Atmel® Corporation, a leader in microcontroller and touch technology solutions, announces the addition of 14 devices to its widely adopted Atmel AVR® microcontroller (MCU) family, offering more The options to meet unique design requirements. With more than 100,000 engineers using AVR microcontrollers around the world, the performance, power and flexibility of these microcontrollers are gaining popularity in a wide range of applications. The latest devices add more memory, connectivity peripherals and system integration, further extending the benefits of the AVR family while supporting a wider range of applications including consumer electronics, capacitive touch, meter reading, home automation and medical.
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These AVR MCUs meet the common low-power requirements of multiple applications, and all devices in the family are powered by Atmel's picoPower® technology, which operates at voltages as low as 1.62V while maintaining all features and functionality. Short wake-up time to achieve the lowest possible power consumption. The AVR MCU portfolio also includes device models that support the Atmel QTouch® software library for capacitive touch.
The new AVR MCU devices include:
· Atmel AVR XMEGA® C MCU: AVR The XMEGA C MCU is an 8/16-bit general purpose MCU with full-speed USB, the highest flash and SRAM memory density in the product family, and the largest 8-bit MCU on the market. It has up to 384KB of flash and up to 32KB of SRAM. These eight new devices are ideal for consumer, industrial and home automation applications.
· Atmel's tinyAVR® ATtiny1634 MCU: The ATtiny 1634 MCU is a small package ultra-low-power device with multiple easy-to-use digital interface options, with more communication interfaces and up to 16KB compared to existing devices in the same family. Flash. This new device is ideal for interface and control in industrial and consumer applications.
· Atmel AVR UC3 L3 MCU: AVR UC3 L3 MCU features ultra-low power consumption and more flash memory, integrated USB controller, I2S support, audio bit stream digital-to-analog converter (ABDAC), and more The package choice of the foot. These three new devices enable designers to implement more advanced algorithms that require more memory in low-power applications such as consumer products.
· Atmel AVR UC3 D4AVR UC3 D4 MCU: AVR UC3 D4 device is a feature-rich, low-power entry-level 32-bit MCU with enhanced performance and rich features, including hardware-based QTouch capacitive touch interface and full speed USB. These new devices are ideal for high data throughput applications in USB human interface, biometrics, bridging and industrial control.
Ingar Fredriksen, senior vice president of Atmel's AVR products, said: "The new components of the Atmel AVR MCU family offer design engineers more choices than ever before to meet their performance, power, price and connectivity. Unique requirements. Whether they need powerful small chips for smartphones or large-capacity memories for meter reading systems, designers can take advantage of our AVR MCUs to deliver the features and features they need. Innovation and differentiation in these markets."
AVR XMEGA C MCU: Maximum storage density
Like other products in the Atmel AVR XMEGA series, the AVR XMEGA C MCU includes real-time control, sensor and control interfaces, mixed-signal and USB communication. These devices feature 384KB of flash and 32KB of SRAM memory. In real-time clock (RTC) operation, sleep mode consumes only 700nA and provides full SRAM, register retention, and 5uS wake-up time. These new devices combine high-capacity memory with low sleep currents with short wake-up times, compared to 50 times higher sleep currents on devices with similar memory capacities on the market today. In applications that require low sleep currents to extend battery life, as design requirements increase, many design engineers are forced to switch to expensive multi-chip power management solutions.
Design engineers can now design products with long battery life and low bill of materials (BOM) costs. AVR XMEGA C MCU products include: thermostats; home and building control systems with RF and ZigBee connectivity and large software; user interface with thermostats and home control systems with small ultra-low power touch screens; Mobile phone SIM card expander for payment, access control and banking applications.
Other key features include:
· Full-speed USB slaves without external components for higher data throughput and lower BOM cost.
· 12-bit, 300ksps analog-to-digital converter (ADC) with high analog accuracy while operating at voltages as low as 1.6V. Its integrated gain stage eliminates the need for an external amplifier and helps reduce BOM cost.
