This short blog reveals some important details to keep in mind when shopping for DC-DC Converters.
High-voltage
DC-DC Converters are the talk of the
town these days. What is a DC-DC converter anyway?
A DC-DC Converter is an electronic circuit, nothing more. The
primary role of it is to use one voltage, convert it, and release it. This is
called altering the potential difference to another potential difference. It’s
a capacity, inductor, and switch.
In fact, high-voltage DC-DC converters are used
in a variety of applications today. The most common is for the firm switch model in high-voltage power
supplies (HV power supplies).
They’re mainly used to
match the power supply load, to separate the primary and secondary circuits,
and to bridge power supply circuits. There are different parameters to consider
when you want to obtain a DC-DC
Converter:
●
Cost
●
Safety
●
Output Power
●
Output/input voltage
DC-DC converters fall
into two categories depending on the output and input circuits. Non-isolated
DC-DC converters and isolated DC-DC converters are the options.
In isolated high-voltage (HV) power supplies, you
can find: push-pull, full bridge, half-bridge, forward, and flyback options.
There are some
advantages to using a high-voltage DC-DC converter. The DC-DC
choppers are used to measure the voltage. There are hybrid systems that can do
more with the various elements. It all comes down to the moderately condensed
cell potential.
Isolated DC-DC
converters contain more energy modifiers, meaning that the output is organized
as negative and positive. This is perfect for photo-voltaic circuits.
If you’re ready to “make
the switch,” find a reliable partner like HVM Technology (www.hvmtech.com).