STANDBY state is held with one
low-speed control channel held HIGH while second channel is swept. The data rates swept
are selected to avoid LOW durations longer than t
AMS which transition the
device to ACTIVE state.
Note: The high-speed channels are turned
off (high impedance) in the device STANDBY state.
Note: For ICC1 and ICC2 at with DC signals on the low-speed control
channels, please refer to the Supply Characteristics table for the supply voltage,
VCC1 and VCC2, supplied to each side of the isolator.
TA = 25°C |
CL = 15pF |
STANDBY State |
Figure 5-8 ISO6163 Supply Current vs Data Rate (With 15pF
Load) for Low-Speed Channel in STANDBY state
TA = 25°C |
CL = No
Load |
STANDBY State |
Figure 5-9 ISO6163 Supply Current vs Data Rate (With No
Load) for Low-Speed Channel in STANDBY state