Overview
Block Diagram
EV Charging Solutions
Supercharged Solutions to Enhance Safety, Efficiency, and Reliability
AC charging station
DC charging station
Wireless charging station
AC charging station
User Interface
TVS Diode Array
Polymer ESD Suppressor
Communication
TVS Diode Array
Reed Relay
Charging Plug
Temperature Sensor
Reed Sensor
AC Relays/Contactor
Contactors & Relays
Reed Sensor
Service Access Panel
Fuse
Input Protection
MOV
GDT
TVS Diode
PPTC
Schottky Diode
SIDACtor + MOV
Auxiliary Power Supply
®
Explore key functions and solutions
AC input
Power distribution unit
Input protection
AC relays/
contactors
Current sensor
AC output
Output
Auxiliary
power supply
Controllers
Charging plug
position/temp
Communication
User interfaces
Access panel sensors
Wireless
CAN Bus
Input protection
High-current Fuse
(Primary Protection)
Surge protection
(Primary protection)
Fast-acting Fuse
(Secondary Protection)
MOV
GDT
TVS Diode
Primary over-current protection of EV equipment
Features & Benefits
Enables robust yet compact design; can operate in extreme temperature environment
Rated voltage @ 500 VAC; 40−63 A rating available; small footprint
Series:
606
SPD Type 2
Series:
Withstands high-energy transients to prevent disruption, downtime, and degradation
20 kA nominal interrupting rating and 50 kA maximum interrupting rating
Features & Benefits
Protects from power fluctuations or surges
314, 324, 215
Series:
Reduces customer qualification time by complying with third-party safety standards such as UL/IEC
In accordance with UL Standard 248-14; available in cartridge and axial lead format
Features & Benefits
Overcurrent protection of auxiliary power supply
TMOV, UltraMOV
Series:
Reduces customer qualification time by complying with third-party safety standards such as UL/IEC
High energy absorption capability:
40–530 J (2 ms); integrated thermal protection
Features & Benefits
GDT in series with TMOV protects the auxiliary power supply unit from voltage transients induced by lightning
CG2, CG3
Series:
Small form-factor allows for compact
system design
High energy absorption capability;
small form-factor; low leakage current
Features & Benefits
GDT in series with TMOV protects the auxiliary power supply unit from voltage transients induced by lightning
AK6, 1.5SMC
Series:
Good clamping and fast response time for high-energy transient protection
High power TVS 8/20 µs rating from 1−20 kA in axial-lead or SMT form factor
Features & Benefits
Protects power line from transient surge transient
Pxxx0FNL + UltraMOV
Series:
Good clamping and fast response time forhigh-energy transient protection
3 kA, 8/20 µs surge capability to help protect AC lines from harmful transient surges.
Features & Benefits
Enhancing surge protection for auxiliary power supply
DST, DSA, DSB
Series:
Reduces switching losses; increases system efficiency, reliability and thermal management
High surge capability; negligible reverse recovery current; Tj = 175 °C
Features & Benefits
Used for rectification
LVR
Series:
Fast time to trip; offers boards space savings; reduces customer qual time by complying with UL/IEC
Line voltage ratings of 120 and 240 VAC; low resistance; holding current up to 2 A; compact size
Features & Benefits
Protected linear transformers from damages due to mech overloads, overheating, etc.
SIDACtor + MOV
Schottky Diode
PPTC
Auxiliary power supply
HE3600
Series:
Low power consumption; galvanic isolation; immune to environmental effects
Miniature single in-line package; external magnetic shield option
Features & Benefits
Low power switching with up to 2500 V isolation
AQ24CAN, SM712
Series:
Ensures reliability of the equipment without performance degradation
Meets ESD protection levels specified under IEC 61000-4-2; ISO10605; low leakage current and clamping voltage
Features & Benefits
Protects CAN, Ethernet, RS-485 bus from ESD, EFT, and voltage transient
Reed Relay
TVS Diode Array
Communication
SP1026, XGD10402
Series:
Smaller form-factor and multi-line protection enables ease of design
SP1026 has high ESD robustness for touchpads; XGD10402 has ultra-low capacitance for I/O
Features & Benefits
Protects ICs from ESD through display
TVS Diode Array
Polymer ESD
User interfaces
59060, 59045
Series:
Robust in end application; mount directly into PCB; no standby power requirement
Well suited for usage in high-moisture and contaminated environments; molded stand-off to allow board washing
Features & Benefits
Access panel for position sensing
Reed Sensor
Access panel sensors
59060, 59045
Series:
Robust design; well suited for usage in high-moisture and contaminated environment
Hermetically sealed, magnetically operated contacts; certified tor use in NA and Europe
Features & Benefits
Charging plug position sensing
PPG, USW, Glass Coated Thermistor
Series:
Offers high accuracy; high reliability;
excellent stability at high temperatures
Linear relationship between temp and resistance; temp range -50 °C to +500 °C
Features & Benefits
DC contacts hotspot detection
Reed Sensor
Temperature Sensor
Charging plug position/temp
SCO1, SCO2*
Series:
PCB mount capable; higher flexibility for designers; compact design;
Low heat generation and low coil power consumption; performance to meet regulatory UL/IEC compliance
Features & Benefits
Safety cutoff on the grid (power network) to prevent abnormal current supply.
