]
    B --> G["2x 16 KB L1 Cache with ECC"]
    H["Connectivity"] --> I["24 ch DMA Controller 150 MHz Matrix"]
    I --> J["Control"]
    J --> K["114 IOs"]
    J --> L["8x 16-bit PWM 12x 16-bit Timers"]
    J --> M["2x 12 ch 12-bit ADC 2 ch 12-bit DAC"]
    N["System"] --> O["Security"]
    O --> P["AES-256"]
    O --> Q["Integrity Check Monitor (SHA)"]
    O --> R["TRNG"]
    O --> S["Memory Scrambling"]
    T["User Interface"] --> U["Camera Interface"]
    T --> V["1x t²S/TDM"]

Additional Microchip Rad-Tolerant Solutions Coming Soon

A large choice of companion chips for use with the MCU such as Ethernet PHYs and switches, CAN transceivers, Powerful external Analog-to-Digital Converters (ADCs), Non-Volatile Memory (NVM) storage solutions, High-Voltage (HV) devices, ... Please contact Microchip Aerospace and Defense for more information.

Rad-Hard Microcontroller

SAMRH71: Rad-Hard by Design 32-bit ARM Microcontroller: the scalable V71 Family

Beyond the powerful Rad-Tolerant SAMV71Q21RT, Microchip also proposes the Rad-Hard by Design version of the SAMV71 family.

Close-up of a microchip with gold-colored surface and surrounding circuitry (no visible text or symbols)

Based 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 fl exible 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 AVB

Software Environment

Atmel Studio is the Integrated Development Platform (IDP) for developing and debugging AVR and ARM processor-based MCU applications. It gives a seamless and easy-to-use environment to write, build and debug your applications written in C/C++ or assembly. It also connects to debuggers and development kits.

Software Framework are MCU software library providing over thousands of embedded software project examples for Flash-based MCUs, including AVR and ARM-based devices. The library contains basic C code examples for all Radiation Tolerant MCU's peripherals.

Some operating system and other development environments are supported by third parties:

expresslogic

IAR SYSTEMS

KEIL Tools by ARM

Micriμm

Starter Kits & Debugging tools

To ease your design process and reduce time-to-market, Microchip offers a complete starter kit and development system for AVR and ARM microcontrollers. With its advanced features for prototyping and testing new designs, these kits give you a head start for developing code on AVR / ARM devices. For SAM3X8ERT, evaluation kit is available through Arduino Due development board at: https://store.arduino.cc/arduino-due.

Close-up of a green printed circuit board (PCB) with visible traces and components, no text or symbols present.

ATmegaS128 & ATmegaS64M1 Evaluation Board

White ATATMEL wireless router with blue ports and network cable (no visible text or symbols)

ATATMEL-ICE Programming & Debugging tool

Close-up of a blue electronic circuit board with multiple ports and connectors (no visible text or symbols)

SAMV71 Evaluation Board

Unrivalled Flight Heritage

Microchip's space microprocessors, based on the SPARC architecture with worldwide sales of over 4,000 flight models with the TSC695 and over 2,000 flight models with the AT697F, are proud of this unrivalled flight heritage.

	TSC695F AT7913E AT697F
Description	32-bit SPARC® V7	32-bit SPARC V8 SpaceWire Remote Terminal Controller	32-bit SPARC V8
Performance	20 MIPS/5 MFlops@ SYSCLK = 25 MHz	40 MIPS@ SYSCLK = 50 MHz	90 MIPS@ SYSCLK = 100 MHz
Consumption	Typ. 1W50 mW/MIPS	Typ. 1W25 mW/MIPS	Typ. 0.7W8 mW/MIPS
Operating Voltage	4.5 to 5.5V	1.65V to 1.95V (Logic)3V to 3.6V (Buff ers)	1.65V to 1.95V (Logic)3V to 3.6V (Buff ers)
TID; Latch-up	>300 Krad;70 MeV/mg/cm2	>300 Krad;80 MeV/mg/cm2 @125°C	>300 Krad;95 MeV/mg/cm2 @125°C
Package	256-pin QFP	352-pin QFP/349-pin CGA	256-pin QFP/349-pin CGA
SoC Integration	-	UART, CAN, ADC,DAC, SpW	UART, PCI
Availability and Qualifi cation	NowESCC and QMLV	NowESCC and QMLV	NowESCC and QMLV

AT7991 (Advanced GPS/GALILEO Device, AGGA-4)

AT7991 (Advanced GPS/GALILEO device, AGGA-4) is a Rad-Hard GNSS baseband SoC capable of processing the modernized GPS, Galileo and other signals such as Glonass.

