|
Various Boards |
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▋Keypad
4x4 Board
▋ |
▋EasyConnect
Board
▋ |
 The
Keypad 4x4 Board features a small keypad with
calculator-style arrangement of buttons and can be
easily integrated into your prototype device. It is
connected to your development system or prototype
device via an IDC10 connector.[more
info] |
 The
EasyConnect Board is an accessory board that
allows you to connect your prototype peripherals
fast and easily using high quality on-board
connectors. This board is useful in power and
high-speed signal-handling applications.[more
info] |
|
▋EasyInput
Board
▋ |
▋EasyLED
Board
▋ |
 The
EasyInput Board is an effective and low-cost
board for adjusting input levels by using a
high-quality DIP switch. It saves prototype board
space and allows increased circuit density. It is
connected to a prototype device via an IDC10
connector.[more
info] |
 The
EasyLED Board is an effective and low-cost
solution for visual indication of output signals.
LEDs are used for visual indication purposes. This
board can be connected to a prototype device via an
IDC10 connector.[more
info] |
|
▋EasyPULL
Board
▋ |
▋Relay4
Board ▋ |
 The
EasyPULL Board features pull-up resistors
(10KΩ or 1KΩ). It can be used to steer an input pin
to a known state if no input is present. On-board
jumpers are used to set pull-up/pull-down resistor
for each pin connected to a prototype device.
[more
info] |
 The
Relay4 Board is small-sized board
with 4 Relays (each supports
currents up to 8A). Also, it contains
ULN2804 (high-current Darlington arrays)
for relays driving and IDC10 connector
for easier connecting with development or prototype
board.[more
info] |
|
▋DIP
to PLCC44 Adapter Board
▋ |
▋Port
Expander Board
▋ |
 The
DIP to PLCC44 Adapter Board is an effective
and low-cost board for DIP to PLCC44 conversion. You
just have to plug a PIC into this adapter. After the
programming process is finished, you can remove it
from the adapter.
[more
info] |
 The
Port Expander Board is an accessory board that
includes a 16-bit I/O expander MCP23S17. This
expander employs SPI(tm) clock up to 10 MHz. The
board is ideal for expanding number of
microcontroller pins on your prototype device.
[more
info] |
|
▋EasyPROTO
Board
▋ |
▋EasyConnect2
Board
▋ |
 The
EasyPROTO Board solves your connecting
problems by offering a complete, cost-effective
solution. The board is connected to a prototype
board via an IDC10 connector.
[more
info] |
 The
EasyConnect2 Board allows you to connect
peripherals to your development system fast and
easily by using high-quality small connectors
provided on the board. This board is useful in power
and high-speed signal handling applications.[more
info] |
|
▋Flat
Cable 1
▋ |
▋SmartADAPT
MINI Board
▋ |
 Flat
Cable 1 allows you to easily connect your
prototype board via IDC10 connectors. This cable
solves your connecting problems by offering a
complete and cost-effective solution.[more
info] |
 The
SmartADAPT MINI Board is used to rearrange 8 I/O
port pins just by moving on-board jumpers in order
to meet your specified needs. The board can be
connected to a development system or prototype
device via an IDC10 connector.
[more
info] |
|
▋SmartADAPT
▋ |
▋SmartADAPT2
Board
▋ |
 The
SmartADAPT Board allows you to rearrange 8 I/O
pins just by moving on-board jumpers in order to
meet your specified needs. The board solves your
connecting problems by offering a complete and
cost-effective solution.[more
info] |
 The
SmartADAPT2 Board is an accessory board used to
rearrange 16 I/O pins just by moving on-board
jumpers in order to meet your specified needs. This
board is ideal for configuring your prototype device
I/O pins.
