The MRE Reed Relay is a special series focused on High Voltage, High Current and High Insulation Resistance. This relay is capable of switching up to 1 kVDC, and, considering its compact size, it provides an extra high breakdown voltage of 7 kVDC (HV version) across the open contacts, or high carry current of 5 Amps (HC version).
This compact Dual-channel Dry-switch design uses two contacts in series or connected in parallel. Also, it features an integrated Magnetic Shield and high creepage distance pinout. As a result, you can expect High Insulation Resistance of 10 TOhm across open contacts as well as between coil and contacts, and thus a very Low Leakage Current in the picoamperes range.
Lastly, from reliable switching to long lifetime and Low Contact Resistance (ON-Resistance), the MRE relay series is ideally suited for ARC testers, precise testers, automated test equipment and medical equipment.
The BH Series is a High-Power Relay capable of switching up to 1 kVDC, while providing a breakdown voltage of 3 kVDC and higher across the open contacts.
Thanks to the integrated Electrostatic Shield and axial switch leads, the BH relay ensures High Insulation Resistance of 10 TOhm across open contacts as well as between coil and contacts, and thus very Low Leakage Current in the picoamperes range.
The outer Magnetic Shield protects the relays against a mutual interaction and therefore allows an assembly with higher density.
This variable Multi-channel Dry-switch design can be built with up to 4 switches Form A and, thanks to its features such as reliable switching behavior, long lifetime and Low Contact Resistance (ON-Resistance), it makes an ideal relay for precise testers, automated test equipment or an alternative for Mercury Relays.
Miniature high voltage relay combines a reliable switching and high isolation properties with a compact design. Designed for demanding applications such as isolation measurement in Battery Management Systems or any other, where low leakage currents are required.
Creepage and clearance distances consistent with international standards IEC 60664-1, ISO 6469-3, IEC 60601-1 and IEC 62109-1/2.
SMD style with no internal solder joints – reflow soldering compatible.
Tested in accordance with AEC-Q200, UL Approved, RoHS/REACH.
Our most versatile general purpose BE Series Reed Relay with many contact configuration options including up to 5 form A switches. Available in latching or high IR typical 10^13 Ω. Plastic or metal housing, epoxy encapsulated.
The LI series is a high voltage reed relay and high insulation reed relay that is epoxy encapsulated. This high voltage reed relay features a high insulation resistance (IR) >10^13 Ω and is capable of switching up to 1kVDC, breakdown voltage of 4.5kVDC, isolation voltage to 7kVDC. UL approval.
The KT series high voltage reed relay and high insulation reed relay is available in both a surface mount (SMD) or through-hole (THT) design. This high voltage reed relay is capable of switching up to 1kVDC, breakdown voltage of 4.5kVDC, isolation voltage to 7kVDC and features a high insulation resistance (IR) >10^13 Ω. This KT series is supplied in a rugged thermoset overmolded package. Tested in accordance with AEC-Q200, UL listed.
The SHV reed relay is a single in-line and high voltage relay or instrumentation grade reed relay supplied in a molded housing, capable of switching up to 1kVDC and breakdown voltage of 4kVDC. This high voltage reed relay series features an insulation resistance >5 x 10^11 Ω and utilizes minimum PCB area, at only 50% compared to our DIP and DIL reed relay series. It is even smaller than the former potted SIL-HV Reed Relay.
Ultraminiature surface mount (SMD) low-profile CRR Series Reed Relay with high insulation resistance (IR) typical 10^13 Ω. Instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
Ultraminiature 8-pole low profile through hole mount (THT) RM05-8A-SP Series Reed Relay module with standard dual in-line (DIL) pin-out (2mm raster) and integrated magnetic shield for high density board mounting. Equipped with an 8-channel relay driver with MAX4823 with kickback protection and parallel activation electronics. Designed to significantly reduce PCB space at 24% smaller than our RM05-8A, saves on wiring costs, and assembly costs.
General purpose line sensing dual in-line DIL Series Reed Relay with coil up to 11.000 Ω. Supplied in an epoxy encapsulated package. Available with dielectric strength 4.25kVDC. Optional diode and magnetic shield. UL approval.
The CRF Series is an ultraminiature 7GHz (RF) high frequency reed relay design in a low-profile surface mount (SMD) package. The RF reed relay features a high insulation resistance (IR) typical 10^13 Ω. This instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
The single in-line SIL RF series high frequency reed relay is capable of switching signals from DC to 1.5GHz. This instrumentation grade RF reed relay is supplied in a rugged thermoset overmolded package. Utilizes minimum PCB area at only 50% compared to our DIP and DIL series. Available with dielectric strength 4kVDC. Optional diode and magnetic shield.
The HF series high frequency reed relay and high power reed relay is capable of carry currents of 5A@30MHz. Specially packaged coil with a PCB pin out for the coil only. This high frequency reed relays’ switch contacts are available for direct wiring (sky wiring). Equipped with a patented external electrostatic and magnetic shield. RF reed relay has a breakdown voltage up to 9kVDC.
