POWER-AC3PNDC-15LD.
Low Current Dual Output 15 & -15 Voltage DC
power supply
board/Regulator
Interface board with step-down
power transformer (110V/60HZ primary).
the
POWER-AC3PNDC-15LD. is an Electronics
board that allows you to connect 110VAC/60HZ on one side of the board
and get dual low current regulated voltages, 15VDC and -15VDC on the other side. Every
industrial application designer should
have a few of these boards handy. The boards will allow you to
easily power all your Industrial Op-Amp transducers. The Terminal Block TB
connector is included and makes it easy to use.
The
POWER-AC3PNDC-15LD.
board is designed to convert low current high voltages AC to stabilize
+/- 15V DC. If used properly, it will eliminate the need for
expensive industrial power supplies, which would otherwise be needed to carry out the same
task.
AC3PNDC-15LD
is easy to install, setup and
operate. If you want to professionally power your HVAC products,
POWER-AC3PNDC-15LD
offers the features you need. Mounted easily via
tow 0.125" mounting
holes.
The
board is designed to attenuate, filter and regulate low current low voltage AC to
stable +/-15V DC. For
our line of transformers click
Here
Standard
Board 110VAC input (top) +/- 15V (bottom)
Commonly utilized as
the heart of DC Power Supply for Amplified and In-Line Amplified
Transducer.
Basic
operation of the voltage regulator board
Form the 110V AC the voltage drops to low dual AC voltages
through the step down power transformer, the
full diodes
bridge D1-D4, together with the capacitor C1, C3 will convert input
dual AC voltages to dual DC voltages.
The
other side of the diodes bridge drives the low current voltage regulators U1
and U2.
The voltage regulators are the main component of this regulators. The POWER-AC3PNDC-15C board typically has the ability to drive currents up to
80mA.
For maximum voltage regulation, adding capacitors C2 and C4
correspondingly in parallel between the common leg and the
output. This eliminates any high frequency AC
voltage that could otherwise combine with the output voltage.
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