1. Product Overview:

️· Product: PVA1352N, PVA1354N, PVA1352NS, PVA1354NS (Solid-State Relays)
️· Manufacturer: International Rectifier (now part of Infineon)
️· Application: Suitable for various applications where electrical isolation and switching are needed.

2. Part Identification & Variants:

️· PVA1352N/NS: (Likely indicates a specific current handling or voltage rating - further details from datasheet would be needed to confirm).
️· PVA1354N/NS: (Likely indicates a specific current handling or voltage rating - further details from datasheet would be needed to confirm).
️· 'N': Likely refers to a Through-Hole package.
️· 'NS': Likely refers to a Surface-Mount (Gull Wing) package.

3. Electrical Specifications (Typical Values - See Table Below):

Parameter	PVA1352N/NS	PVA1354N/NS	Units
Minimum Control Current	2 mA	2 mA	mA
Maximum Control Current	25 mA	25 mA	mA
Maximum Reverse Voltage	7.0 V	7.0 V	V
Operating Voltage Range	0 to ±100 V	0 to ±100 V	V (peak)
Maximum Load Current (at 40°C, ILED=5mA)	375 mA	375 mA	mA
Response Time (typical)	150 µs	150 µs	µs
On-State Resistance (typical)	5 Ω	5 Ω
Off-State Resistance (typical)	108 Ω	1010 Ω
Thermal Offset Voltage	0.2 µV	0.2 µV	µV
Minimum Off-State dv/dt	1000 V/µs	1000 V/µs	V/µs
Typical Output Capacitance	11 pF	11 pF	pF

Important Notes About Electrical Specs:

️· These are *typical* values. Consult the full datasheet for the absolute maximum ratings and full performance characteristics.
️· The "Control Current" refers to the current required to drive the relay.

4. General Characteristics:

️· Dielectric Strength: 4000 V RMS
️· Insulation Resistance: 10¹² Ω at 25°C, 50% RH
️· Maximum Capacitance: 1.0 pF
️· Pin Soldering Temperature: +260 °C
️· Operating Temperature Range: -40°C to +85°C
️· Storage Temperature Range: -40°C to +100°C

5. Important Disclaimers:

️· International Rectifier does *not* recommend using these relays in aerospace, avionics, military, or life support applications. Users are responsible for risk assessment and adherence to safety regulations.

6. Figures (Summarized):

️· Figure 1 (Current Derating Curves): Shows how the maximum allowable load current decreases at higher operating temperatures.
️· Figure 2 (Control Current Requirements): Illustrates the relationship between control current and temperature.
️· Figure 3 (On Characteristics): Shows the on state performance.
️· Figure 4 (Normalized On-Resistance): Illustrates resistance under various conditions.
️· Figure 5 (Off-State Leakage): Illustrates leakage current when in the off state
️· Figure 6 (Input Characteristics): Depicts the input signal behavior.
️· Figure 7 & 8 (Delay Times): Shows timing characteristics
️· Figure 9 (Output Capacitance): Illustrates the output capacitance