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OverviewAll product unitsProduct unitPassive ComponentsProduct groupSignal & CommunicationsProduct familySignal TransformerProduct seriesWE-PLC Transformer
OverviewAll product unitsProduct unitPassive ComponentsProduct groupSignal & CommunicationsProduct familySignal TransformerProduct seriesWE-PLC Transformer

WE-PLC Transformer NEW

WE-PLC Transformer

Characteristics

  • Insulation test voltage of 4500 VAC / 1 min.
  • Operating temperature: -40 °C to 125 °C
  • Different transmission ratios

Applications

  • Wallbox / public EV charging systems
  • Frequency range from 500 kHz to 30 MHz
  • Industrial signal isolation

Products

Order Code Data­sheet Downloads StatusPortsOperating TemperatureVT
(V (AC))		MountL
(µH)		n Samples
74941502SPEC
6 files

EDA models: Components
ZIP

CAD files
ZIP

Download all 6 files as zip archive
ZIP

 Active i| Production is active. Expected lifetime: >10 years. 1 -40 °C up to +125 °C 4500 SMT 20 1:1:1
74941503SPEC
6 files

EDA models: Components
ZIP

CAD files
ZIP

Download all 6 files as zip archive
ZIP

 Active i| Production is active. Expected lifetime: >10 years. 1 -40 °C up to +125 °C 4500 SMT 20 1:4:3
Order Code Data­sheet
74941502SPEC
74941503SPEC
Samples
Order Code Data­sheet Downloads StatusPortsOperating TemperatureVT
(V (AC))		MountL
(µH)		n Samples

Power Line Communication (PLC)

Power Line Communication (PLC) is a technology that enables the transmission of data and information over electrical power lines.

The existing power grid can be used for communication between the various consumers in applications such as the smart grid, smart metering and industrial and home control systems.

For electric vehicle charging, PLC is part of the general trend to make charging more efficient and convenient, and to adapt it to the needs of users and the grid. PLC is used to transmit data and control signals that allow intelligent charging, monitoring and management of the charging process. The WE-PLC transformer is suitable for AC and DC charging stations according to ISO 15118-3.

Why is a transformer needed for PLC?

Galvanic isolation is required between the supply network and the PLC modem to protect the low-voltage range in the event of a short circuit. In addition, impedance matching must take place to minimize signal reflection. This can be achieved using a transformer.

With the WE-PLC transformer, the PLC system is safely protected and a high signal quality is achieved at the same time.

Turns Ratio

Depending on the application, transformers with different turns ratios are required. A turns ratio of 1:1:1 is used for the PLC interface in e-mobility applications on the charging station side (EVSE). For AC grid communication interfaces, such as in smart grid, IoT or smart home applications, a transformer with a turns ratio of 1:4:3, for example, couples the modem signal to the grid.

PLC EV-Charging Interface
PLC EV-Charging Interface
PLC AC Mains communication interface
PLC AC Mains communication interface

More Components for PLC and EV-Charging

WCAP-FTXH THB X2-Capacitors  

  • Self-healing properties
  • For harsh environmental conditions (THB: Temperature Humidity Bias)
  • THB Test: 1000 h @ 85°C @ 85% RH with rated voltage applied
  • Safety class: X2
  • Release for series application required
  • Capacitance range: 33 nF ‒ 10 µF
  • Voltage range (VR): 310 VAC

WE-SL2 SMT Common Mode Line Filter  

  • Common mode choke
  • Ring core with the core materials of NiZn and MnZn
  • Operating temperature: –40 °C to +125 °C
  • Operating voltage: 80 VDC (42 VAC)
  • Inductance: 10 to 20000 µH
  • Rated current: 200 to 1600 mA
  • RDC max.: 0.08 to 2.6 Ω

WE-TVS Diode - Standard Series  

  • Channel operating voltage VCh max. from 3.3 up to 24 V
  • Input capacitance CCh typ. from 12 pF up to 1.65 nF
  • Fast turn-on
  • Low clamping voltage and high ESD withstand voltage
  • Uni- or bidirectional protection
  • Small package

WE-TVSP Power TVS Diode  

  • Operating voltage: 5 - 440 VDC
  • Peak pulse current: 0.6 to 326.1 A
  • Glass passivated juction
  • Excellent clamping capability
  • Fast response time
  • Safety certification UL 497B, E478010
  • Low profile package

From mobile charging cables (ICCPD) to wallboxes for the home and public charging stations (HPC) - Würth Elektronik develops and manufactures electronic and electromechanical components for a wide range of these applications. Take a look at our industry guide to find out more about available components for EV charging.

To the Applications- and Industries Guide