The H Series high voltage reed relay is capable of switching up to 10kVDC and breakdown voltage of 15kVDC. This high voltage reed relay is designed with a specially packaged coil with a PCB pin out for the coil only. The switch contacts are available for direct wiring (sky wiring). Replacement for mercury wetted relay.
The HE Series high voltage reed relay is capable of switching up to 10kVDC and breakdown voltage of 15kVDC. Leakage distance >26mm. This high voltage reed relay is epoxy encapsulated with many PCB pin configurations available. Options include high voltage wires available for direct wiring of the high voltage leads. Replacement for mercury wetted relay.
The HM Series high voltage reed relay is capable of switching up to 10kVDC and breakdown voltage of 15kVDC with a leakage distance >32mm. This high voltage reed relay is epoxy encapsulated with many PCB pin configurations available. Options include high voltage wires available for direct wiring of the high voltage leads. Replacement for mercury wetted relay. Latching version also available.
The SMP-21 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 40V AC or peak DC, in a very SOP (small-outline package). It also features a low output capacitance of 13pF and a low off-state leakage current of 10nA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-21 Photo-MOSFET Relay series ideal in many applications.
The SMP-23 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 250V AC or peak DC, in a very SOP (small-outline package). It also features a low output capacitance of 37pF and a low off-state leakage current of 10nA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-23 Photo-MOSFET Relay series ideal in many applications.
The SMP-30 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 400V AC or peak DC, in a very small SOP (small-outline package), SMD (surface mount design), or DIP (dual-in-line package). It also features a low output capacitance of 52pF and a low off-state leakage current of 1μA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-30 Photo-MOSFET Relay series ideal in many applications.
The SMP-31 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 350V AC or peak DC, in a very small SOP (small-outline package), SMD (surface mount design), or DIP (dual-in-line package). It also features a low output capacitance of 55pF and a low off-state leakage current of 1μA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-31 Photo-MOSFET Relay series ideal in many applications.
The SMP-36 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 60V AC or peak DC, in a very small SMD (surface mount design), or DIP (dual-in-line package). It also features a high peak load current of 6 Amps and a low off-state leakage current of 1μA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-36 Photo-MOSFET Relay series ideal in many applications.
The SMP-37 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 60V AC or peak DC, in a very small SOP (small-outline package), SMD (surface mount design), or DIP (dual-in-line package). It also features a low output capacitance of 45pF and a low off-state leakage current of 1μA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-37 Photo-MOSFET Relay series ideal in many applications.
The SMP-38 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 600V AC or peak DC, in a very small SOP (small-outline package), SMD (surface mount design), or DIP (dual-in-line package). It also features a low output capacitance of 47pF and a low off-state leakage current of 1μA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-38 Photo-MOSFET Relay series ideal in many applications.
The SMP-58 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 1800V AC or peak DC with low on-resistance. SMP-58 come in a very small SMD (surface mount design), or DIP (dual-in-line package) with high I/O isolation. It also features a low output capacitance of 10pF and a low off-state leakage current of 10μA (VL=1800V @25°C). Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-58 Photo-MOSFET Relay series ideal in many applications.
The SMP-40 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 1500V AC or peak DC, in a very small SMD (surface mount design), or DIP (dual-in-line package). It also features a low output capacitance of 83pF and a low off-state leakage current of 1μA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-40 Photo-MOSFET Relay series ideal in many applications.
The SMP-45 Photo-MOSFET Relay series is a general purpose solid-state relay featuring switching up to 60V AC or peak DC, in a very small SOP (small-outline package), SMD (surface mount design), or DIP (dual-in-line package). It also features a low output capacitance of 1.3pF and a low off-state leakage current of 1μA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-45 Photo-MOSFET Relay series ideal in many applications.
The SMP-42 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 60V DC or peak AC, in a very small SOP (small-outline package), SMD (surface mount design), or DIP (dual-in-line package). It also features a load current of 5 Amps, with high peak of 10 Amps. This series provides a low Off-state leakage current of 1μA and low On-Resistance 20 mOhm Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-42 Photo-MOSFET Relay series ideal in many applications.
The SMP-47 Photo-MOSFET Relay series is a solid-state relay featuring switching up to 80V AC or peak DC, in a very small SOP (small-outline package), SMD (surface mount design), or DIP (dual-in-line package). It also features a high peak load current of 3 Amps and a low off-state leakage current of 1μA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-47 Photo-MOSFET Relay series ideal in many applications.
The SMP-74 Photo-MOSFET Relay series is a general purpose Form B solid-state relay featuring switching up to 400V AC or peak DC, in a very small SOP (small-outline package), SMD (surface mount design), or DIP (dual-in-line package). It also features a low output capacitance of 1.3pF and a low off-state leakage current of 1μA. Photo-MOSFET Relays also feature fast switching, no contact bounce, low noise, impervious to dirty environments, shock/vibration proof, extremely high input to output isolation, control low-level analog signals to high-level loads: (LED’s, relays, lamps, solenoids). The added benefit of stable on resistance, long life and high reliability make the SMP-74 Photo-MOSFET Relay series ideal in many applications.
