Features
- Low control current
- Low leakage current
- Stable on-resistance over lifetime
- Extremely long lifetime
- Small size
- No preferred mounting position
- High vibration and shock resistance
- No bouncing and no switching noise
Applications
- Measuring and testing equipment
- Inspection machines
- Multi-point recorder
- Industrial equipment
Light emitted from an LED on the input side passes through an isolator that is permeable to light and is detected by a solar cell. Via a trigger circuit, the solar cell‘s output voltage controls the gates of two source-coupled MOSFETs at the output.
MOSFET relays are typically used in the areas of measurement technology, automation and control technology, smart metering, and in the rapidly growing automotive market, focusing on electric vehicles and e-mobility.
PhotoMOS® relays with a MOSFET output enjoy an almost unlimited lifetime if used according to the specifications. Moreover, they are extremely reliable, unaffected by vibration, and their On-resistance remains stable throughout their entire lifetime.
Choosing the right PhotoMOS® relay is crucial to success and depends on a number of important factors that have to be taken into account – no mean feat.
The free Panasonic PhotoMOS® app (for iPhone & iPad) therefore helps you to choose the right PhotoMOS® relays for your individual application areas. Its clear arrangement and intuitive navigation help the user to quickly find the optimal component.
Other interesting PhotoMOS® series
abacus content library/home/manufacturers/m/panasonic/photomos-series/ava - photomos - aba24004 - additional text - static html_2
AVA - PhotoMOS - aba24004 - Additional text - Static HTML_2