Industrial smart high side switch ITS42k5D-LD-F test-bench: undervoltage lockout

Open online SPICE simulator circuit link: power_24V_high_side_ITS42k5D-LD-F_undervoltage_lockout.tsc

24V Dual Channel High-Side Switch ITS42k5D-LD-F
Protection Features: Under voltage lockout

{1. click here to set circuit parameters}
{2. click on "Run" to calculate components}
{3. click on "OK" and Simulate Transient }

{Thermal model number: }
THERMALMODEL:= 1 {use 1 ... 5}

{ Thermal model description: }
{ Thermal Model = 1: 1S0P PCB 600mm2 }
{ Thermal Model = 2: 2S2P PCB with via }
{ Thermal Model = 3: 1S0P PCB with via }
{ Thermal Model = 4: 1S0P PCB 600mm2 }
{ Thermal Model = 5: 1S0P PCB with footprint }

The ITS42k5D-LD-F is a 2.5Ω dual channel high-side power switch and
optimized for driving all types of resistive, inductive and capacitive loads.

This circuit demonstrates the under voltage lockout protection features of
the ITS42k5D-LD-F. Many other switches provide similar protection features.

With a sweep supply voltage from 0 to 60V and back to 0V the under voltage
lockout protection features are demonstrated. The devices start switching
above the minimum functional supply voltage Vuvon of about 4.5V and
will be shut down if it is below the under voltage lockout Vuvoff of about
3.25V and it restarts if the supply voltage above Vuvoff of 3.25V.