MA300012 Microchip Technology, MA300012 Datasheet - Page 6

• Manufacturer Part Number: MA300012
• Description: MODULE DSPIC30F SAMPLE 64QFP
• Manufacturer: Microchip Technology

Specifications of MA300012

• Module/board Type: dsPIC30F Plug-in Module
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• For Use With/related Products: DM240001
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant, Lead free / RoHS Compliant

lighting control as well as “under the hood”
ambient temperature, making these ideal
such as motor control, power conversion,
for industrial applications that run “hot”
internal oscillator, independent of the
a chip-reset. Restarting the system with
detects system clock failure and forces
system clock. Now that is a reliable
The dsPIC DSC’s on-chip clock monitor
Each I/O pin sources or sinks 25
EHPS, electronic gearbox, cooling fan
drivers for external FET switches
All dsPIC DSCs operate up to 125°C
to enable the watchdog timer and
select its period. Software cannot
disable it; as it runs from its own
mA, making it possible to drive
Flash configuration bits are used
the on-chip oscillator (FRC) provides
LEDs directly or eliminate pre-
On-chip system clock monitor
to save you space and cost.
a graceful way to handle such a
outstanding reliability, robustness and red
Reliable watchdog timer
automotive systems such as
125° ambient operation
25 mA I/O drive
catastrophic failure.
saves cost
Designed for real-time control, the dsPIC DSC offers
adds safety
watchdog.
control, etc.
to meet the rigorous demands of
real-time systems. Not only is its
features specifically designed to
real-time performance superior
robustness, and reduce system
compared to other 16- and 32-
enhance system reliability and
temperature) can be the clock source for many
systems. In several dsPIC DSCs, the PLL can
a number of highly enabling
software malfunction. Accesses to non-existing
The dsPIC DSC’s on-chip precision oscillator
bit controllers, it also offers
cost by eliminating external
The dsPIC DSC is designed
Code execution flow is continually monitored
boost the clock speed and still meet ±2%
pointer accesses. Unimplemented op codes
memory locations are trapped, as are stack
behavior. Now your real-time system has an
overflow, stack underflow and un-initialized
external crystal, save board space and
execute as NOPs to avoid unpredictable
accuracy. Now you can eliminate the
to prevent catastrophic failures due to
(FRC: 7.5 MHz, ±1.5% over V
On-chip oscillator eliminates
Self-monitoring CPU protects
against software glitches
crystal, reduces cost
reduce system cost.
components.
added level of safety.
DD
and
duced system cost
optimize power consumption. Switch to a
low frequency on-chip oscillator or divide
down the system clock during periods of
inactivity. Go into “power-down” mode to
draw to microamperes yet allow a quick
shut down all clocks to reduce current
The dsPIC DSC offers many ways to
Power save modes optimizes
eliminates external reset circuit in most
All this adds up to a robust system at a
Brown-out protection, if enabled, resets
systems. Vary the reset period to allow
Reset add robustness, saves cost
the chip in the event of a power glitch.
Power-on Reset and Brown-out
for different crystal start-up delays.
Intelligent on-chip Power-on Reset
input offers low jitter, < ±0.75% over
packages as small as 6 x 6 mm or
Now you add 16-bit performance in
operation of CAN or other forms of
power consumption
Several dsPIC DSCs come in QFN
8 x 8 mm and only 0.9 mm high.
On-chip PLL with crystal oscillator
wake-up on interrupt.
V
DD
reliable system operation
and temperature for reliable
the tiniest of places.
Low Jitter PLL for
Small package –
big performance
reduced cost.
communication.