The MRE Reed Relay is a special series focused on High Voltage, High Current and High Insulation Resistance. This relay is capable of switching up to 1 kVDC, and, considering its compact size, it provides an extra high breakdown voltage of 7 kVDC (HV version) across the open contacts, or high carry current of 5 Amps (HC version).
This compact Dual-channel Dry-switch design uses two contacts in series or connected in parallel. Also, it features an integrated Magnetic Shield and high creepage distance pinout. As a result, you can expect High Insulation Resistance of 10 TOhm across open contacts as well as between coil and contacts, and thus a very Low Leakage Current in the picoamperes range.
Lastly, from reliable switching to long lifetime and Low Contact Resistance (ON-Resistance), the MRE relay series is ideally suited for ARC testers, precise testers, automated test equipment and medical equipment.
The BH Series is a High-Power Relay capable of switching up to 1 kVDC, while providing a breakdown voltage of 3 kVDC and higher across the open contacts.
Thanks to the integrated Electrostatic Shield and axial switch leads, the BH relay ensures High Insulation Resistance of 10 TOhm across open contacts as well as between coil and contacts, and thus very Low Leakage Current in the picoamperes range.
The outer Magnetic Shield protects the relays against a mutual interaction and therefore allows an assembly with higher density.
This variable Multi-channel Dry-switch design can be built with up to 4 switches Form A and, thanks to its features such as reliable switching behavior, long lifetime and Low Contact Resistance (ON-Resistance), it makes an ideal relay for precise testers, automated test equipment or an alternative for Mercury Relays.
Miniature high voltage relay combines a reliable switching and high isolation properties with a compact design. Designed for demanding applications such as isolation measurement in Battery Management Systems or any other, where low leakage currents are required.
Creepage and clearance distances consistent with international standards IEC 60664-1, ISO 6469-3, IEC 60601-1 and IEC 62109-1/2.
SMD style with no internal solder joints – reflow soldering compatible.
Tested in accordance with AEC-Q200, UL Approved, RoHS/REACH.
Our most versatile general purpose BE Series Reed Relay with many contact configuration options including up to 5 form A switches. Available in latching or high IR typical 10^13 Ω. Plastic or metal housing, epoxy encapsulated.
The LI series is a high voltage reed relay and high insulation reed relay that is epoxy encapsulated. This high voltage reed relay features a high insulation resistance (IR) >10^13 Ω and is capable of switching up to 1kVDC, breakdown voltage of 4.5kVDC, isolation voltage to 7kVDC. UL approval.
The KT series high voltage reed relay and high insulation reed relay is available in both a surface mount (SMD) or through-hole (THT) design. This high voltage reed relay is capable of switching up to 1kVDC, breakdown voltage of 4.5kVDC, isolation voltage to 7kVDC and features a high insulation resistance (IR) >10^13 Ω. This KT series is supplied in a rugged thermoset overmolded package. Tested in accordance with AEC-Q200, UL listed.
The SHV reed relay is a single in-line and high voltage relay or instrumentation grade reed relay supplied in a molded housing, capable of switching up to 1kVDC and breakdown voltage of 4kVDC. This high voltage reed relay series features an insulation resistance >5 x 10^11 Ω and utilizes minimum PCB area, at only 50% compared to our DIP and DIL reed relay series. It is even smaller than the former potted SIL-HV Reed Relay.
Ultraminiature surface mount (SMD) low-profile CRR Series Reed Relay with high insulation resistance (IR) typical 10^13 Ω. Instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
Ultraminiature 8-pole low profile through hole mount (THT) RM05-8A-SP Series Reed Relay module with standard dual in-line (DIL) pin-out (2mm raster) and integrated magnetic shield for high density board mounting. Equipped with an 8-channel relay driver with MAX4823 with kickback protection and parallel activation electronics. Designed to significantly reduce PCB space at 24% smaller than our RM05-8A, saves on wiring costs, and assembly costs.
General purpose line sensing dual in-line DIL Series Reed Relay with coil up to 11.000 Ω. Supplied in an epoxy encapsulated package. Available with dielectric strength 4.25kVDC. Optional diode and magnetic shield. UL approval.
The CRF Series is an ultraminiature 7GHz (RF) high frequency reed relay design in a low-profile surface mount (SMD) package. The RF reed relay features a high insulation resistance (IR) typical 10^13 Ω. This instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
The single in-line SIL RF series high frequency reed relay is capable of switching signals from DC to 1.5GHz. This instrumentation grade RF reed relay is supplied in a rugged thermoset overmolded package. Utilizes minimum PCB area at only 50% compared to our DIP and DIL series. Available with dielectric strength 4kVDC. Optional diode and magnetic shield.