• 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 available

AT7991 GNSS Device, AGGA-4 Block Diagram

graph TD
    A["UART/SpaceWire"] --> B["Debug comm. link AHB"]
    C["SRAM PROM IO SDRAM"] --> D["Mem Ctrl AHB"]
    B --> E["Trace buffer"]
    E --> F["Debug Support Unit AHB"]
    F --> G["GRFPU LEON2FT IU I-Cache D-Cache AHB"]
    G --> H["AHB"]
    H --> I["Status AHB"]
    I --> J["White protect AHB"]
    J --> K["AHBA FFT"]
    K --> L["AHB /DMA"]
    L --> M["GNSS Core and GIC"]
    M --> N["GNSS Signal IF"]
    O["LEON config"] --> P["GPIO CHIO/F"]
    P --> Q["SPI"]
    Q --> R["CIC"]
    R --> S["PIC"]
    S --> T["APB"]
    T --> U["APB"]
    U --> V["AHB /DMA"]
    V --> W["GNSS Core and GIC"]
    W --> X["GNSS Signal IF"]
    Y["SpaceWire I/F MIL-Bus I/F UART I/F"] --> Z["AHB /DMA"]
    Z --> AA["AHB /DMA"]
    AA --> AB["AHB /DMA"]
    AB --> AC["AHB /DMA"]
    AC --> AD["AHB /DMA"]
    AD --> AE["AHB /DMA"]
    AE --> AF["AHB /DMA"]
    AF --> AG["AHB /DMA"]
    AG --> AH["AHB /DMA"]
    AH --> AI["AHB /DMA"]
    AI --> AJ["AHB /DMA"]
    AJ --> AK["AHB /DMA"]
    AK --> AL["AHB /DMA"]
    AL --> AM["AHB /DMA"]
    AM --> AN["AHB /DMA"]
    AN --> AO["AHB /DMA"]
    AO --> AP["APB"]
    AP --> AQ["APB"]

Tools and Software for Processors

To help you develop your applications faster and reduce time to market, Microchip provides:

• Hardware development boards with debug capabilities
• A set of embedded and demonstration software to ease software porting and fast system evaluation

Electronic circuit board with AT697F chip and multiple microphones (no visible text or symbols on components)

SpaceWire Router & Memory for Space

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 and QMLV space grade with SMD
• Insure system operability

AT7910E SpaceWire Router

AT7910E SpaceWire router connects many nodes and routing packets between the nodes connected to it. It is comprised of eight SpaceWire link interfaces and a routing matrix which enables packets arriving at one link interface to be transferred to and sent 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 krad

Rad-Hard Memory Products

Microchip 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 speed

Part Number Type		Process Feature Size (μm)	Format	Operating Voltage (V)	Prime Speed Spec (ns/mA)	TID (Krad)	Package
AT65609EHV	SRAM 0.35	128K × 8 4.5–5.5 40/50 300					FP32.4SB32.4
AT65609E	SRAM 0.35	128K × 8 3.0–3.6 40/50 300 FP32.4
AT60142HT*	SRAM 0.25	512K × 8 3.0–3.6* 17/170 300 FP36.5
AT60142H	SRAM 0.25	512K × 8 3.0–3.6 15/170 300 FP36.5
AT68166HT*	MCP SRAM	0.25	512K × 32	3.0–3.6*	20/170	300	CQFP68
AT68166H	MCP SRAM	0.25	512K × 32	3.0–3.6	18/180	300	CQFP68
AT69170F	Serial EEPROM	0.15	4M × 1	3.0–3.6	70/15	60	FP18.3

