welcome to the October 2005 edition of MicroController
Pros Corporation's Embedded News Digest, your source for microcontroller and
embedded system news.
This month's issue:
ARM Introduces 2,000 DMIPS Cortex-A8 Processor
ARM has announced its new Cortex-A8 processor, which delivers up
to 2,000 DMIPS while using less than 300 mW in 65nm technology.
The exceptional speed and power efficiency of the Cortex-A8 processor is enabled
by new ARM Artisan libraries supporting Intelligent Energy Manager (IEM)
technology and implementing advanced leakage control. The processor is supported
by a wide range of ARM technologies for rapid system design including RealView
DEVELOPER software development tools; RealView ARCHITECT ESL tools and models;
CoreSight debug and trace technology; and software library support through the
OpenMAX multimedia processing standard.
ARM has already secured five licensees for the Cortex-A8 processor, including
Freescale, Matsushita, Samsung and Texas Instruments, and future support from
major EDA and Operating System vendors.
The Cortex-A8 processor is the first applications processor based on the
next-generation ARMv7 architecture, and features Thumb-2 technology for greater
performance, energy efficiency, and code density. It includes the first
implementation of the powerful NEON signal processing extensions to accelerate
media codecs such as H.264 and MP3. The Cortex-A8 solution also includes
Jazelle-RCT Java acceleration technology to optimize Just In Time (JIT) and
Dynamic Adaptive Compilation (DAC), and reduces memory footprint by up to three
times. Additionally, the new processor features TrustZone technology for secure
transactions and Digital Rights Management (DRM), and IEM capability for low
The Cortex-A8 processor features an advanced superscalar pipeline which can
execute multiple instructions at the same time and deliver more than 2.0 DMIPS
per MHz. The processor integrates a size configurable level 2 cache which works
in conjunction with fast 16K or 32K level 1 caches to minimize access time and
maximize throughput. It uses advanced branch prediction techniques and has
dedicated NEON integer and floating-point pipelines for media and signal
processing. The Cortex-A8 processor will run at more than 600 MHz in low-power
65nm processes with the core using less than 4 mm² of silicon (excluding NEON,
Trace technology and L2 cache). High-performance consumer designs will run the
Cortex-A8 processor at up to 1 GHz in high-performance 90nm and 65nm processes.
The ARM Cortex-A8 processor is available for licensing now, along with the
majority of the supporting technology. First availability for the Advantage-CE
library in leading 65nm technologies will be Q1 2006.
Crossware has released a new version of its ColdFire
Development Suite which is able to build the Trio MP3 application software
developed by Freescale Semiconductor.
Based on the Flex real time operating system, the Trio MP3 application runs on
the ColdFire MCF5249 and SCF5250 microprocessors. It includes not only an MP3
decoder and encoder but decoders for Microsoft Windows Media Audio (WMA),
Advanced Audio Coding (AAC), Ogg Vorbis and other format files. These files can
reside optionally on a hard drive, CD drive or SD card.
Freescale supplies its Trio MP3 application as source code and a set of
precompiled libraries. A set of 'makefiles' is also supplied which are used to
control the compiler, assembler and linker during the build process. However, an
enhancement to the Crossware Embedded Development Studio enables these 'makefiles'
to be used to automatically create the files necessary for the application to be
built from within Crossware's user friendly GUI development environment.
For example, the user has simply to browse to the folder containing the master 'makefile'
and the Embedded Development Studio will create the completely configured
development Workspace in less than 30 seconds. The application can then be
immediately built, downloaded and run on the target board. Flash videos
illustrating the Workspace creation, build and download process are available on
the Crossware web site.
Freescale Introduces S08QG Family Low-End MCUs
Freescale Semiconductor has begun rollout of the new S08QG family with the
MC9S08QG8/QG4 MCUs. Based on the HCS08 core, these new MCUs provide up to 20 MHz
(10 MHz bus) at >2.1V operation for 100ns minimum instruction time and 16 MHz (8
MHz bus) frequency at <2.1V.
To deliver increased on-chip integration, the MC9S08QG8/QG4 MCUs add an enhanced
8-channel, 10-bit analog-to-digital converter (ADC) designed for better
resolution, speed of conversion and low power. The onboard analog integration
allows an easy interface to analog inputs with minimal external glue logic. The
inclusion of a Serial Communications Interface (SCI), a Serial Peripheral
Interface (SPI) module and Inter-Integrated Circuit (I2C) bus modules maximizes
options for external components to interface with and enables increased design
Flexible timer options allow for greater software flexibility with the 8-bit
modulo timer module (MTIM), as well as motion control capabilities with the
2-channel Timer/PWM module (TPM). The combination of these components on a
single chip reduces the need for external system components and can help
decrease the overall system costs.