The HF series high frequency reed relay and high power reed relay is capable of carry currents of 5A@30MHz. Specially packaged coil with a PCB pin out for the coil only. This high frequency reed relays’ switch contacts are available for direct wiring (sky wiring). Equipped with a patented external electrostatic and magnetic shield. RF reed relay has a breakdown voltage up to 9kVDC.
The H Series high voltage reed relay is capable of switching up to 10kVDC and breakdown voltage of 15kVDC. This high voltage reed relay is designed with a specially packaged coil with a PCB pin out for the coil only. The switch contacts are available for direct wiring (sky wiring). Replacement for mercury wetted relay.
The HE Series high voltage reed relay is capable of switching up to 10kVDC and breakdown voltage of 15kVDC. Leakage distance >26mm. This high voltage reed relay is epoxy encapsulated with many PCB pin configurations available. Options include high voltage wires available for direct wiring of the high voltage leads. Replacement for mercury wetted relay.
The HM Series high voltage reed relay is capable of switching up to 10kVDC and breakdown voltage of 15kVDC with a leakage distance >32mm. This high voltage reed relay is epoxy encapsulated with many PCB pin configurations available. Options include high voltage wires available for direct wiring of the high voltage leads. Replacement for mercury wetted relay. Latching version also available.
High voltage/high insulation open-frame HI Series Reed Relay with high leakage distance. High Insulation Resistance (IR) >10^14 Ω.
Low thermal epoxy encapsulated BT/BTS Series Reed Relay capable of switching offset voltages <1µV with a 100% duty cycle. This extremely low thermal voltage is achieved through an optimized temperature balance between the reed switches and minimum coil power. An excellent choice over semiconductor devices.
The MRX Series is an ATEX approved reed relay according to KIWA 19ATEX0051 U and IECEx KIWA 19.0026U and is used for the galvanic separation of intrinsic safety and non-intrinsic safety circuits in hazardous locations. The MRX ATEX & IECEx approved reed relays are suitable for circuits of the protection method “ia” (intrinsic safety) up to the Zone 0 in the gas and vaporous atmosphere. It is designed for the temperature range -40°C to +85°C and for the peak voltage up to 375 VDC and 50 Watt. Switching configuration is 1 – 4 Form A or 2 Form C switches.
Type of protection: II (1) G [Ex ia Ga] IIC
In accordance with: EN 60079-0 : 2018, EN 60079-11 : 2012
ATEX Examination Certificate & Assessment Report
IECEx Declaration of Conformity
Miniature high voltage relay combines a reliable switching and high isolation properties with a compact design. Designed for demanding applications such as isolation measurement in Battery Management Systems or any other, where low leakage currents are required.
Creepage and clearance distances consistent with international standards IEC 60664-1, ISO 6469-3, IEC 60601-1 and IEC 62109-1/2.
SMD style with no internal solder joints – reflow soldering compatible.
Tested in accordance with AEC-Q200, UL Approved, RoHS/REACH.
Our most versatile general purpose BE Series Reed Relay with many contact configuration options including up to 5 form A switches. Available in latching or high IR typical 10^13 Ω. Plastic or metal housing, epoxy encapsulated.
The KT series high voltage reed relay and high insulation reed relay is available in both a surface mount (SMD) or through-hole (THT) design. This high voltage reed relay is capable of switching up to 1kVDC, breakdown voltage of 4.5kVDC, isolation voltage to 7kVDC and features a high insulation resistance (IR) >10^13 Ω. This KT series is supplied in a rugged thermoset overmolded package. Tested in accordance with AEC-Q200, UL listed.
Ultraminiature surface mount (SMD) low-profile CRR Series Reed Relay with high insulation resistance (IR) typical 10^13 Ω. Instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
General purpose line sensing dual in-line DIL Series Reed Relay with coil up to 11.000 Ω. Supplied in an epoxy encapsulated package. Available with dielectric strength 4.25kVDC. Optional diode and magnetic shield. UL approval.
The CRF Series is an ultraminiature 7GHz (RF) high frequency reed relay design in a low-profile surface mount (SMD) package. The RF reed relay features a high insulation resistance (IR) typical 10^13 Ω. This instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
Miniature high voltage relay combines a reliable switching and high isolation properties with a compact design. Designed for demanding applications such as isolation measurement in Battery Management Systems or any other, where low leakage currents are required.
Creepage and clearance distances consistent with international standards IEC 60664-1, ISO 6469-3, IEC 60601-1 and IEC 62109-1/2.
SMD style with no internal solder joints – reflow soldering compatible.
Tested in accordance with AEC-Q200, UL Approved, RoHS/REACH.
The SHV reed relay is a single in-line and high voltage relay or instrumentation grade reed relay supplied in a molded housing, capable of switching up to 1kVDC and breakdown voltage of 4kVDC. This high voltage reed relay series features an insulation resistance >5 x 10^11 Ω and utilizes minimum PCB area, at only 50% compared to our DIP and DIL reed relay series. It is even smaller than the former potted SIL-HV Reed Relay.
