SMP-36 Photo-MOSFET Relay
The SMP-36 Series is a compact, solid-state Photo-MOSFET relay designed for high-current switching in space-constrained and performance-critical applications. Supporting up to 60 V AC or peak DC and load currents up to 2.5 A, it is available in SMD and DIP packages for flexible integration across a wide range of designs.
With a typical on-resistance of just 0.07 Ω, high output capacitance of 470 pF, and low off-state leakage current of 1 µA, the SMP-36 Series delivers efficient power handling and reliable signal control. Its solid-state design ensures fast switching with no contact bounce, resistance to shock and vibration, and immunity to environmental contaminants.
Capable of controlling both low-level analog signals and higher-level loads such as LEDs, relays, solenoids, and lamps, the SMP-36 Series offers high input-to-output isolation and long operational life, making it a trusted solution for industrial, medical, and test equipment environments.
- Solid-state switching with no mechanical degradation
- High current switching capability (up to 2.5 A)
- Low on-resistance (typ. 0.07 Ω) for efficient power delivery
- High output capacitance (470 pF) for robust load control
- Minimal off-state leakage (1 µA) for high signal fidelity
- High input-to-output isolation for safe circuit separation
- SMD and DIP package options for versatile design integration
- Shock and vibration resistant, impervious to dirty environments
- Stable on-resistance over time for consistent performance
- Long operational life with high reliability in solid-state form
| Contact Form | 1A |
| Package Style (Pin Count) | DIP6, SMD6 |
| Load Voltage (V) AC/DC | 60 |
| Load Current Max. (A) | 2.5 |
| LED Operate Current Typ/Max. (mA) | 1.5/3.0 |
| On Resistance Typ/Max. (Ω) | 0.07/0.1 |
| Output Capacitance (pF) | 470 |
| Off-State Leakage (μA) | 1 |
- Automated Test Equipment (ATE): Fast, reliable signal switching
- Electric Vehicles: High-current control in battery and power systems
- I/O Modules: Signal routing and isolation in industrial automation
- Medical Equipment: Safe, low-noise switching in diagnostic and monitoring devices
- Sensing Equipment: Clean signal control in precision instrumentation
- Telecommunications: Compact relay replacement in communication systems
- Security Systems: Silent, dependable switching in access control and alarm systems