Signal Integrity Data

I-PEX offers simulated S-parameter data for MHF® Series connectors using coaxial cables in single-ended 50 ohm reference impedance configurations for RF analog high-frequency signal applications.

The downloadable S-parameter files provide the fundamental characterization of connector signal integrity performance across the supported frequency range. Additional signal integrity metrics, including Insertion Loss, Return Loss, VSWR, and other RF performance parameters, are derived from these S-parameters and are included in the report.

Touchstone (.s2p) files for the single-ended signal path are available for download on the Signal Integrity Data page for each MHF® Series connector.

Table 1 below include links to register and download the Signal Integrity test reports and Touchstone files for each MHF® Series connector. Once the product image or "SI Download" is clicked, you will be taken to the corresponding product page. The screen shot below the table shows an example of the product page for MHF® Series connectors.

 

Type MHF® MHF® I LK MHF® I
(4 pads receptacle)
MHF® 4 MHF® 4L  MHF® 4L LK
Appearance  
(Reference Only)
MHF® I MHF® I LK MHF® I (4pads receptacle) MHF® 4 MHF® 4L MHF® 4L LK
SI Data
Download
SI Data
Download
SI Data
Download
SI Data
Download
SI Data
Download
SI Data
Download

 

Type MHF® 5 MHF® 5L MHF® 7S MHF®-TI MHF®-SW23
Appearance  
(Reference Only)
MHF® 5 MHF® 5L MHF® 7S MHF®-TI MHF®-SW23
SI Data
Download
SI Data
Download
SI Data
Download
SI Data
Download
SI Data
Download

 

For example, the product page for MHF® I connectors, like all other MHF® series connectors, has a "Downloads" section as shown below. The Signal Integrity test reports and Touchstone files are posted in "Signal Integrity" tab of Downloads section.

MHF® I

 

Once the SI test reports or Touchstone files link is clicked, a new window pops open where you are required to register with email address before accessing the reports or Touchstone files.

CABLINE-CA IIP PLUS

 

Features and Benefits of I-PEX RF Solutions