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In
SCR converters, or AC controllers, a high rate-of-rise
in anode-to-cathode voltage, or dV/dt, occurs
when a SCR ceases conduction, or when another
SCR in the circuit is gated into conduction. High
peak voltage is produced when an inductive circuit
connected to the SCR is interrupted. The peak
and rate-of-rise (dv/DT) of the SCR voltage must
be limited to avoid erratic circuit operation
and device damage. Connected anode to cathode,
the snubber circuit resistor/capacitor limits
dv/DT and the metal-oxide-varistor (MOV) limits
peak voltage.
Models:
TSB-1
TSB-2
TSB-3
TSB-6
TSBHG-6
TSTB120-1
TSB-12
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Detail
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TSTB120-1
Twelve-Circuit
Snubber/Transducer
The
TSTB120-1 snubber board has voltage and
current transducer circuits that can be
input into a microprocessor for voltage
and current control in a 12-pulse bridge
rectifier application.
Typical uses would be in battery charging
applications where voltage and current are
constantly monitored.
Combined
Snubber and Voltage/Current Transducer Circuits
Product Data Sheet
and Ordering Guide
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email: info@enerpro-inc.com
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2008 ENERPRO, Inc.
All rights reserved. Specifications subject to change.
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