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SKU: 637720679274094919
Rs.250
Rs. 313
8F328P-U
MCU
used
by
the
LGT8F328P
is
an
Atmel
MEGA328P
compatible
chip.LGT8F328P
architecture
No
Design
Is
Relatively
New,
Stronger
Far
Than
Functions
decreases
in
peripheral
Tools
Atmel
MEGA328.
Especially
the
program
encryption
ability
is
far
more
than
MEGA328.
mb-3'>Specifications: LGT8F328P
Can
Use
5V
Power
Supply
3V3
And
Run
At
16M
Frequency,
Level
Excellent
Compatibility. A
Built-In
High-Precision
the
RC,
No
External
crystal
Back
Can
Be
Stable
Operation. Less
And
decreases
in
peripheral
instrument
parts,
Circuit
Design
Is
Simple. 12-bit
ADC
(analog-to-digital
conversion) On-Board
DAC Owned
Inventory
the
GUID
(Unique
own
ID)
Can
Be
For
on
used
chip
solutions
Encryption
Program. A
Built-In
.internal
1.024V
/
2.048V
/
4.096V
±
1%
Calibratable
Source
Reference
voltage
software. The
PWM
pin
adapter
Number:
the
D3,
the
D5,
the
D6,
the
D9,
the
D10,
D11. MCU
LGT8F328P FLASH
32Kbytes SRAM
2Kbytes E2PROM
0K
/
1K
/
2K
/
4K
/
8K
(FLASH
Share) PWM
8 Frequency
16MHz
(Maximum
32MHz) ADC
6
passageway12
position DAC
1passageway8
position UART
1 SPI
YES TWI
(I2C)
YES GUID
YES Internal
benchmark
1.024V
/
2.048V
/
4.096V
±
0.5% System
logic
level
Factory
3V3
(switch
from
pad
to
5V)
Now
we're
going
to
look
at
the
32MHz
Nano-sized
drop-in
replacement
mb-3'>6
Simple
Steps
to
get
an
LGT8F328P-based
board
running
at
32MHz
1
Download
the
LogicGreen
zipped
resources
here https://github.com/LGTMCU/Larduino_HSP There's
a
copy
of
this
zipped
folder
right
here
on
my
GitHub
2
Extract
the
download
(unzip
it) and
move
the
unzipped
LGT/var
folder
to
under
the
hardware
folder
in
your
Arduino
sketch
folder.
If
you
do
not
have
a
hardware
folder
in
your
Arduino
Sketches
folder,
just
create
one.
Your
structure
should
look
like
this:
3
Replace
the
boards.txt
In
the
Hardware
->
LGT
->
AVR
folder
delete
the
boards.txt. Then
copy
the
boards.txt
in
this
GitHub
there
in
place
of
the
one
you
just
deleted.
Testing
4
Fire
up
the
Arduino
IDE
(or
restart
it
if
already
running)
5
Select
the
right
board Go
to
Tools,
Board
and
scroll
down
until
you
see
the
next
set
of
LGT8F
boards,
one
of
which
will
be
32MHz
variant
you
just
added.
The
original
LGT8F328P
board
will
now
be
described
as
(16MHz)
Remember,
in
your
future
sketches,
always
add
in
the
#include
for
the
as
shown
in
the
video.
Finally,
add
in
this
statement
before
anything
else
in
the
setup().
6
Load
the
Prime
Numer
Test
sketch
from
this
GitHub,
build
and
run.
In
the
Serial
Monitor
window
you
should
see
this:
If
you
get
this
instead
(and
your
Serial
Monitor
is
set
to
the
correct
speed) then
your
board
might
not
be
running
at
32MHz.
Is
your
Serial
Monitor
speed
set
to
9600?
Did
you
select
the
32MHz
variant
of
the
board?
Did
you
restart
your
Arduino
IDE
after
replacing
the
boards.txt
file?
Did
you
put
the
unzipped
folder
under
the
correct
hardware
folder
in
the
Arduino
Sketches?
mb-3'>What's
this
GUID
then?
Each
LGT8F328P
has
a
unique
GUID
(serial
number)
built-in.
Useful
for
encrypting
things. To
retrieve
the
number
(it's
read-only)
do
this
in
your
sketch
setup(): uint32_t
guid
=
(uint32_t)&GUID0;
To
display
that
number
in
its
intended
HEX
format
do
this: Serial.println(guid,
HEX);
Simples,
right?
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LGT8F328P-SSOP20
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mb-3'>Package
Included:
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