The 9S08QG8/QG4 also offers on-chip integration without compromising the low
power consumption demands of many 8-bit applications, by offering a series of
clock source options. The internal clock source (ICS) module provides an
accurate, low-power internal clock generator, eliminating the need for and cost
of an external crystal or oscillator. The 9S08QG8/QG4 MCUs are capable of
supporting external clock source inputs from 32 kHz up to 20 MHz.
These new 8-bit microcontrollers are available for the suggested resale price of
$0.89 (USD) for the MC9S08QG4 and $0.99 for the MC9S08QG8 for 1,000-unit MSRP on
the least expensive package.
Freescale's new MM908E621/22/26 system-in-package (SiP)
devices combine the LIN physical layer with high-performance HC908 Flash
microcontrollers (MCU) and SMARTMOS analog integrated circuits (IC). This allows
design engineers to easily integrate power and control.
Many of today's LIN systems include a variety of different ICs and numerous
discrete components. The intelligent distributed control (IDC) devices reduce
the number of components used in an application, which simplifies logistics and
increases reliability. Typical automotive applications include automotive seats,
mirrors, window lift controls and door locks. Industrial applications include
robotics, vending machines and paper printers for point-of-sale systems.
Freescale's HC908 MCU includes 16 kB of Flash and 512 Bytes of memory. The
SMARTMOS analog IC provides the high-density/high-speed logic with precision
analog and high-voltage/high-current power circuitry. Combining MCU and SMARTMOS
functions in a single package, together with LIN, provides optimal application
performance adjustments and space-saving board design.
The MM908E621 and the MM908E622 feature four half-bridges and three high-side
outputs with position and temperature sensor drivers. The devices offer complete
control of a high-end mirror with adjustable fold/glass position, heater, side
turn-flasher, pedal lamp and temperature sensing and position memory functions.
The MM908E622 adds control for electro-chrome mirrors.
With an analog IC that features four half-bridges, the MM908E626 allows for
direct control of three DC motors up to 3A. In addition to running DC motors,
the MM908E626 can be configured to run bipolar stepper motors in adjustable
current control mode up to 600mA and is qualified for high-temperature
applications up to 115°C.
Production quantities are available now for all advanced LIN intelligent
distributed control devices. The suggested resale prices (USD) for 10,000-piece
quantities are $4.69 for the MM908E621, $4.17 for the MM908E622 and $4.64 for
Fujitsu Microelectronics Europe has
introduced two new 32-bit microcontrollers with the company's proprietary FRLite
core. These latest products are ideally suited to automotive and industrial
applications, offering end users a cost-effective solution with 32-bit
The MB91F272 is housed in a 100-pin LQFP package, which is pin compatible with
Fujitsu's existing 16-bit MB90340 microcontroller, and contains the 32-bit FR
RISC core, 256 kBytes on-board Flash memory, 10 kBytes RAM, and CAN interface,
as well as peripherals including 7 UARTs supporting LIN, a 24-channel 10-bit A/D
converter, and three I2C interfaces.
The MB91F252 comes in a 120-pin QFP package, and features 512 kBytes Flash
memory, 16 kBytes RAM and other enhanced peripherals including 2 CAN interfaces
and a 32-channel A/D converter.
Both products are designed in Fujitsu's 0.35µm embedded Flash technology and
operate from a single 5V supply at a frequency of 32 MHz. Additional features
include C-CAN with 32 message buffers, a sub/clock option and a clock modulator
to improve EMC behavior.
Samples are available now, with mass production commencing at the end of 2005.
Microchip Announces First Family of 16-bit PIC MCUs
Microchip Technology has announced the first 16-bit PIC microcontrollers, the
PIC24 Family, which will debut with 22 general-purpose devices that offer up to
40 MIPS performance, 16 kBytes of RAM and 256 kBytes of Flash program memory, in
up to 100-pin packages. The PIC24 maintains compatibility with Microchip's
universal MPLAB Integrated Development Environment (IDE) development-tool
platform and software compatibility with all dsPIC digital signal controllers
for a simplified upward migration path.
