Standard pulse channels are used to apply voltage pulses to a gate on the target device. The pulses are output to one AWG channel, or in
Standard pulse channels are used to apply voltage pulses to a gate on the target device. The pulses are output to one AWG channel, or in
the case of a virtual gate to multiple AWG channels.
the case of a virtual gate to multiple AWG channels.
A virtual gate is a combination of channels that can be used to compensate capacitive coupling.
A virtual gate is a combination of channels that can be used to compensate capacitive coupling.
A virtual gate can also be a combination of other virtual gates, e.g. to define a detuning voltage.
A virtual gate can also be a combination of other virtual gates, e.g. to define a detuning voltage. See [Cross-capacitance and virtual matrices](Signals/Cross-capacitance)
Voltage pulses are additive, i.e. pulses which overlap in time are summed.
Voltage pulses are additive, i.e. pulses which overlap in time are summed.
The following pulses can be added to a sequence on a (virtual) gate:
The following pulses can be added to a sequence on a (virtual) gate:
