|
Power Supply
Control Boards |
|
▋UNI-REG
Board
▋ |
▋3.3V-5V
Voltage Regulator Board ▋ |
 The
UNI-REG Board features a Step-Down Voltage
Regulator LM2576 that enables voltage to change from
7-23V AC (or 9-32V DC) to 5V, 4V, 3.3V, 2.7V or
1.8V. The board components are clearly marked, which
makes the connection easier.[more
info] |
 The
3.3V-5V Voltage Regulator Board includes an
on-board regulator that enables voltage to change
from 3.3V to 5V with 250mA maximum output current.
The board components are clearly marked so that
there is no need for additional schematic.[more
info] |
|
▋3.3VReg
Board
▋ |
▋5V-3.3VReg
Board ▋ |
 The
3.3VReg Board has an on-board regulator that
can provide local on-card regulation, thus
eliminating the distribution problems associated
with single point regulation. The board is connected
to your prototype device via on-board screw
terminals.[more
info] |
 The
5V-3.3VReg Board is an accessory board that
includs an on-board regulator. This regulator is
used to provide local on-card regulation by reducing
voltage from 8-16V AC/DC to 5V or 3.3V DC.
[more
info] |
|
▋mikroDrive
Board
▋ |
▋3.3V-5V
Voltage Translator Board ▋ |
 The
mikroDrive Board features a high-current Darlington arrays ULN2804 and a jumper for power supply
selection. The board provides an interface between a
low-level logic circuitry of your prototype board
and multiple peripheral power loads.
[more
info] |
 If
you need to use your 3.3V prototype device in 5V
voltage systems than the 3.3V-5V Voltage
Translator Board is the best solution for you.
The board features a bidirectional voltage
translator LVCC3245A.
[more
info] |
|
▋5V-3.3V
Voltage Translator Board
▋ |
▋Battery
Boost Board ▋ |
 The
5V-3.3V Voltage Translator Board allows you to
use a 5V prototype device in 3.3V voltage systems.
This board contains a bidirectional voltage
translator LVCC3245A.
[more
info] |
 The
Battery Boost Board is an easy-to-use
power supply solution for battery-powered
applications. It features a step-up DC/DC converter
MCP1640 and jumper used for the output
voltage selection (3.3V or 5V).
[more
info] |