HCC 1 & 2 Pole, HCC 3 & 4 Pole, HCD
Series:
Predetermined life cycle for application to minimize cost; high electrical and thermal conductivity; good resistance to oxidation for longer life
Long electrical life; High surge capability; Certified for use in North America, Europe and Asia
Features & Benefits
Safety cutoff on the grid (power network) to prevent abnormal current supply.
Relays
Contactors
AC relays/contactors
Explore key functions and solutions
DC charging station
CAN Bus
Wireless
Gate drivers
Auxiliary
power supply
Output
Rectifier & power factor correction
Bridgeless, vienna or
boost stage
Input protection
Power distribution unit
AC input
Overview
Block Diagram
Reed Sensor
Service Access Panel
Power Distribution Unit
Fuse
SE-704
Series:
No calibration; low level protection and system coordination; low maintenance
Microprocessor-based; adjustable pickup (10 mA-5 A); Adjustable time delay (30 ms−2 s)
Features & Benefits
Offers ground-fault detection and protection
AC Earth-Fault Relay
AC relays/contactors
SE-CS30
Series:
Specifically designed for low level detection; flux conditioner is included to prevent saturation
Turns ratio 600:1 and current rating 30:0.05 A
Features & Benefits
Offers ground-fault detection and protection
Current Transformer
Current and voltage monitoring
IXDN609, IX4351NE
Series:
Quick turn-on and turn-off of MOSFETs/IGBTs; eliminates the need for separate supply
9 A peak current; low propagation delay time; low output impedance
Features & Benefits
Controls the switching MOSFETs/IGBTs
Gate Driver
Access panel sensors
PSR, L50QS, L75QS
Series:
Lower I²t performance allows for quick response to protect devices from higher heat energy
550–1300 V 500–1000 V 40–2000 A
Features & Benefits
Protects semiconductor devices
AK6, 1.5SMC
Series:
Good clamping and fast response time forhigh-energy transient protection
High power TVS 8/20 µs rating from 1 kA to 20 kA in axial-lead or SMT form factor
Features & Benefits
Protects power line from transient surge transient
SPD Type 2
Series:
Withstands high-energy transients to prevent disruption, downtime, and degradation
20 kA nominal interrupting rating and 50 kA maximum interrupting rating
Features & Benefits
Protects from power fluctuations or surges
TVS Diode
Surge protection
(Primary protection)
Overcurrent protection
(Primary protection)
Input protection
JLLS, JLLN
Series:
Reduces damage to equipment caused by heating and magnetic effects of short circuit currents;
Extremely current-limiting; Small footprint 200 kA interrupting rating
Features & Benefits
Provide fast-acting overload and short circuit protection.
AC Fuse
(PDU Level)
Power distribution unit
Fuse
Surge Protection Device
TVS Diode
Current Transformer
Input Protection
DC Fuse
HVDC Contactor
Earth Fault Relay
DC Output Protection
Fuse
MOV, GDT, SIDACtor + MOV
Si MOSFET
Rectifier Diode
Auxiliary Power Supply
Charging Plug
Temperature Sensor
Reed Sensor
®
AC Earth Fault Relay
Communication
TVS Diode Array
SiC/Si MOSFET
Rectifier Diode/Module
Gate Driver
Temperature Sensor
Rectification & PFC
User Interface
TVS Diode Array
Polymer ESD Suppressor
SiC/Si MOSFET
Rectifier Diode/Module
Gate Driver
Temperature Sensor
Rectification & PFC
Gate drivers
Full bridge, resonant
High-Frequency converter
DC earth-fault protection
Overload & short-circuit protection
DC output
Access panel sensors
User interfaces
Controllers
Charging Plug
Position/Temp
Communication
AC earth-fault protection
Current and voltage monitoring
Note: Power converter topologies may differ based on design-specific requirements.