The PIC24 Family is comprised of two series. The PIC24F offers a cost-effective
step up in performance (16 MIPS), memory and peripherals for many applications
that are pushing the envelope of 8-bit microcontroller capabilities. For more
demanding applications, the PIC24H offers 40 MIPS performance, more memory and
additional peripherals, such as CAN communication modules.
Selected members of the new PIC24F family are available today for early-adopter
sampling. General sampling for all 22 of the PIC24F and PIC24H microcontrollers
is expected to begin in Q1 2006, and volume production is planned to start in Q2
Microchip Technology has announced the
dsPIC33 family of digital signal controllers (DSCs) for embedded designers who
need high levels of performance, memory and I/O without the complexity of
traditional digital signal processors (DSPs). The dsPIC33 family operates at 40
MIPS, with family members ranging from 64 to 256 kBytes of self-programming
Flash, 8 to 30 kBytes of RAM and 64- to 100-pin packages. The dsPIC33 features
an 8-channel DMA, and some versions have two 1.1 Msps A/D converters.
Additionally, the new dsPIC33 family has the same instruction set as the dsPIC30
family and uses the same universal MPLAB development tools that are common to
all of Microchip's controller families.
Initially, two dsPIC33 product lines are being brought to market. Fifteen
dsPIC33 general-purpose devices have one or two 500-ksps 12-bit A/D converters.
Twelve dsPIC33 motor-control and power-conversion devices have one or two
1.1-Msps 10-bit A/D converters with up to 8 sample-and-holds for simultaneous
sampling, plus a specialized PWM for motor control, lighting and power
Selected members of the dsPIC33 family are available today for early-adopter
sampling. General sampling is expected to start in Q1 2006, and production
availability is expected to be staged beginning in Q2 2006.
Microchip Technology has announced the PIC16F946 PIC
microcontroller with an integrated 42-segment LCD control module. The PIC16F946
adds to Microchip's LCD PIC microcontroller family, providing easy access to
varying pin counts and levels of performance, and support for a wide selection
of LCD segments.
The 5 MIPS PIC16F946 LCD PIC microcontroller features nanoWatt Technology, which
meets industry low-power design requirements -- including the need to drive an
LCD in standby condition. Integrated peripherals include a high-endurance data
EEPROM (256 Bytes), a stable 8 MHz internal oscillator, a 10-bit A/D Converter,
serial communications peripherals (SPI, I2C, AUSART) and the ability to
implement a low-power real time clock. Additional features include 14 kBytes of
Flash program memory, 336 Bytes of RAM, two analog comparators, three timers and
two Capture/Compare PWM modules.
The PIC16F946 LCD microcontroller is available today for general sampling and
volume production in a 64-pin TQFP package.
Microchip Technology has announced a new
series of its PIC18F high-end 8-bit microcontroller family that has an extra
serial port for expanded connectivity and a faster A/D Converter (ADC) for
quicker measurement -- all at a 30 percent lower price than the previous
generation. Through nanoWatt Technology, the sleep current is 40 percent lower,
and the operating current more than 50 percent lower, compared to previous
generations. This combination of cost-effectiveness, features and performance is
ideal for a wide variety of applications, such as battery-powered, industrial
and consumer products.
The new PIC18F8622 series (comprised of PIC18F8622, PIC18F8527, PIC18F6622 and
PIC18F6527) provides high performance with its 10-bit, 100-ksps ADC; extended
communication with two synchronous and two asynchronous serial ports; and longer
battery life through nanoWatt Technology and an 8 MHz internal oscillator.
Additionally, the series is compatible with Microchip's MPLAB development tools.
Additional key features of the PIC18F8622 series include 48 or 64 kBytes of
Flash Program memory; 4 kBytes of RAM and 1 kByte of EEPROM; two Enhanced USART
and two I2C or SPI serial communication ports; two Standard and three Enhanced
Capture/Compare/PWM Modules; two Comparators; and two 8-bit and three 16-bit
All four members of the PIC18F8622 series are available today for general
sampling and volume production. The PIC18F8622 and PIC18F8527 are available in
80-pin TQFP packaging, while the PIC18F6622 and PIC18F6527 are available in
64-pin TQFP packaging.
