Data and Control Line Coupling

Model:CDN 418CAN

The CDN 418CAN coupling decoupling network is suitable for damping oscillation wave testing of CAN/LIN lines. Designed to meet the IEC/EN 61000-4-18 unshielded data cable standard.

In Stock
Enquire Now

Description

The CDN 418CAN coupling decoupling network is suitable for damping oscillation wave testing of CAN/LIN lines. Designed to meet the IEC/EN 61000-4-18 unshielded data cable standard. The decoupling performance and transmission rate are stable, and the small size makes it easy to carry and use. The transmission rate is 10MBit/s, and the powerful decoupling capability can protect the auxiliary equipment (AE) from the influence of damping oscillation waves, ensuring the repeatability of testing; The maximum residual voltage at the AE port during the 3kV damping oscillation test is only 25V

Features:

  • Compatible with foreign generator output port incoming line testing.
  • Auxiliary equipment does not require additional protection.
  • Coupling mode: CAN H+CAN L simultaneous ground/LIN ground.
  • Data rate: CAN 10 MBit/s, LIN 100 KBit/s.

Standard

  • IEC 61000-4-18
  • GB/T 17626.18
  • EN61000-4-18

Specifications

Technical Parameters
Standard IEC 61000-4-18
Coupled Waveform Damping oscillation wave at 100 kHz/1 MHz
Pulse Voltage ≥3 kV
Coupling Mode CAN H+CAN L simultaneous ground/LIN ground
Coupling Device External replaceable module (TVS)
Communication Frequency <5 MHz
Communication Interface Specifications 4mm Banana Head (EUT)
Data Rate CAN 10MBit/s 、LIN 100 KBit/s
Working Voltage ≤12 V DC
Working Current Maximum 2 A
Residual Voltage <25V
General parameters
Size 360 mm x 220 mm x 135 mm (length x width x height)
Weight About 5 Kg
Shell Material Aluminum material
Ambient Temperature (operating conditions) 15 ℃ – 35 ℃
Relative Humidity (operating conditions) 45%-75%

Downloads

Adobe PDF

Reviews

There are no reviews yet.

Be the first to review “Data and Control Line Coupling”

Your email address will not be published. Required fields are marked *