AC'
DC'
Pxxx0FNL + UltraMOV
Series:
Good clamping and fast response time for high-energy transient protection
3 kA, 8/20 µs surge capability to help protect AC lines from harmful transient surges
Features & Benefits
Enhancing surge protection for auxiliary power supply
CG2, CG3
Series:
Small form-factor allows for compact
system design
High energy absorption capability;
small form-factor; low leakage current
Features & Benefits
GDT in series with TMOV protects the auxiliary power supply unit from voltage transients induced by lightning
TMOV, UltraMOV
Series:
Reduces customer qualification time by complying with third-party safety standards such as UL/IEC
High energy absorption capability:
40–530 J (2 ms); integrated thermal protection
Features & Benefits
GDT in series with TMOV protects the auxiliary power supply unit from voltage transients induced by lightning
314, 324
Series:
Reduces customer qualification time by complying with third-party safety standards such as UL/IEC
In accordance with UL Standard 248-14;
available in cartridge and axial lead format
Features & Benefits
Overcurrent protection of auxiliary power supply
DMA, DST, DSA, DSB
Series:
Improves power supply unit efficiency
Low forward voltage drop; high-frequency operation; high junction temperature
Features & Benefits
Provides output rectification in auxiliary power supply
Polar™
Series:
Easy to mount; space-savings; high power density
Low and Qg; avalanche rated; international standard packages; low package inductance
Features & Benefits
High-speed switching
SIDACtor + MOV
GDT
MOV
AC Fuse
(Secondary protection)
Rectifier and Schottky Diode
Si MOSFET
Auxiliary power supply
RDS(ON)
USUR1000, KC
Series:
Rapid thermal response and long-time reliability
UL recognized; temperature range: -40−125 °C
Features & Benefits
Temp sensing for semiconductors
LSIC2SD, DHG, DSEI
Series:
Reduces switching losses; increases efficiency
High surge capability; negligible I ; Tj 175 °C
Features & Benefits
Boost converter for high-frequency switching in the PFC circuit
LSIC1MO/X2-Class/XPT
Series:
Optimized for high-frequency applications
Ultra-low output capacitance and on-resistance
Features & Benefits
Boost converter for high-frequency switching in the PFC circuit
MDD, VUO, MDNA
Series:
Compact design, better electrical isolations
Package with DCB ceramic; very low forward voltage drop and low leakage current
Features & Benefits
Converts AC line voltage supplied to the drive to DC
DMA
Series:
Small footprint; multiple package options (high voltage, isolated, and standard packages)
Low leakage current and forward voltage drop; improved thermal behavior; high robustness
Features & Benefits
Converts AC line voltage supplied to the drive to DC
Temperature Sensor
Diode
SiC/Si MOSFET/
Discrete IGBT
Rectifier Module
Rectifier Diode
Bridgeless, vienna or boost stage
RR
Robust design; well-suited for usage in
high-moisture and contaminated environment
Hermetically sealed; magnetically operated contacts; certified for use in NA and Europe
Features & Benefits
Access panel for position sensing
Reed Sensor
Access panel sensors
SP1026, XGD10402
Series:
Smaller form-factor and multi-line protection enables ease of design
Low capacitance of 1.0 pF per I/O
Features & Benefits
Protects ICs from ESD through display
TVS Diode Array Polymer ESD
User interfaces
AQ24CAN, SM712
Series:
Ensures reliability of the equipment without performance degradation
Meets ESD protection levels specified under IEC 61000-4-2; ISO10605; low leakage current and clamping voltage
Features & Benefits
Protects CAN, Ethernet, RS-485 bus from ESD, EFT, and voltage transient
TVS Diode Array
Communication
59060, 59045
Series:
Robust design; well suited for usage in
high-moisture and contaminated environment
Hermetically sealed, magnetically operated contacts. Certified tor use in NA and Europe
Features & Benefits
Charging plug position sensing
PPG, USW, Glass Coated Thermistor
Series:
Offers high accuracy; high reliability;
excellent stability at high temperature
