OverviewAll product unitsProduct unitDigital IsolatorsProduct familyDigital Isolators with Integrated PowerProduct seriesWPME-CDIP Capacitive Digital Isolator Powered

WPME-CDIP Capacitive Digital Isolator Powered NEW

WPME-CDIP Capacitive Digital Isolator Powered with 4-channel digital isolators and isolation voltage up to 5000 VRMS from Würth Elektronik
 Size Dimen­sionsL
(mm)
W
(mm)
H
(mm)
Mount
NEW SOIC 16WB 10.3 7.5 2.5 SMT

Characteristics

  • 4-channel digital isolators
  • Isolation voltage up to 5000 VRMS
  • 0.65W isolated integrated DC/DC power converter
  • Reinforced insulation
  • Signal transmission in high-speed applications (data rate up to 100 Mbps)
  • High level of immunity to system noise (CMTI ±150 kV/µs)
  • Industrial standard package and pin configuration
  • UL 1577 Recognized
  • DIN EN IEC 60747-17 (VDE 0884-17) certification
  • Low conducted and radiated EMI (compliant to EN55032 class B / CISPR-32)

Applications

  • Isolated communication interfaces (SPI, CAN, RS-232, RS-485)
  • Motor Control
  • Industrial SMPS
  • Test and measurement systems
  • Microcontroller and DSP application
  • Industrial automation
  • Programmable logic controller (PLC) interfaces
  • Battery management systems
  • Solar inverters
  • Level shifters

Products

SOIC 16WB
Order Code Data­sheet Simu­lation DownloadsVCC min.
(V)
VCC max.
(V)
Channel ConfigurationtPLH, tPHL
(ns)
DR
(Mbps)
CMTI
(kV/µs)
VISO
(V (RMS))
Default OutputEvaluation Boards Samples
18024015401HSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

6 files 3.15 5.5 4/0 10 100 150 5000 High18824015401H
18024015401LSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

6 files 3.15 5.5 4/0 10 100 150 5000 Low18824015401L
18024115401HSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

6 files 3.15 5.5 3/1 10 100 150 5000 High18824115401H
18024115401LSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

6 files 3.15 5.5 3/1 10 100 150 5000 Low18824115401L
18024215401HSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

6 files 3.15 5.5 2/2 10 100 150 5000 High18824215401H
18024215401LSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

6 files 3.15 5.5 2/2 10 100 150 5000 Low18824215401L
Order Code Data­sheet Simu­lation
18024015401HSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

18024015401LSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

18024115401HSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

18024115401LSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

18024215401HSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

18024215401LSPEC

PCN pending

Due to a pending PCN there will be a new datasheet revision issued for this order code soon. Please find the actual as well based on valid PCN date the new revision datasheet below. If you have further questions please get in contact with our sales staff.

Samples
Order Code Data­sheet Simu­lation DownloadsVCC min.
(V)
VCC max.
(V)
Channel ConfigurationtPLH, tPHL
(ns)
DR
(Mbps)
CMTI
(kV/µs)
VISO
(V (RMS))
Default OutputEvaluation Boards Samples

On-Off Keying (OOK)

Enhancing Digital Isolation

Keep Your Signal Noise-proof

Digital isolators play a Important role in modern electronics, ensuring the safe transfer of data and power between different circuits while maintaining electrical isolation. One of the key decisions when designing digital isolators is choosing the modulation scheme that best suits the application.

The WPME-CDIx series offer an On-Off Keying (OOK) modulation technique to transmit data from the Input to the Output side. It is a technique where data is encoded by switching the output between two distinct levels - typically high and low. This simplicity translates to lower complexity in both the transmitting and receiving ends of the isolator. The binary nature of OOK means that it is relatively resistant to amplitude variations caused by noise. This robustness ensures that data transmission remains reliable, even in noisy environments.

Between two parallel angular IN and OUT curves there is a red signal curve that has a short frequency during the high phase of the IN and OUT curve and then becomes constant again.

Service & Support

Do you have questions or suggestions on the topics of design-in support, PCB layout review, EMC filters or thermal design? We will be happy to help you!

With just a few details, we can answer your enquiry.

A drawn pencil surrounded by a red square
  • Product related & application specific support by hotline
  • Troubleshooting and individual design solutions
A drawn magnifying glass surrounded by a red square
  • Individual review of customer layouts
  • Reference layout given in every datasheet
 A drawn filter surrounded by a red square
  • Solution for conducted & radiated emissions
  • Tested filter configurations for EN55032 / CISPR-32 class B compliance
  • Real EMI behavior shown as well as gain and phase response of EMI filter shown on REDEXPERT
A drawn thermometer surrounded by a red square
  • Temperature distribution
  • Total power handling
  • Thermal behaviour of power modulesas well as interactive power loss chart on shown on REDEXPERT

Videos

Webinar: Digital isolators – The Next Step in Signal Protection