Small Package Size. Fast-Switching Speed and Low Capacitance.
Panasonic PhotoMOS® Relays are MOSFET-enabled Solid State Relays featuring low off-state leakage current and stable on-resistance over the component lifetime. Low CxR values, high optical isolation between input and output, and DC and AC / DC load ratings. MOSFET drivers available in SSOP, SOP 4-pin, and DIP 6-pin.
PhotoMOS® brand Relays from Panasonic are also sometimes referred to as:
- Photo Relays
- Photo Voltaic Relays
- Solid State Relays
- MOS-FET Relays
Use Panasonic's Parametric Search Tool to find the right PhotoMOS Relay for the application!
Download the comprehensive PhotoMOS® Part Number Selector Guide Here!
For superior quality and reliability, ask for Panasonic PhotoMOS® Relays by name!
Please be advised that Panasonic’s Semiconductor Relay and PhotoIC Coupler products are not impacted by the recent Semiconductor business transfer announced on November 28, 2019. Click here for more information.
Features
- High Switching Speed
- Long Operational Life
- High Vibration
- Shock Resistance
- No Arcing
- No Bounce
- No Switching Noise
Applications
- Test And Measurement
- Instrumentation
- Security
- Medical
- Data Communications
- Automotive
- Railway And Traffic Signals
- Industrial Machines
PhotoMOS®
Series comparison (59)
Specification search results
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How to shorten the operate/release time of PhotoMOS® relays?
View AnswerAre PhotoMOS® suitable for Reed Relay Replacement?
View AnswerThe peak load current in the rating table is based on 100-ms application (1 shot). Can a higher current be applied if the time is shorter?
View AnswerHow should I choose an input-limiting resistor for PhotoMOS® (assuming constant voltage source)?
View AnswerA diode is placed in parallel with the output MOSFET. Can it be used as a clamp diode?
View AnswerThe catalog does not include the minimum applicable load value. What is the lowest current that can be correctly controlled by PhotoMOS®?
View AnswerIs it possible to increase the load current value of PhotoMOS® by decreasing the load voltage from the specified absolute maximum rating?
View AnswerWhat are the differences among the typical and maximum LED operation currents, and the LED input current?
View AnswerAre there any areas of concern when mounting PhotoMOS® Relays in various orientations?
View AnswerAre there any problems when a 1 Form A and 1 Form B contact of a PhotoMOS® is used as a 1 Form C contact?
View AnswerHow can I determine whether to use PhotoMOS® Relays or Solid State Relays (SSR)?
View AnswerWhat is the relationship between the LED operation current and the recommended LED forward current?
View AnswerIs it possible to use a DC-only type PhotoMOS® Relay with a negative voltage applied? (Ex: 0 V to pin No. 4 and -12 V to pin No. 3 of AQZ102)
View AnswerWhat are the points to note when selecting a PhotoMOS® Relay for its load voltage?
View AnswerWhat is the definition of operating ambient temperatures of PhotoMOS® Relays and Solid State Relays (SSR) in Panasonic’s catalog?
View AnswerWhat are the two categories of Panasonic’s PhotoMOS® Relays?
View AnswerDoes Panasonic have products that allow the use of PC board sockets?
View AnswerWhat is the meaning of “LED dropout voltage” in the PhotoMOS® Relay product specifications?
View AnswerWhat is the input voltage range of PhotoMOS® Relays?
View AnswerHow many times can a reflow process be applied to PhotoMOS® Relays?
View AnswerStay up to date
Playlist
Features and Benefits of PhotoMOS®
Introduction to PhotoMOS®
New Product Spotlight: PhotoMOS® HE 1 Form A and HE SOP 1 Form A Series Relays
NPI: PhotoMOS® HF 1 Form A Series High Capacity Relays
NPI: Photovoltaic MOSFET PhotoMOS® Relays
New Product Brief: Photovoltaic MOSFET Driver High Power Type
NPI: PhotoMOS HF 1 Form A High Capacity Relays
NPI: PhotoMOS CC TSON 1 Form B
NPI: AQY215S PhotoMOS® Relays
