1. Overview & Product Description

️· The document describes the IR (International Rectifier) Series PVT412 - a relay-like switching device. It's primarily used for applications requiring electrical isolation and switching.
️· It emphasizes that the product is *not* intended for use in aerospace, avionics, military, or life-support applications.

2. Electrical Characteristics (Key Performance Metrics)

Feature	PVT412	PVT412L	Units
Operating Voltage Range	0 to ±400	0 to ±400	Volts (DC or AC Peak)
Maximum Load Current (at 5mA Control Current)	120, 130, 200	120, 130, 200	Amps (AC or DC)
Maximum On-State Resistance (for 50mA Pulsed Load, 5mA Control)	35, 18, 9	35, 18, 9	Ohms
Maximum Off-State Leakage Current	1.0	1.0	µA
Current Limit (for 5mA control)	Minimum 130A, Maximum 220A	260A, 440A	Amps
Control Current Range	3.0 to 25	3.0 to 25	mA
Maximum Reverse Voltage	7.0	7.0	Volts
Turn-On Time	2.0	2.0	ms
Turn-Off Time	0.5	0.5	ms
Maximum Thermal Offset Voltage	0.5	0.5	µV
Maximum Output Capacitance	12	12	pF

3. Environmental Conditions

️· Operating Ambient Temperature Range: -40°C to +85°C.
️· Storage Ambient Temperature Range: -40°C to +100°C.

4. Figures & Diagrams (Referenced)

️· Figure 1: Current Derating Curves: Shows how the maximum load current changes with temperature. Important for ensuring proper operation at different ambient temperatures.
️· Figure 2: Current Derating Curves: Another view of current limits based on temperature.
️· Figure 3: Linearity Characteristics: Likely shows a characteristic curve related to the relay’s output response.
️· Figure 4: Typical Normalized On-Resistance: Likely shows the on-resistance of the relay as a function of some parameter (potentially current or voltage).
️· Figure 5: Typical Normalized Off-State Leakage: Illustrates the leakage current under different conditions.
️· Figure 6: Input Characteristics (Current Controlled): Shows how the control current influences the relay's behavior.
️· Figure 7: Typical Delay Times: Shows the turn-on and turn-off times.
️· Figure 8: Delay Time Definitions: Clarifies the timing parameters.
️· Figure 9: Typical Output Capacitance: Likely shows how the output capacitance varies.

5. Key Notes & Cautions

️· Current Limiting: A prominent caution advises that a current-limiting circuit must be used to protect the control input and ensure reliable operation. The control current should not exceed 25mA.
️· Temperature Derating: The load current must be derated at higher temperatures (as indicated in the current derating curves) to prevent damage or malfunction.
️· Application Restrictions: The device is not suitable for critical applications where failure could result in serious harm.

6. Contact Information

️· IR World Headquarters Address & Phone Number: Provided for further inquiries.