Silicon Laboratories Introduces 4 x 4 mm MCUs with 16 kB
Silicon Laboratories Inc. has doubled the Flash memory available
on its family of small form factor, mixed-signal microcontrollers with the
introduction of the C8051F316 and C8051F317 devices. These highly-integrated
MCUs are the smallest in the industry to offer 16 kB Flash memory in a new 4 x 4
mm 24-pin QFN package. The new C8051F316 and C8051F317 MCUs are ideal for
space-constrained applications where Flash memory, low power consumption and
small size are essential.
The C8051F316 and C8051F317 mixed-signal MCUs feature Silicon Laboratories'
high-speed, pipelined 25 MIPS 8051 core, 16 kB Flash memory, 1280 Bytes RAM and
24 pins offering a high level of integration using a small amount of board
space. On-chip peripherals include a 10-bit 200 ksps ADC, temperature sensor,
voltage reference and comparator. The C8051F316 and C8051F317 also integrate a
two-percent accuracy precision internal oscillator that eliminates the need for
an external crystal. On-board serial communication peripherals include UART,
SMBus and SPI bus serial ports.
The C8051F316 and C8051F317 include on-chip 2-wire (C2) debug circuitry that
provides non-intrusive, full-speed, in-circuit debugging of the production part
before and after installation with no emulator required. Pricing begins at $2.42
in quantities of 10,000, and a complete development kit is available from
Silicon Labs for $99.
STMicroelectronics has released the SPEAr Head, a new member
of the SPEAr (Structured Processor Enhanced Architecture) family of configurable
System-on-Chip ICs that address a variety of applications, including digital
engines for printers, scanners and other embedded control applications.
The new SPEAr Head (part number SPEAr-09-H020) integrates an advanced ARM926EJ-S
core running at 266 MHz with 32 kBytes of Instruction cache, a complete set of
IP (intellectual property) blocks and a configurable logic block that allows a
great degree of flexibility in high-complexity system implementation. The new
device makes it possible to achieve extremely fast customization of critical
functions in a fraction of the time and cost required by a full-custom design
The new device includes 16 Kbytes of Data cache; 8-Kbyte Data-TCM and 8-Kbyte
Instruction-TCM, and three USB2.0 ports (two hosts and one device supporting
high-speed mode); an Ethernet 10/100 MAC; a 16-channel 8-bit A/D converter; an
I2C interface; three UARTs; SDRAM memory interfaces at 133 MHz supporting DDR
and SDR; SPI interface supporting serial FLASH/ROM; one full USB-dedicated PLL
and one dithered system PLL; and 200-kgate (ASIC equivalent) of configurable
logic connected to four banks of 4 KBytes SRAM each. A Real Time Clock, Watchdog
and four general-purpose timers complete the SoC structure. Additionally, the
device supports a wide range of operating systems, including Linux, Nucleus,
uItron, and Vxworks.
Samples of SPEAr Head are already available, with pricing in the range of $12 in
volume quantities. Full development boards will be shipped in December. A
special dual-mode development environment has been implemented to allow ST
customers either to use an ASIC-like approach to design their custom logic or to
develop their solution with an external FPGA, verify the solution and finally
map it into the configurable logic.
STMicroelectronics has introduced the STR730F series,
specifically designed to address the emerging demand for high-performance,
cost-effective and off-the-shelf 32-bit microcontrollers optimized for
industrial applications such as factory automation, appliances, test and
measurement equipment, point-of-sale terminals, and security systems. A single
5V power rail is the preferred supply configuration for industrial applications
that need robust operation, especially in terms of noise immunity, and the
STR730F family is the first family of ARM-based microcontrollers to meet this
need. In addition, the devices are specified over an extended temperature range
of -40°C to +105°C and include a rich set of peripherals.
The new microcontroller family has been designed to implement the main
controller functions in complex industrial applications. For this reason, the
devices deliver very high performance via a 32 MIPS ARM7TDMI RISC processor
core, full-speed (zero wait state) access to up to 256 kBytes of embedded Flash
program memory, and a 16-channel DMA facility that significantly reduces the CPU
load in complex applications. In addition, the integrated peripherals such as
three independent CAN controllers, a fast (3µs), 16-channel/10-bit ADC, up to 16
PWM outputs capable of supporting multiple single-phase or three-phase
motor-driving requirements, a full complement of industry-standard serial
communications interfaces, and a Real-Time Clock, eliminate the need for
external peripheral devices in most applications.