Ultraminiature surface mount (SMD) low-profile CRR Series Reed Relay with high insulation resistance (IR) typical 10^13 Ω. Instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
Ultraminiature 8-pole low profile through hole mount (THT) RM05-8A-SP Series Reed Relay module with standard dual in-line (DIL) pin-out (2mm raster) and integrated magnetic shield for high density board mounting. Equipped with an 8-channel relay driver with MAX4823 with kickback protection and parallel activation electronics. Designed to significantly reduce PCB space at 24% smaller than our RM05-8A, saves on wiring costs, and assembly costs.
The CRF Series is an ultraminiature 7GHz (RF) high frequency reed relay design in a low-profile surface mount (SMD) package. The RF reed relay features a high insulation resistance (IR) typical 10^13 Ω. This instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
The single in-line SIL RF series high frequency reed relay is capable of switching signals from DC to 1.5GHz. This instrumentation grade RF reed relay is supplied in a rugged thermoset overmolded package. Utilizes minimum PCB area at only 50% compared to our DIP and DIL series. Available with dielectric strength 4kVDC. Optional diode and magnetic shield.
High frequency reed relays are capable of switching signals from DC up to 7 GHz. This is achieved by keeping the signal path as short as possible. Additionally the relays use an internal coaxial shield with a consistent 50 Ohm impedance path. Not only is it excellent with RF signals, but is also great for digital signals where the skew rates or effects on the rise time of fast digital pulses is less than 40 picoseconds through the relay. Internal magnetic shield prevents any magnetic coupling effects between relays when designing a two dimensional or three dimensional relay matrix. Their cost is moderate and stable. Their size is becoming smaller and smaller.
The CRF Series is an ultraminiature 7GHz (RF) high frequency reed relay design in a low-profile surface mount (SMD) package. The RF reed relay features a high insulation resistance (IR) typical 10^13 Ω. This instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
The single in-line SIL RF series high frequency reed relay is capable of switching signals from DC to 1.5GHz. This instrumentation grade RF reed relay is supplied in a rugged thermoset overmolded package. Utilizes minimum PCB area at only 50% compared to our DIP and DIL series. Available with dielectric strength 4kVDC. Optional diode and magnetic shield.
The HF series high frequency reed relay and high power reed relay is capable of carry currents of 5A@30MHz. Specially packaged coil with a PCB pin out for the coil only. This high frequency reed relays’ switch contacts are available for direct wiring (sky wiring). Equipped with a patented external electrostatic and magnetic shield. RF reed relay has a breakdown voltage up to 9kVDC.
High insulation resistance reed relays are designed with materials and creepage distances that ensure extra low leakage currents between the coil and contact as well as across the open contact. These reed relays provide high insulation resistance up to 100 TOhm and, in some cases, even up to 1000 TOhm. This means leakage currents in the range of picoamperes and lower.
Relays are available in packages for up to 1,000 VDC switching and 3,000 VDC breakdown voltage (BH, BE and HI series). For higher voltage level of 10,000 VDC switching and 15,000 VDC breakdown voltage, the customized HM or SPL series are available.
High insulation resistance reed relays find their place in Test & Measurement, particularly in precise testers, or in automated test equipment for semiconductors.
The BH Series is a High-Power Relay capable of switching up to 1 kVDC, while providing a breakdown voltage of 3 kVDC and higher across the open contacts.
Thanks to the integrated Electrostatic Shield and axial switch leads, the BH relay ensures High Insulation Resistance of 10 TOhm across open contacts as well as between coil and contacts, and thus very Low Leakage Current in the picoamperes range.
The outer Magnetic Shield protects the relays against a mutual interaction and therefore allows an assembly with higher density.
This variable Multi-channel Dry-switch design can be built with up to 4 switches Form A and, thanks to its features such as reliable switching behavior, long lifetime and Low Contact Resistance (ON-Resistance), it makes an ideal relay for precise testers, automated test equipment or an alternative for Mercury Relays.
High voltage/high insulation open-frame HI Series Reed Relay with high leakage distance. High Insulation Resistance (IR) >10^14 Ω.
The MRE Reed Relay is a special series focused on High Voltage, High Current and High Insulation Resistance. This relay is capable of switching up to 1 kVDC, and, considering its compact size, it provides an extra high breakdown voltage of 7 kVDC (HV version) across the open contacts, or high carry current of 5 Amps (HC version).
This compact Dual-channel Dry-switch design uses two contacts in series or connected in parallel. Also, it features an integrated Magnetic Shield and high creepage distance pinout. As a result, you can expect High Insulation Resistance of 10 TOhm across open contacts as well as between coil and contacts, and thus a very Low Leakage Current in the picoamperes range.
Lastly, from reliable switching to long lifetime and Low Contact Resistance (ON-Resistance), the MRE relay series is ideally suited for ARC testers, precise testers, automated test equipment and medical equipment.