^5V tolerant

Rad-Tolerant Memory Products

For different configurations (Processor code, FPGA, parameters, calibration, etc.), Microchip offers use of the Rad-Tolerant EEPROM devices that are qualified for space use:

Part Number Type		Process Feature Size (μm)	Format	Operating Voltage (V)	Prime Speed Spec (ns/mA)	TID (Krad)	Package
AT28C010-12DK	Parallel EEPROM	0.6	128K × 8	4.5–5.5	120/80	30	FP32.4
AT17LV010-10DP	Serial EEPROM	0.35	1M × 1	3.0–3.6	100/10	60	FP28.4

ASIC System Solution with Mixed Signal Capabilities

Fully designed, assembled, tested and qualified in Europe since 1985, Microchip's offering of Rad-Hard Digital Application-Specific Integrated 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: a mixed-signal strategy with Logic, Analog, 5V compatibility, embedded Non-Volatile Memory (NVM) option, high-voltage option and qualified IPs.

		ATC18RHA ATMX150RHA
Process		Bulk CMOS SOI CMOS
Feature size (nm)		180 150
Library		Digital Mixed-Signal
Usable gates (equivalent NAND2)		7M 22M
Maximum toggle frequency		7.5 GHz 7.5 GHz
Gate delay @25°C (ps)		40 40
Signal I/Os		>400 >700
5V and HV (25/45V) option		N	Y
Specific I/Os		LVDS, PCI LVDS, PCI
Supply voltage	Core	1.8V 1.8V
	I/Os	2.5V / 3.3V 2.5V / 3.3V / 5V
Power consumption (nW/gate.MHz) at 20% duty cycle		<10 <10
Analog IPs		PLL ADC, DAC, PLL, BG, MUX, COMP, ...
RAM compiler		Y	Y
Functional TID (krads(Si))		300 300
Latch up (MeV/mg/cm2)		>95 @ 125°C*	>95 @ 125°C
Qualification		ESCC QML, QML-Q, QML-V, QML-V RHA	ESCC QML, QML-Q, QML-V, QML-V RHA

*Maximum rate possible with test equipment

Benefits 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 is supported by a combination of state-of-the-art third-party and proprietary design tools from Synopsys, Mentor and Cadence. Tools from these suppliers collectively form the reference 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 including CQFP and CLGA/CCGA, as well as custom packages

Space Multi-Project Wafer (SMPW)

To reduce ASIC development costs, a Space Multi-Projects Wafer (SMPW) service is used. These quarterly SMPWs are also used 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 as well as qualification services (reliability, TID, SEE, etc.).

Microscopic view of a grid of square microstructures with rainbow-colored fluorescence (no text or symbols visible)

Ordering Information

TSC695F Processors

Ordering Code Package	Type Operating Voltage Quality Level
TSC695F-25MA-E	256-pin CQFP 5V/25 MHz	Engineering Samples
5962-0054001QXC		QML-Q
5962-0054001VXC		QML-V
5962R0054001VXC		QML-V RHA
951200301		ESCC

AT697F Processor

Ordering Code Package	Type Operating Voltage Quality Level
AT697F-2H-E	349-pin CCGA 3.3V/100 MHz	Engineering Samples
5962-0722402QXB		QML-Q
AT697F-2H-SV		QML-V equiv.
AT697F-2H-SR		QML-V RHA equiv.
AT697F-KG-E	256-pin CQFP 3.3V/100 MHz	Engineering Samples
5962-0722402QYC		QML-Q
5962-0722402VYC		QML-V
5962R0722402VYC		QML-V RHA