The STR730F family is offered in configurations from 64 to 256 kBytes of program
memory in the initial family range; a rich set of embedded peripherals; a choice
of TQFP144 (20x20), TQFP100 (14x14) and the very small BGA144 (10x10) package
options; and power minimization via two embedded voltage regulators and five
Samples of the STR730F devices are available now, with prices in 10,000-unit
quantities ranging from US$4.53 for the STR736FV0 (TQFP100, 64K memory size, no
CAN, 4x UART, and 12x PWM) to US$8.99 for the STR730FZ2 (TQFP144, 256K memory
size, 3x CAN, 4x UART, and 16x PWM).
Texas Instruments has announced volume production of its
TMS320F2801, TMS320F2806 and TMS320F2808 digital signal controllers. Based on
TI's DSP technology, these 32-bit controllers feature a highly integrated,
control-optimized peripheral mix that includes a patent-pending PWM with 64
times higher resolution than the nearest competitor for faster control loops and
quicker system response as well as more accurate control systems, making these
controllers instrumental in applications ranging from digitally controlled power
supplies and laser-based air and medical sensors to high performance,
vector-based motor control.
With a DSP core and the C-language efficiency and ease-of-use of a MCU, F28x
controllers offer 100 MIPS of 32-bit DSP performance. The ability to position
the edge of a PWM signal with 150 ps precision or 16 bits accuracy in a 100 KHz
control loop enables faster transient response and smaller ripple amplitude to
eliminate "limit cycle" issues in digital power applications.
The F280x controllers integrate a number of peripherals including 128 kBytes of
Flash memory, a 12-bit, 16-channel A/D Converter, 16 independent PWM channels,
quadrature encoder pulse (QEP) and time stamping capture inputs for position
sensing. This high integration enables a single F2808 device to control up to
five independent three-phase motors simultaneously. A 32-bit wide data path
ensures superior execution performance while mixed 16-/32-bit instruction
achieves excellent code density. Key communication interfaces include multiple
CAN, I2C, UART and SPI ports.
The TMS320F2801 controller is $4.95, the TMS320F2806 is $7.45, and the
TMS320F2808 is $9.95, all in production quantities. Each device is automotive
qualified and available in both a 100-pin LQFP and 100-ball BGA package.
Texas Instruments has announced that the newest MSP430F20xx
low pin-count, ultra-low power MCU series will deliver a 500 nanoamp standby
mode utilizing unique very low-power oscillator (VLO) technology. The VLO
technology allows the MSP430F20xx MCU to be totally self-clocked in an ultra-low
power standby mode with self-wakeup capability using no external components.
This enables systems such as fire detectors or home thermostats to operate from
the same battery for over a decade.
The 500 nanoamp standby is achieved with all device failsafe features active
including zero-power brown-out reset (BOR) allowing both ultra low power and
extremely reliable systems. Prior to VLO, designers had been forced to use
external crystals or oscillator circuits to achieve ultra-low power standby.
Using no external components, the VLO reduces systems component count and costs
as well as reducing space.
The new MSP430F20xx MCUs offer a flexible clock system that allows fast
operation of up to 16 MIPS with no external components using a digitally
controlled oscillator (DCO). The DCO is fully programmable up to 16 MHz and
stable over temperature and voltage with the ability to switch from standby to
full operation in less than one micro-second. This allows applications to
conserve power and use smaller, lower-cost batteries. If embedded real-time
clock (RTC) function is required, the F20xx MCU can use a common 32 kHz crystal
and achieve a standby mode of 0.7 microamps.
All F20xx devices operate from 1.8 to 3.6V allowing direct battery operation,
and are available in a 14-pin footprint as small as 4 x 4 mm with 10 GPIO pins
that include programmable pull-up/pull-down resistors that further eliminate
external components. Designers can match their requirements to three
pin-compatible F20xx MCU peripheral options that include an analog comparator
for very cost-sensitive applications, 200 ksps 10-bit A/D Converter for
real-time signal processing, or a 16-bit sigma-delta ADC for high-precision
All devices include an enhanced watchdog timer for better reliability, a
multi-function 16-bit timer and in-system programmable Flash that provide
greater design flexibility and field upgrade capability. With 128 Bytes of RAM
and a full-featured 16-bit RISC CPU, complete development in C and the re-use of
existing MSP430 instruction set architecture libraries is supported. The
MSP430F20xx also uses existing MSP430 USB-based tool chains.
