Smart 1 to 4 Sequential Switch
SS14 is a bidirectional sequential switch with some special features.
The length of the sequence can be set from 1 to 4 steps, and is determined by the greatest of the O/I jacks used.
When only O/I1 is used, SS14 will open/close the connection with the common I/O. As soon as a greater O/I jack is used, SS14 will behave more like traditional sequential switches.
A toggle switch on the front panel controls whether the sequence will loop, or if the channel is randomized from O/I1 to the greatest O/I used. In case only O/I1 is used, the connection with the common I/O will be randomized at each rising edge of the Clock.
On the back of the unit, a triple shunt allows normalization of the O/Is (1>2 / 2>3 / 3>4), which can be handy when clocking the module with a steady clock rather than a sequenced trigger.
Our hybrid 1U front panels use the dimensions as defined by Intellijel, and the open slots make these compatible with cases using the Pulp Logic format.
Dimensions
12 HP
35 mm deep
Â
Current Draw
25 mA +12V
5 mA -12V
0 mA 5V
Product Overview
Smart 1 to 4 Sequential Switch
SS14 is a bidirectional sequential switch with some special features.
The length of the sequence can be set from 1 to 4 steps, and is determined by the greatest of the O/I jacks used.
When only O/I1 is used, SS14 will open/close the connection with the common I/O. As soon as a greater O/I jack is used, SS14 will behave more like traditional sequential switches.
A toggle switch on the front panel controls whether the sequence will loop, or if the channel is randomized from O/I1 to the greatest O/I used. In case only O/I1 is used, the connection with the common I/O will be randomized at each rising edge of the Clock.
On the back of the unit, a triple shunt allows normalization of the O/Is (1>2 / 2>3 / 3>4), which can be handy when clocking the module with a steady clock rather than a sequenced trigger.
Our hybrid 1U front panels use the dimensions as defined by Intellijel, and the open slots make these compatible with cases using the Pulp Logic format.