AT697F Development Kits

Ordering Code Description
AT697-EK	AT697F evaluation kit

AT7913E Processors

Ordering Code Package	Type Operating Voltage Quality Level
AT7913E-2H-E	349-pin CCGA 3.3V/50 MHz	Engineering Samples
5962-10A0301QXB		QML-Q
5962-10A0301VXB		QML-V
5962R10A0301VXB		QML-V RHA
AT7913E-2U-E	349-pin CLGA 3.3V/50 MHz	Engineering Samples
5962-10A0301QYC		QML-Q
5962-10A0301VYC		QML-V
5962R10A0301VYC		QML-V RHA
AT7913E-YC-E	352-pin CQFP 3.3V/50 MHz	Engineering Samples
5962-10A0301QZC		QML-Q
5962-10A0301VZC		QML-V
5962R10A0301VZC		QML-V RHA

Communication ICs

Ordering Code Package	Type Operating Voltage Quality Level
AT7910EKB-E	196-pin CQFP 3.3V	Engineering Samples
5962-09A0301QXC		QML-Q
5962-09A0301VXC		QML-V
5962R09A03VXC		QML-V RHA

GNSS Devices

Ordering Code Package	Type Operating Voltage Quality Level
AT7991E-YF-E	352-pin CQFP 3.3V	Engineering Samples
AT7991E-YF-MQ		QML-Q
AT7991E-YF-SV		QML-V

Serial EEPROMs (AT17LV010/AT69170)

Ordering Code Package Type Operating Voltage Format				Prime Speed Spec (ns/mA)	Quality Level
AT17LV010-10DP-E	28-pin FP 3-3.6V 1Mx1 100/10				Engineering Samples
AT17LV010-10DP-MQ					QML-Q equiv.
AT17LV010-10DP-SV					QML-V equiv.
AT69170F-DT-E	18-pin FP 3-3.6V 4Mx1 70/15				Engineering Samples
AT69170F-DT-MQ					QML-Q equiv.
AT69170F-DT-SV					QML-V equiv.

SRAMs (M65609/AT65609EHV/AT60142/AT68166)

Ordering Code Package Type Operating Voltage Format				Prime Speed Spec (ns/mA)	Quality Level
MMDJ-65609EV-40-E	32-pin FP 3-3.6V 128kx8 40/50				Engineering Samples
5962-0250101QXC					QML-Q equiv.
5962-0250101VXC					QML-V equiv.
SMDJ-65609EV-40SCC					ESCC
5962R0250101VXC					QML-V RHA
AT65609EHV-DJ40-E	32-pin FP 4.5-5.5V 128Kx8 40/50				Engineering Samples
5962-8959849QTC					QML-Q
5962-8959849VTC					QML-V
5962R8959849VTC					QML-V RHA
AT65609EHV-C940-E	32-pin SB 4.5-5.5V 128Kx8 40/50				Engineering Samples
AT65609EHV-C940MQ					QML-Q equiv.
AT65609EHV-C940SV					QML-V equiv.
AT65609EHV-C940SR					ESCC
AT60142H-DS15M-E	36-pin FP 3-3.6V 512Kx8			15/180(12/220)	Engineering Samples
5962-0520804QYC					QML-Q
5962-0520804VYC					QML-V
5962R0520804VYC					QML-V RHA
AT60142H-DS15MSCC					ESCC
AT60142HT-DS17M-E	36-pin FP 3-3.6V 512Kx8		17/170		Engineering Samples
5962-0520803QYC					QML-Q
5962-0520803VYC					QML-V
5962R0520803VYC					QML-V RHA
AT60142HT-DS17MSCC					ESCC
AT68166H-YS18-E	68-pin FP 3-3.6V		4*512Kx8	18/170	Engineering Samples
5962-0622906QYC					QML-Q
5962-0622906VYC					QML-V
5962R0622906VYC					QML-V RHA
AT68166H-YS18-SCC					ESCC
AT68166HT-YS20-E	68-pin FP 3-3.6V		4*512Kx8	20/165	Engineering Samples
5962-0622905QYC					QML-Q
5962-0622905VYC					QML-V
5962R0622905VYC					QML-V RHA
AT68166HT-YS20-SCC					ESCC

Ordering Information

Parallel EEPROMs (AT28C010)

Ordering Code Package Type Operating Voltage Format			Prime Speed Spec (ns/mA)	Quality Level
AT28C010-12DK-E	32-pin FP 4.5–5.5V 128Kx8 120/80			Engineering Samples
AT28C010-12DK-MQ				QML-Q equiv.
AT28C010-12DK-SV				QML-V equiv.