[more
info] |
|
▋SmartADAPT2
with GLCD/LCD Connector Board
▋ |
▋SmartPROTO
Board
▋ |
 The
SmartADAPT2 with GLCD/LCD Connector Board is
used to rearrange 16 I/O pins just by moving
on-board jumpers in order to meet your specified
needs. It features a jumper for selecting input
voltage and configurable GLCD/LCD connector.[more
info] |
 The
SmartPROTO Board offers an effective and
low-cost solution for connecting your prototype
device to a PCB prototype board. It is connected to
a development system or prototype device via an
IDC10 connector.[more
info] |
|
▋Light
to Frequency 2 Board
▋ |
▋Light
to Frequency Board ▋ |
 The
Light to Frequency 2 Board enables you to
connect your development board to a
light-to-frequency converter. The board features a
programmable light-to-frequency converter TSL230BR
and is connected to a prototype device via an IDC10
connector.[more
info] |
 The
Light to Frequency Board enables you to use a
light to frequency converter in your prototype
device or development board. The board features
a programmable light-to-frequency converter
TSL230BR.[more
info] |
|
▋Digital
Potentiometer Board
▋ |
▋Motion
Sensor Board ▋ |
 The
Digital Potentiometer Board includes a SPI
Interfaced single-channel digital potentiometer
MCP41010. The board enables you to set potentiometer
values from 0 to 10 kΩ. It comes with many simple
and ready-to-use examples.
[more
info] |
 The
Motion Sensor Board includes the AMN11112 sensor
that is capable of detecting changes in infrared
radiation in the surrounding. Such changes are
caused by changing temperature due to movements made
by a person or objects.
[more
info] |
|
▋EasyTEST
Board
▋ |
▋RFid
Reader Board ▋ |
 The
EasyTEST Board is an ideal solution for
connecting your prototype or development board to
oscilloscope or other monitoring devices. This board
can be connected to your development system or
prototype device via an IDC10 connector.[more
info] |
 The
RFid Reader Board offers an effective and
low-cost solution for connecting your prototype
device to an RFid reader. The RFid reader can be
used in a variety of applications. Use this board to
create RFid supported devices in a jiffy.[more
info] |
|
▋PS/2
Connector Boards
▋ |
▋USB
Connector Boards ▋ |
 PS/2
Connector Boards are accessory boards used to
connect PS/2 devices to a prototype device. There is
a PS/2 connector provided on the board. It enables
PS/2 communication.
[more
info] |
 USB
Connector Boards feature a USB connector that
allows easy connection between a prototype device
and USB devices. As soon as you establish connection
between these two devices you are ready to transmit
and receive data via USB communication.
[more
info] |
|
▋ICD2
Connector Board
▋ |
▋mikroBuffer
Board
▋ |
 The
ICD2 Connector Board is used to connect the ICD2
programmer from Microchip with your development
board or prototype device. The board solves your
prototyping problems by offering a complete and
cost-effective solution.
[more
info] |
 The
mikroBuffer Board is ideal for buffering
analog signals. The board features a unity gain
operational amplifier MCP6284 and can be connected
to your prototype device via an IDC10 connector.[more
info] |
|
▋mikroBuffer
PROTO Board
▋ |
▋PROTO
Connect Boards ▋ |
 The
mikroBuffer PROTO Board is used to buffer
analog signals. There is a unity gain operational
amplifier MCP6284 provided on the board.
[more
info] |
 PROTO
Connect Boards are used to connect a prototype
device to external modules via a screw terminal.
External connection is enabled via the screw
terminal. Components available on the board are
clearly marked, which makes connection easy.[more
info] |
|
▋PROTO
Connect 2 Boards
▋ |
▋EasyPS/2
Board
▋ |
 PROTO
Connect 2 Boards feature two on-board
screw-terminals that enable your prototype device to
be easily connected to external modules.
[more
info] |
 The
EasyPS/2 Board enables your development board
to be connected to a PS/2 device.
There is an on-board PS/2 connector used to
establish PS/2 communication. The board also
features a DIP switch used to configure board
connections.
[more
info] |
|
▋Bipolar
Stepper Motor Driver Board
▋ |
|
 The
Bipolar Stepper Motor Driver Board enables
you to add stepper motor control to your
applications. There is an on-board microstepping
motor driver A3967SLB. The board supports
Mixed, Fast and Slow Current-Decay Modes.[more
info] |
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