The MSP430F20x3 and MSP430F20x1 MCUs are sampling now with full production
scheduled for Q4 2005. The MSP430F20x2 MCUs will sample in Q4 2005 with
production in early Q1 2006.
MicroController Pros Corporation and Softbaugh, Inc. have entered into an
agreement that provides substantial savings on selected MSP430 development
boards and tool bundles exclusively to customers of the
Development boards and tool bundles of the
FT series are discounted by 30% off regular retail prices.
The three development boards of the FT series are based on the MSP430F169
microcontroller and feature: RS232, USB, coin cell battery back-up with
supervisor IC for uninterrupted switching between USB and battery power, JTAG
header , BST (bootloader) header, 4 LEDs, 2 user switches, prototyping area and
IDC headers for access to all MSP430 pins.
The boards differ in the way the USB interface is connected to the MSP430
microcontroller: The FT232's USB interface chip connects to the MSP430's
integrated UART, the FT245's USB connects to a MSP430 parallel port (FIFO
interface); and the FT2232 version allows you to connect the USB
either to the MSP430's UART or a parallel port.
All three boards are available standalone or as bundles that include either a
parallel- or a USB-port JTAG in-circuit debugger and programmer that supports
all MSP430 microcontrollers and is compatible with TI's free MSP430 Kickstart
Development boards and tool bundles of the
BFT series are discounted by 10% off regular retail prices. The two
development boards of the BFT series are also based on the MSP430F169
microcontroller, but come in a DIP module form-factor that allows you to plug it
into solderless breadboards or your own board design for rapid prototyping. The
boards feature USB (BFT245: parallel port; BFT232: UART), JTAG
connector, voltage supervisor, 32kHz Xtal (for low speed oscillator) and LED on
Both the BFT245 and BFT232 boards are also available as bundles with either a
parallel- or a USB-port MSP430 JTAG in-circuit debugger and programmer.
This special offer is only available to customers of the MicroControllerShop
and ends 12/31/2005.
ZiLOG has launched the Z8 Encore! MC family, a new
generation of Flash MCUs targeted at sensorless Brushless DC (BLDC) and AC
Induction motor control applications. Available immediately, the Z8 Encore! MC
series is initially offered with a choice of 16 Kbytes (Z8FMC16100), 8 kBytes
(Z8FMC08100) or 4 kBytes (Z8FMC04100) of Flash memory.
The Z8 Encore! MC family brings with it a rich set of on-chip features and
peripherals, all of which have been integrated to address the challenges in the
design of advanced motor control systems and architectures, while helping reduce
overall system cost through the elimination of external electronic components.
The Z8FMC16100 has a number of key benefits designed to improve performance, add
scalability and keep overall system cost to a minimum. For example, the chip
provides for seamless operation of the motor at slower speeds, thus reducing
power consumption and increasing energy efficiency. The on-chip integrated A/D
Converter with its unique "Time Stamp" feature is coupled to the 3-Phase PWM
output module, a feature that allows for very accurate speed control. In
addition, the advanced integrated analog modules allow for current sampling, as
well as on-the-fly implementation of torque or speed control.
Using the highly accurate Internal Precision Oscillator as the system clock
source (one of a number of system clock options), along with a very robust chip
design, provides for a very high level of electrical noise immunity. Other key
features include direct routing of the current-sensing module to the PWM module,
respectively, providing for very fast shutdown of the system during an
ZiLOG's microcontroller-based design permits more complex and differentiating
features. The 16 kBytes of on-board Flash memory and 17 general-purpose I/Os
allow for incorporating a variety of new system functions. Another benefit that
the Z8 Encore! MC family offers is multiple, integrated communication
peripherals: I2C, SPI, UART and LIN.
The Z8 FMC16100 Series MCUs also feature a 20 MHz CPU core, 512 Bytes RAM,
6-channel 12-bit PWM with fast shutdown, 8-channel 2.5µs 10-bit ADC with
internal reference, operational amplifier, analog comparator, 5.53 MHz internal
precision oscillator (2% accuracy variation), 16-bit timer, watchdog timer,
voltage brown-out, and power-on reset. They come in 32-pin QFN or LQFP lead-free
packages and operate at 2.7-3.6V in Standard (0° to 70° C) and Extended (-40° to
+105° C) temperature ranges.
Pricing is $2.50 in volumes of 5000 units for the 16 kByte version with Standard
MicroController Pros Corporation (µCPros) offers the world's
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