The BH Series is a High-Power Relay capable of switching up to 1 kVDC, while providing a breakdown voltage of 3 kVDC and higher across the open contacts.
Thanks to the integrated Electrostatic Shield and axial switch leads, the BH relay ensures High Insulation Resistance of 10 TOhm across open contacts as well as between coil and contacts, and thus very Low Leakage Current in the picoamperes range.
The outer Magnetic Shield protects the relays against a mutual interaction and therefore allows an assembly with higher density.
This variable Multi-channel Dry-switch design can be built with up to 4 switches Form A and, thanks to its features such as reliable switching behavior, long lifetime and Low Contact Resistance (ON-Resistance), it makes an ideal relay for precise testers, automated test equipment or an alternative for Mercury Relays.
Miniature high voltage relay combines a reliable switching and high isolation properties with a compact design. Designed for demanding applications such as isolation measurement in Battery Management Systems or any other, where low leakage currents are required.
Creepage and clearance distances consistent with international standards IEC 60664-1, ISO 6469-3, IEC 60601-1 and IEC 62109-1/2.
SMD style with no internal solder joints – reflow soldering compatible.
Tested in accordance with AEC-Q200, UL Approved, RoHS/REACH.
Our most versatile general purpose BE Series Reed Relay with many contact configuration options including up to 5 form A switches. Available in latching or high IR typical 10^13 Ω. Plastic or metal housing, epoxy encapsulated.
The LI series is a high voltage reed relay and high insulation reed relay that is epoxy encapsulated. This high voltage reed relay features a high insulation resistance (IR) >10^13 Ω and is capable of switching up to 1kVDC, breakdown voltage of 4.5kVDC, isolation voltage to 7kVDC. UL approval.
The KT series high voltage reed relay and high insulation reed relay is available in both a surface mount (SMD) or through-hole (THT) design. This high voltage reed relay is capable of switching up to 1kVDC, breakdown voltage of 4.5kVDC, isolation voltage to 7kVDC and features a high insulation resistance (IR) >10^13 Ω. This KT series is supplied in a rugged thermoset overmolded package. Tested in accordance with AEC-Q200, UL listed.
The SHV reed relay is a single in-line and high voltage relay or instrumentation grade reed relay supplied in a molded housing, capable of switching up to 1kVDC and breakdown voltage of 4kVDC. This high voltage reed relay series features an insulation resistance >5 x 10^11 Ω and utilizes minimum PCB area, at only 50% compared to our DIP and DIL reed relay series. It is even smaller than the former potted SIL-HV Reed Relay.
The H Series high voltage reed relay is capable of switching up to 10kVDC and breakdown voltage of 15kVDC. This high voltage reed relay is designed with a specially packaged coil with a PCB pin out for the coil only. The switch contacts are available for direct wiring (sky wiring). Replacement for mercury wetted relay.
The HE Series high voltage reed relay is capable of switching up to 10kVDC and breakdown voltage of 15kVDC. Leakage distance >26mm. This high voltage reed relay is epoxy encapsulated with many PCB pin configurations available. Options include high voltage wires available for direct wiring of the high voltage leads. Replacement for mercury wetted relay.
The HM Series high voltage reed relay is capable of switching up to 10kVDC and breakdown voltage of 15kVDC with a leakage distance >32mm. This high voltage reed relay is epoxy encapsulated with many PCB pin configurations available. Options include high voltage wires available for direct wiring of the high voltage leads. Replacement for mercury wetted relay. Latching version also available.
The MRX Series is an ATEX approved reed relay according to KIWA 19ATEX0051 U and IECEx KIWA 19.0026U and is used for the galvanic separation of intrinsic safety and non-intrinsic safety circuits in hazardous locations. The MRX ATEX & IECEx approved reed relays are suitable for circuits of the protection method “ia” (intrinsic safety) up to the Zone 0 in the gas and vaporous atmosphere. It is designed for the temperature range -40°C to +85°C and for the peak voltage up to 375 VDC and 50 Watt. Switching configuration is 1 – 4 Form A or 2 Form C switches.