Linear relationship between temp and resistance; temp range -50 °C to +500 °C
Features & Benefits
DC contacts hotspot detection
Reed Sensor
Temperature Sensor
Charging Plug Position/Temp
SE-GRM
Series:
Features & Benefits
Offers low-level ground-fault protection. Ground-fault current is sensed using a Ground-Reference Module
SE-601
Series:
Provides a wide range of low-level protection; adjustable trip delay allows quick protection or delayed response
Adjustable pickup (1–20 mA); adjustable time delay (50 ms–2.5 s); CSA certified, UL Listed (E340889), CE (European Union), C-Tick
Features & Benefits
Offers low-level ground-fault protection. Ground-fault current is sensed using a Ground-Reference Module
Earth Reference Module
DC Earth-Fault Relay
DC earth-fault protection
DCNxx
Series:
Allows a low-voltage signal to switch the contacts for a high voltage signal
Wide range of capabilities–can switch from 10’s of amps to 1000’s of amps, and 10’s of volts to 1000’s of volts
Features & Benefits
The main contactors connect and disconnect the DC charging unit
PSR, SFPJ
Series:
Lower I t performance allows for quick response to protect devices from higher heat energy
550–1300 V 500–1000 V 40–2000 A
Features & Benefits
Protects semiconductor devices
DMA, DHG, DSEI
Series:
Compact design; low turn-on loss;
lower power dissipation
High voltage options; very low forward voltage drop; small form factor
Features & Benefits
CHAdeMO standard requires safety diode for secondary protection
HV DC Contactors
Diode
DC Fuse
Overload & short-circuit protection
IXDN609, IX4351NE
Series:
Quick turn-on and turn-off of MOSFETs;
eliminates the need for separate supply
9 A peak current; low propagation delay time; low output impedance
Features & Benefits
Controls the switching MOSFETs
Gate Driver
Gate drivers
USUR1000, KC
Series:
Rapid thermal response and long-time reliability
UL recognized; wide range of temperature: -40 °C to 125 °C
Features & Benefits
Semiconductor temperature measurement
LSIC2SD, DHG, DSEI
Series:
Reduces switching losses; increases efficiency
High surge capability; negligible I ; Tj 175 °C
Features & Benefits
High-frequency switching and rectification
LSIC1MO, X-Class, X2-Class, HiPerFET™
Series:
Optimized for high-frequency applications
Ultra-low output capacitance and on-resistance
Features & Benefits
High-frequency switching and rectification
Temperature Sensor
Diode
SiC or Si MOSFET
Full bridge, resonant
RR
Provides a wide range of low-level protection; adjustable trip delay allows quick protection or delayed response
Adjustable pickup (1–20 mA); adjustable time delay (50 ms–2.5 s); CSA certified, UL Listed (E340889), CE (European Union), C-Tick
Overview
Block Diagram
Explore key functions and solutions
Wireless charging station
Temperature Sensor
Gate Driver
SiC MOSFET
High-frequency Converter
AC Earth Fault Relay
Current Transformer
TVS Diode
Surge Protection Device
Fuse
Input Protection
Power Distribution Unit
Fuse
Service Access Panel
Reed Sensor
Polymer ESD Suppressor
TVS Diode Array
User Interface
Communication
TVS Diode Array
Temperature Sensor
Gate Driver
Rectifier Diode/Module
SiC/Si MOSFET
Rectification & PFC
Rectifier Diode
Si MOSFET
MOV, GDT, SIDACtor + MOV
Fuse
Auxiliary Power Supply
®
Note: Power converter topologies may differ based on design-specific requirements.
Access panel sensors
User interfaces
AC earth-fault protection
Current and voltage monitoring
Communication
Controllers
CAN Bus
Wireless
Auxiliary
power supply
Gate drivers
Full bridge, resonate
High-Frequency converter
Impe-
dance Matching Network
Power Transmission Coils
Wireless Power Transfer
Gate drivers
Bridgeless, vienna or
boost stage
Rectifier & power factor correction
Input protection
Power distribution unit
AC input
JLLS, JLLN
Series:
Reduces damage to equipment caused by heating and magnetic effects of short circuit currents;
Extremely current-limiting; Small footprint 200 kA interrupting rating
Features & Benefits
Provide fast-acting overload and short circuit protection.