Rad-Tolerant Microcontrollers

Ordering Code Package Type	Operating Voltage Quality Level
ATMEGAS128-ZC-E			Engineering Samples
ATMEGAS128-ZC-MQ	64-pin CQFP	3.3 V / 8 MHz	QML-Q equiv.
ATMEGAS128-ZC-SV			QML-V equiv.
ATMEGAS128-MD-HP	64-pin TQFP Hirel Plastic Flow
ATMEGAS64M1-KH-E			Engineering Samples
ATMEGAS64M1-KH-MQ	32-pin CQFP	3.3 V / 8 MHz	QML-Q equiv.
ATMEGAS64M1-KH-SV			QML-V equiv.
ATMEGAS64M1-MA-HP	32-pin TQFP Hirel Plastic Flow
SAM3X8ERT-DHB-E			Engineering Samples
SAM3X8ERT-DHB-MQ	144-pin CQFP	1.8 - 3.3 V / 84 MHz	QML-Q equiv.
SAM3X8ERT-DHB-SV			QML-V equiv.
SAM3X8ERT-H8X-HP	144-pin LQFP Hirel Plastic Flow
SAMV71Q21RT-DHB-E			Engineering Samples
SAMV71Q21RT-DHB-MQ	144-pin CQFP	3.3 V / 300 MHz	QML-Q equiv.
SAMV71Q21RT-DHB-SV			QML-V equiv.
SAMV71Q21RT-H8X-HP	144-pin LQFP Hirel Plastic Flow

Microcontrollers development kits

Product Ordering Code		Description
8-bit AVR® ATmegaS128	ATSTK600	Starter kit main board
	ATSTK600-RC09	Routing card for megaAVR® 64-pin devices
	ATSTK600-SC02	Generic socket card for devices in TQFP64 package
	ATMEGA128A-AU	Industrial device sample in TQFP64 package
	ATATMEL-ICE-BASIC	Development tool for debugging and programming AVR microcontrollers
8-bit AVR ATmegaS64M1	ATSTK600	Starter kit main board
	ATSTK600-RCPWM22	Routing card for megaAVR 32-pin devices
	ATSTK600-TQFP32	Generic socket card for devices in TQFP32 package
	ATMEGA64M1-15AZ	Automotive device sample in TQFP32 package
	ATATMEL-ICE-BASIC	Development tool for debugging and programming AVR microcontrollers
32-bit ARM SAMV71Q21RT	ATSAMV71-XULT	SAMV71 Xplained Ultra Evaluation Kit for evaluating and prototyping SAMV71Q21RT
	ATATMEL-ICE	Development tool for debugging and programming SAM ARM Cortex-M microcontroller

Rad-Hard by Design Microcontroller (SAMRH71)

Ordering Code Package Type	Operating Voltage Quality Level
SAMRH71F20B-7GB-E	256-pin CQFP	3.3 V / 100 MHz	Engineering Samples
SAMRH71F20B-7GB-MQ			QML-Q equiv.
SAMRH71F20B-7GB-SV			QML-V equiv.

Support

Microchip is committed to supporting its customers in developing products faster and more efficiently. We maintain a worldwide network of fi eld applications engineers and technical support ready to provide product and system assistance. For more information, please visit www.microchip.com:

• Technical Support: www.microchip.com/support
- Evaluation samples of any Microchip device: www.microchip.com/sample
• Knowledge base and peer help: www.microchip.com/forums
• Sales and Global Distribution: www.microchip.com/sales

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If additional training interests you, then Microchip can help. We continue to expand our technical training options, off ering a growing list of courses and in-depth curriculum locally, as well as signifi cant online resources.

• Technical Training Centers and Other Resources: www.microchip.com/training
• MASTERS Conferences: www.microchip.com/masters
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