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Each
isolator should receive its input at its proper time:
One to drive the positive phase of the bipolar pulse
and the other to drive the negative phase.
In
the constant voltage configuration both isolators
should be set to constant voltage and in the constant
current configuration both isolators should be set to
constant current.
Many
stimulus isolators are designed to work with only one
specific high voltage battery. If this battery needs
to be replaced and you find it to be discontinued in
the market, your work may be delayed or you may even
have to replace the isolator. Due to the battery
flexibility of ISO-Flex you are free of such worries.
ISO-Flex
is supplied with 2 batteries: a standard 9V battery in
the ISO-Flex box and a 90V battery in the battery
housing. The 9V battery is used for operating the isolator. The 90V battery is used to drive the
output pulses. ISO-Flex is a flexible isolator since
you can replace the 90V battery with any kind of
battery in the range of 9V-100V. The battery housing
is designed to hold about 80% of the high voltage
batteries available in the market. You can also use a
special large battery without the battery housing.
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