Type of protection: II (1) G [Ex ia Ga] IIC
In accordance with: EN 60079-0 : 2018, EN 60079-11 : 2012
ATEX Examination Certificate & Assessment Report
IECEx Declaration of Conformity
Miniature 522 Series Optocouplers for the galvanic separation of intrinsic safety (EXi) circuits, Isolation voltage min. 4kVDC, CTR min. 0.5, cutoff 85kHZ, ATEX & IECEx Certified (18 ATEX 0017 U, KIWA 18.009 U). Insulation resistance input /output up to 10^12 Ω. Distance between input and output for highest safety requirements up to 12mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
Type of protection: II (1) G [Ex ia Ga] II C
In accordance with: EN 60079-0, EN 60079-11
ATEX Examination Certificate & Assessment Report
IECEx Certificate of Conformity
Mounting Instructions for 522 Optocoupler Series
525 Series Optocouplers for the galvanic separation of intrinsic safety (EXi) circuits, Isolation voltage min. 4kVDC, CTR min. 0.5, cutoff 50kHZ, ATEX & IECEx Certified (18 ATEX 0017 U, KIWA 18.009 U). Insulation resistance input /output up to 10^12 Ω. Distance between input and output for highest safety requirements up to 14.5mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
Type of protection: II (1) G [Ex ia Ga] II C
In accordance with: EN 60079-0, EN 60079-11
ATEX Examination Certificate & Assessment Report
IECEx Certificate of Conformity
Mounting Instructions for 525 Optocoupler Series
535 Series Optocouplers for the galvanic separation of intrinsic safety (EXi) circuits, Isolation voltage min. 4kVDC, CTR min. 3.0, cutoff 2kHZ, ATEX & IECEx Certified (18 ATEX 0017 U, KIWA 18.009 U). Insulation resistance input /output up to 10^13 Ω. Distance between input and output for highest safety requirements up to 14.5mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
Type of protection: II (1) G [Ex ia Ga] II C
In accordance with: EN 60079-0, EN 60079-11
ATEX Examination Certificate & Assessment Report
IECEx Certificate of Conformity
Mounting Instructions for 535 Optocoupler Series
567 Series Optocouplers for the galvanic separation of intrinsic safety (EXi) circuits, Isolation voltage min. 4kVDC, cutoff 500kHZ, ATEX & IECEx Certified (18 ATEX 0017 U, KIWA 18.009 U). Insulation resistance input /output up to 10^13 Ω. Distance between input and output for highest safety requirements up to 14mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
Type of protection: II (1) G [Ex ia Ga] II C
In accordance with: EN 60079-0, EN 60079-11
ATEX Examination Certificate & Assessment Report
IECEx Certificate of Conformity
Mounting Instructions for 567 Optocoupler Series
Low thermal epoxy encapsulated BT/BTS Series Reed Relay capable of switching offset voltages <1µV with a 100% duty cycle. This extremely low thermal voltage is achieved through an optimized temperature balance between the reed switches and minimum coil power. An excellent choice over semiconductor devices.
Miniature 522 Series Optocouplers for the galvanic separation of intrinsic safety (EXi) circuits, Isolation voltage min. 4kVDC, CTR min. 0.5, cutoff 85kHZ, ATEX & IECEx Certified (18 ATEX 0017 U, KIWA 18.009 U). Insulation resistance input /output up to 10^12 Ω. Distance between input and output for highest safety requirements up to 12mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
Type of protection: II (1) G [Ex ia Ga] II C
In accordance with: EN 60079-0, EN 60079-11
ATEX Examination Certificate & Assessment Report
IECEx Certificate of Conformity
Mounting Instructions for 522 Optocoupler Series
525 Series Optocouplers for the galvanic separation of intrinsic safety (EXi) circuits, Isolation voltage min. 4kVDC, CTR min. 0.5, cutoff 50kHZ, ATEX & IECEx Certified (18 ATEX 0017 U, KIWA 18.009 U). Insulation resistance input /output up to 10^12 Ω. Distance between input and output for highest safety requirements up to 14.5mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
Type of protection: II (1) G [Ex ia Ga] II C
In accordance with: EN 60079-0, EN 60079-11
ATEX Examination Certificate & Assessment Report
IECEx Certificate of Conformity
Mounting Instructions for 525 Optocoupler Series
535 Series Optocouplers for the galvanic separation of intrinsic safety (EXi) circuits, Isolation voltage min. 4kVDC, CTR min. 3.0, cutoff 2kHZ, ATEX & IECEx Certified (18 ATEX 0017 U, KIWA 18.009 U). Insulation resistance input /output up to 10^13 Ω. Distance between input and output for highest safety requirements up to 14.5mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
Type of protection: II (1) G [Ex ia Ga] II C
In accordance with: EN 60079-0, EN 60079-11
ATEX Examination Certificate & Assessment Report
IECEx Certificate of Conformity
Mounting Instructions for 535 Optocoupler Series
567 Series Optocouplers for the galvanic separation of intrinsic safety (EXi) circuits, Isolation voltage min. 4kVDC, cutoff 500kHZ, ATEX & IECEx Certified (18 ATEX 0017 U, KIWA 18.009 U). Insulation resistance input /output up to 10^13 Ω. Distance between input and output for highest safety requirements up to 14mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
Type of protection: II (1) G [Ex ia Ga] II C
In accordance with: EN 60079-0, EN 60079-11
ATEX Examination Certificate & Assessment Report
IECEx Certificate of Conformity
Mounting Instructions for 567 Optocoupler Series
521 Series Optocouplers for the galvanic separation of intrinsic safety circuits, Isolation voltage min. 6kVDC, CTR min. 0.5, cutoff 50kHZ. Insulation resistance input /output up to 10^13 Ω. Distance between input and output for highest safety requirements up to 24.5mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
528 Series Optocouplers for the galvanic separation of intrinsic safety circuits, Isolation voltage min. 10kVDC, CTR min. 0.9, cutoff 50kHZ. Insulation resistance input /output up to 10^12 Ω. Distance between input and output for highest safety requirements up to 42mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
530-03 Series Optocouplers for the galvanic separation of intrinsic safety circuits, Isolation voltage up to 20kVDC, CTR min. 0.5 (50%), cutoff 50kHZ. Insulation resistance input /output up to 10^12 Ω. Distance between input and output for highest safety requirements min. 34mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
530-70 Series Optocouplers for the galvanic separation of intrinsic safety circuits, Isolation voltage min. 22kVDC, CTR min. 0.8%, cutoff 100kHZ. Insulation resistance input /output up to 10^12 Ω. Distance between input and output for highest safety requirements min. 39mm. Galvanic separation and minor coupling capacitance between input and output circuit. Analog & digital signal transfer is possible. Minor output delay times compared to relays. Long life due to non mechanical wear. Magnetic fields do not impact operation. A photo-diode makes for very short cycle times. Able to invert the output signal during transfer.
