Table of Contents
Advertisement
the Gate output. Jack 5 selects via a control voltage between "Gate" mode
and "Delay" mode. +5 V selects "Gate", 0 V selects "Delay". It lies via an internal
switching contact at +5 V and, so, pre-selects normally the "Gate" mode. As
soon as a cable is plugged in, even if the other end is open, the "Delay"
function becomes active. Fig. 4 describes best the functional principal of the
Gate mode.
Voltage
+5 V
+5 V
+5 V
As one can see, the Gate length is always the same, independently of the
duration of the input Gate signal at jack 1. The Gate-Reset is only active in
Gate mode. The referring jack 7 is connected internally via a switching contact
to jack 8 (Envelope-Gate input), namely inverse! The reason for that will be
explained further down. For independently work of the Gate in Gate mode
from the envelope generator it needs a plug into jack 7 to untie this internal
connection.
Fig. 5 shows the functional principal of the Gate in Delay mode. If one can see,
no output will be generated when the incoming Gate is shorter than the Delay
time. So, it's a delayed 0 V→+5 V transition as long the incoming Gate is held
beyond the delay time.
Gate
time
Fig. 4 Gate mode
CS-8 Series DTG Rev1.3, July 2020
-16-
Gate Out
time
Gate Reset
time
Gate in
time
Advertisement
Table of Contents