AC Fuse
(PDU Level)
Power distribution unit
Pxxx0FNL + UltraMOV
Series:
Good clamping and fast response time for high-energy transient protection
3 kA, 8/20 µs surge capability to help protect AC lines from harmful transient surges
Features & Benefits
Enhancing surge protection for auxiliary power supply
CG2, CG3
Series:
Small form-factor allows for compact
system design
High energy absorption capability;
small form-factor; low leakage current
Features & Benefits
GDT in series with TMOV protects the auxiliary power supply unit from voltage transients induced by lightning
TMOV, UltraMOV
Series:
Reduces customer qualification time by complying with third-party safety standards such as UL/IEC
High energy absorption capability:
40–530 J (2 ms); integrated thermal protection
Features & Benefits
GDT in series with TMOV protects the auxiliary power supply unit from voltage transients induced by lightning
314, 324
Series:
Reduces customer qualification time by complying with third-party safety standards such as UL/IEC
In accordance with UL Standard 248-14;
available in cartridge and axial lead format
Features & Benefits
Overcurrent protection of auxiliary power supply
DMA, DST, DSA, DSB
Series:
Improves power supply unit efficiency
Low forward voltage drop; high-frequency operation; high junction temperature
Features & Benefits
Provides output rectification in auxiliary power supply
Polar™
Series:
Easy to mount; space-savings; high power density
Low and Qg; avalanche rated; international standard packages; low package inductance
RDS(ON)
Features & Benefits
High-speed switching
SIDACtor + MOV
GDT
MOV
AC Fuse
(Secondary protection)
Rectifier and Schottky Diode
Si MOSFET
Auxiliary power supply
AK6, 1.5SMC
Series:
Good clamping and fast response time for high-energy transient protection
High power TVS 8/20 µs rating from 1 kA to 20 kA in axial-lead or SMT form factor
Features & Benefits
Protects power line from transient surge transient
SPD Type 2
Series:
Reduces switching losses; increases system efficiency, reliability and thermal management
20 kA nominal interrupting rating and 50 kA maximum interrupting rating
Features & Benefits
Protects from power fluctuations or surges
PSR, L50QS, L75QS
Series:
Lower I²t performance allows for quick response to protect devices from higher heat energy
550–1300 V 500–1000 V 40–2000 A
Features & Benefits
Protects semiconductor devices
TVS Diode
Surge protection
(Primary protection)
Overcurrent protection
(Primary protection)
Input protection
AC'
DC'
USUR1000, KC
Series:
Rapid thermal response and long-time reliability
UL recognized; temperature range: -40−125 °C
Features & Benefits
Temp sensing for semiconductors
LSIC2SD, DHG, DSEI
Series:
Reduces switching losses; increases efficiency
High surge capability; negligible I ; Tj 175 °C
RR
Features & Benefits
Boost converter for high-frequency switching in the PFC circuit
LSIC1MO / X2-Class / XPT
Series:
Optimized for high-frequency applications
Ultra-low output capacitance and on-resistance
Features & Benefits
Boost converter for high-frequency switching in the PFC circuit
MDD, VUO, MDNA
Series:
Compact design, better electrical isolations
Package with DCB ceramic; very low forward voltage drop and low leakage current
Features & Benefits
Converts AC line voltage supplied to the drive to DC
DMA
Series:
Small footprint; multiple package options (high voltage, isolated, and standard packages)
Low leakage current and forward voltage drop; improved thermal behavior; high robustness
Features & Benefits
Converts AC line voltage supplied to the drive to DC
Temperature Sensor
Diode
SiC/Si MOSFET/
Discrete IGBT
Rectifier Module
Rectifier Diode
Bridgeless, vienna or boost stage
IXDN609, IX4351NE
Series:
Quick turn-on and turn-off of MOSFETs/IGBTs; eliminates the need for separate supply
9 A peak current; low propagation delay time; low output impedance
Features & Benefits
Controls the switching MOSFETs/IGBTs
Gate Driver
Access panel sensors
SE-CS30
Series:
Specifically designed for low level detection; flux conditioner is included to prevent saturation
Turns ratio 600:1 and current rating 30:0.05 A
Features & Benefits
Offers ground-fault detection and protection
Current Transformer
Current and voltage monitoring
SE-704
Series:
No calibration; low level protection and system coordination; low maintenance
Microprocessor-based; adjustable pickup (10 mA-5 A); Adjustable time delay (30 ms−2 s)
Features & Benefits
Offers ground-fault detection and protection
AC Earth-Fault Relay
AC relays/contactors
USUR1000, KC
Series:
Rapid thermal response and long-time reliability
