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Connections
Rear Panel Connections 3
SYNC OUT logic levels are nominally 0 V and +5V from typically 50 Ω.
SYNC OUT will withstand a short circuit.
Caution
To avoid risk of damage to the instrument, do not apply
external voltages to this output.
TRIG IN
TRIG IN is the external input for trigger, gate, sweep and sequence operations. It is also
the input used to synchronize the generator as a slave to another generator which is the
master.
Caution
To avoid risk of damage to the instrument, do not apply
external voltages exceeding ±10 V to this input.
SUM IN
SUM IN is the input socket for external signal summing. The channel(s) with which this
signal is to be summed are selected on the SUM screen.
Caution
To avoid risk of damage to the instrument, do not apply
external voltages exceeding ±10 V to this input.
MODULATION IN
MODULATION IN is the input socket for external modulation. Any number of channels
may be amplitude or suppressed-carrier modulated with this signal; the target channels
are selected on the MODULATION screen.
Caution
To avoid risk of damage to the instrument, do not apply
external voltages exceeding ±10 V to this input.
Rear Panel Connections
REF CLOCK IN/OUT
The function of the REF CLOCK IN/OUT socket is set from the ref clock i/o
menu on the UTILITY screen, as described under "System Operations from the Utility
Menu".
input This is the default setting. The socket becomes an input for an
external 10 MHz reference clock. The system automatically switches
over from the internal clock when the external reference is applied.
output The internal 10 MHz clock is made available at the socket.
phase lock When two or more generators are synchronized the slaves are set to
phase lock slave and the master is set to phase lock
master.
3-3
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