Single-Chip System Integrates Non-Volatile SRAM
The PSoC® NV family integrates the
flexibility of the Programmable Systemon-
Chip (PSoC) architecture with nonvolatile
nvSRAM technology. This
provides a flexible platform for
designing non-volatile systems that
require unlimited read, write and recall
endurance - such as data logging.
PSoC devices integrate configurable analogue
and digital circuits, controlled by an on-chip
microcontroller. This provides the capability to
quickly revise designs and cut component
count. The PSoC NV family, in particular,
provides this advantage for applications that
require continuous data logging from analogue
and digital inputs. PSoC NV devices feature a
powerful analogue front-end that can sample
up to eight inputs and simultaneously store
sample data in the embedded nvSRAM.
Operation accesses are directed to an SRAM
array and automatically secured into a non-volatile
quantum-trap cell. This data can be
recalled on power-up, protecting the system
against power failure. The data-logging
capabilities of the PSoC NV family enable field
diagnostics and failure-mode analysis, helping
to identify system problems and reduce system
downtime.
The devices offer 20-year data retention and
can perform a host of functions such as voltage
monitoring, voltage sequencing, thermal
management, on-board diagnostics, power
management, fan control, industrial data
logging, and sequence-of-events monitoring.
FEATURES
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- 64kbyte, 128kbyte and 256kbyte nvSRAM densities
- NvSRAM throughput between 100kbit/s and 1Mbit/s
- M8C-based core with speeds of up to 24MHz
- 32kbytes of Flash memory
- 2kbytes of SRAM memory
- 12 analogue blocks that can be programmed to create ADCs, DACs and comparators
- 16 digital blocks that can be programmed to create timers, counters, PWMs, UARTs and SPIs
- Programmable GPIOs
- I2C interface
- Watchdog and sleep timers
- On-chip precision voltage reference
- 3.3V operation over the industrial temperature range (-40°C to 85°C)
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APPLICATIONS
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- Industrial
- Networking
- Automotive
- Telecommunications
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