UL recognized; wide range of temperature:
-40 °C to 125 °C
Features & Benefits
Semiconductor temperature measurement
LSIC1MO
Series:
Optimized for high-frequency applications
Ultra-low output capacitance and on-resistance
Features & Benefits
High-frequency switching and rectification
Temperature Sensor
SiC or Si MOSFET
Full bridge, resonant
IXDN609, IX4351NE
Series:
Quick turn-on and turn-off of MOSFETs;
eliminates the need for separate supply
9 A peak current; low propagation delay time; low output impedance
Features & Benefits
Controls the switching MOSFETs/IGBTs
Gate Driver
Gate drivers
AQ24CAN, SM712
Series:
Ensures reliability of the equipment without performance degradation
Meets ESD protection levels specified under IEC 61000-4-2; ISO10605; low leakage current and clamping voltage
Features & Benefits
Protects CAN, Ethernet, RS-485 bus from ESD, EFT, and voltage transient
TVS Diode Array
Communication
SP1026, XGD10402
Series:
Smaller form-factor and multi-line protection enables ease of design
Low capacitance of 1.0 pF per I/O
Features & Benefits
Protects ICs from ESD through display
TVS Diode Array Polymer ESD
User interfaces
59060, 59045
Series:
Robust design; well-suited for usage in
high-moisture and contaminated environment
Hermetically sealed; magnetically operated contacts; certified for use in NA and Europe
Features & Benefits
Charging plug position sensing
Reed Switch
Access panel sensors
Select standards for EV charging equipment
Electric Vehicle Conductive Charging System
Plugs, Socket-Outlets, Vehicle Connectors
and Vehicle Inlets - Conductive Charging
of Electric Vehicles
Electric Vehicle Wireless Power Transfer (WPT)
Systems
Electric Vehicle Conductive Charging System
Connection Set for Conductive Charging
of Electric Vehicles
Electric Vehicle and Plug-in Hybrid Electric Vehicle Conductive
Charge Coupler
Wireless Power Transfer for Light-Duty Plug-In/Electric Vehicles and Alignment Methodology
Standard for Electric Vehicle Supply Equipment
Standard for Electric Vehicle (EV) Charging System Equipment
Region:
General Scope:
Safety standard for electric vehicle charging equipment.
•
Standard:
UL 2202
•
U.S.
•
Standard for Electric Vehicle Supply Equipment
Region:
General Scope:
Safety standard for supply equipment (charging stations, cord sets, power outlets, etc.) in North America. Tri-national standard for U.S., Canada, and Mexico (known as CAN/CSA C22.2 No. 280 in Canada and NMX-J-677-ANCE in Mexico).
•
North America
•
Standard:
UL 2594
•
Wireless Power Transfer for Light-Duty Plug-In/Electric Vehicles and Alignment Methodology
Region:
General Scope:
Interoperability, electromagnetic compatibility, EMF, minimum performance, safety and testing for wireless chargers in North America.
•
North America
•
Standard:
SAE J2954*
Electric Vehicle and Plug-in Hybrid Electric Vehicle Conductive
Charge Coupler
Region:
General Scope:
Physical, electrical, functional and performance standard for charging plugs in North America.
•
North America
•
Standard:
SAE J1772*
•
Electric Vehicle Conductive Charging System
Region:
General Scope:
Various parts of this standard cover general requirements, along with AC chargers and DC chargers specifically.
•
China
•
Standard:
GB/T 18487 Series
•
Connection Set for Conductive Charging of Electric Vehicles
Region:
General Scope:
Standards for charging plugs in China.
•
China
•
Standard:
GB/T 20234 Series
•
Electric Vehicle Wireless Power Transfer (WPT) Systems
Region:
General Scope:
Various parts of this standard cover general requirements for wireless charging systems, along with specific technology-based requirements.
•
Global
•
Standard:
IEC 61980 Series
•
Plugs, Socket-Outlets, Vehicle Connectors and Vehicle Inlets - Conductive Charging of Electric Vehicles
Region:
General Scope:
Standards for charging plugs, sockets, and connectors.
•
Global
•
Standard:
IEC 62196 Series
•
Electric Vehicle Conductive Charging System
Region:
General Scope:
Various parts of this standard cover general requirements, along with AC chargers and DC chargers specifically.
•
Global
•
Standard:
IEC 61851 Series
•
* J1772™ and J2954™ are registered trademarks of SAE International
* J1772™ and J2954™ are registered trademarks of SAE International
Standard for Electric Vehicle (EV) Charging System Equipment
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Power
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Data
•
Power
Legend:
Data
Power
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Data
2
AC'
DC'
59060, 59045
Series:
* Please contact Littelfuse sales for more details
Are you ready to protect your EV charging?