A reed relay module contains multiple switching relays in a single device. Standex Electronics' relay modules offer two package styles which include 8-channel and 4-channel relay versions. Our RM05-8A-SP series is an 8-pole configuration housed in a compact dual-in-line through-hole package. Furthermore the RM05-8A-SP comes equipped with integrated drivers MAX4823 with kickback protection. These drivers eliminate the need for external activation electronics and reduce PCB space. Finally there's the 4-pole RM05-4A series low-profile surface mount design with ball-grid array. Also available in a plug-in version. Most notably the 4-pole series is a high frequency relay module capable of switching beyond 5.5 GHz. While boasting <40 ps rise times for switching fast pulses. Our relay experts can help you design an optimal solution. Send us a request.
Ultraminiature 8-pole low profile through hole mount (THT) RM05-8A-SP Series Reed Relay module with standard dual in-line (DIL) pin-out (2mm raster) and integrated magnetic shield for high density board mounting. Equipped with an 8-channel relay driver with MAX4823 with kickback protection and parallel activation electronics. Designed to significantly reduce PCB space at 24% smaller than our RM05-8A, saves on wiring costs, and assembly costs.
Miniature high voltage relay combines a reliable switching and high isolation properties with a compact design. Designed for demanding applications such as isolation measurement in Battery Management Systems or any other, where low leakage currents are required.
Creepage and clearance distances consistent with international standards IEC 60664-1, ISO 6469-3, IEC 60601-1 and IEC 62109-1/2.
SMD style with no internal solder joints – reflow soldering compatible.
Tested in accordance with AEC-Q200, UL Approved, RoHS/REACH.
Ultraminiature surface mount (SMD) low-profile CRR Series Reed Relay with high insulation resistance (IR) typical 10^13 Ω. Instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
The CRF Series is an ultraminiature 7GHz (RF) high frequency reed relay design in a low-profile surface mount (SMD) package. The RF reed relay features a high insulation resistance (IR) typical 10^13 Ω. This instrumentation grade relay comes in a rugged thermoset overmolded package with ceramic substrate. Supplied in tape and reel according to IEC 286/part 3. Ball grid array (BGA) optional. UL approval.
The MRE Reed Relay is a special series focused on High Voltage, High Current and High Insulation Resistance. This relay is capable of switching up to 1 kVDC, and, considering its compact size, it provides an extra high breakdown voltage of 7 kVDC (HV version) across the open contacts, or high carry current of 5 Amps (HC version).
This compact Dual-channel Dry-switch design uses two contacts in series or connected in parallel. Also, it features an integrated Magnetic Shield and high creepage distance pinout. As a result, you can expect High Insulation Resistance of 10 TOhm across open contacts as well as between coil and contacts, and thus a very Low Leakage Current in the picoamperes range.
Lastly, from reliable switching to long lifetime and Low Contact Resistance (ON-Resistance), the MRE relay series is ideally suited for ARC testers, precise testers, automated test equipment and medical equipment.
Our most versatile general purpose BE Series Reed Relay with many contact configuration options including up to 5 form A switches. Available in latching or high IR typical 10^13 Ω. Plastic or metal housing, epoxy encapsulated.
Ultraminiature 8-pole low profile through hole mount (THT) RM05-8A-SP Series Reed Relay module with standard dual in-line (DIL) pin-out (2mm raster) and integrated magnetic shield for high density board mounting. Equipped with an 8-channel relay driver with MAX4823 with kickback protection and parallel activation electronics. Designed to significantly reduce PCB space at 24% smaller than our RM05-8A, saves on wiring costs, and assembly costs.
General purpose line sensing dual in-line DIL Series Reed Relay with coil up to 11.000 Ω. Supplied in an epoxy encapsulated package. Available with dielectric strength 4.25kVDC. Optional diode and magnetic shield. UL approval.
High voltage/high insulation open-frame HI Series Reed Relay with high leakage distance. High Insulation Resistance (IR) >10^14 Ω.
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