· Supports the Atmel QTouch software library for easy implementation of capacitive buttons, sliders and turntables.
· The smallest (44-pin, 16KB device) and lowest cost USB device in the AVR XMEGA product family.
tinyAVR ATtiny1634 MCU: for interface and control applications
As the newest member of the tinyAVR MCU family, the ATtiny1634 device is designed for space and power limited interface and control applications. The MCU device features multiple digital interface options, including two full-duplex universal synchronous/asynchronous receiver/transmitters (USART), I2C slave interface, serial peripheral interface (SPI) port, and one for I2C or Universal Serial Interface (USI) for three-wire interfaces. This device is ideal for advanced portable electronics such as smartphones, tablets, handheld game consoles and related accessories. Home appliance control and human machine interface (MMI) systems, as well as smart sensors and coprocessors in industrial and communications applications, can benefit from the ATtiny1634 MCU.
Other key features include:
High-speed 8MHz internal oscillator for accurate timing (+/- 2%) and reliable serial communication under different environmental conditions.
· QTouch software library support
· 32kHz ultra low power oscillator and undervoltage detector (BOD) sampling, with currents below 1uA in power down mode with watchdog timer operation and BOD startup.
· Small package: 4mm x 4mm 20 pads, very thin square flat leadless package (VQFN) and ultra small wafer level chip package (WLCSP)
AVR UC3L MCU: A new standard for low power consumption
The new AVR UC3 L3 sets a new low-power standard for the industry's lowest power 32-bit MCU family. These devices using picoPower technology enable true 1.62V to 3.6V operation. The latest devices increase the number of pins, add a 64-pin option to the UC3L family, provide higher connectivity, and use the SleepWalking feature to reduce power consumption.
AVR UC3 L3 devices are suitable for sensors, capacitive touch remote control and game consoles, portable battery-powered devices, human interface devices, board controllers, industrial control systems, communication protocol converters and backlight LED devices.
Other key features include:
Full-speed USB slave with higher connectivity and lower BOM cost
· Integrated QTouch hardware peripherals supporting up to 25 touch channels
· FlashVault code protection
· Peripheral event system to eliminate interrupt handling
• Increased reliability and reduced cost through innovations such as Pulse Width Modulation (PWM) on all GPIO pins, high-precision clocking systems with digital frequency-locked loops, crystal oscillator precision tuners, and 9-channel 12-bit ADCs.
AVR UC3D MCU: Designed for low power capacitive touch applications
The AVR UC3 D4 MCU is the latest addition to the entry-level AVR UC3 D 32-bit MCU family for low-power capacitive touch applications and industrial and consumer product designs such as board controllers, PC peripherals, audio systems and toys. The device is pin-compatible with the AVR UC3 B-Series and features up to 128KB of flash memory, up to 16kB SRAM and several communication interfaces, including full-speed USB, four universal asynchronous receiver/transmitters (UART), and four SPI ports. Two two-wire interfaces (TWI) and I2S.
Other key features include:
· Integrated QTouch hardware peripherals supporting up to 17 touch channels
· Adhesive logic controller with programmable logic and look-up tables that can be connected to general purpose I/O (GPIO) pins to reduce the number of external components.
· Embedded sleepwalking technology that allows peripherals to wake the device from sleep mode.
Optimized MCU design environment
All of Atmel's AVR MCUs are backed by the company's new Atmel Studio 6 integrated development environment. The development environment now also supports Atmel's ARM® CortexTM-M processor-based MCUs. Atmel Studio 6 offers the industry's most optimized MCU design environment for more than 300 AVR and ARM processor-based microcontrollers. With more than 1,000 project examples with source code, design engineers can eliminate most of the underlying coding work and speed time-to-market.
Supply
Samples of the ATxmega384C3, ATxmega256C3, ATxmega192C3 and ATxmega384D3 are available now in the AVR XMEGA series, and other devices will be available in the second and third quarters of 2012, with volume availability.
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