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- Freshtime：2024-08-09
- Search：Keysight Physical Layer Test System (PLTS) 2024 U1 CRACK Keysight Physical Layer
Description
Keysight Physical Layer Test System (PLTS) 2024 U1
What's New with PLTS 2024
PCB Material Characterization Software Module
Now calculate surface roughness (Rz) with PLTS N19308B option
High speed digital design challenges have become overwhelming due the signal loss as data transmits through ultra-fast PC boards. When so-called identical PCBs show different electrical performance, the problem can often be traced back to the fundamental PCB material properties themselves (namely copper surface loss and Dk/Df). By utilizing the new PLTS 2024 PCB Material Measurement software, signal integrity engineers can now extract valuable insights into the dielectric material properties. The bottom line is this: higher copper roughness impedes current flow and results in higher insertion loss. Material problems can now be uncovered by extracting this critical parameter from your board designs.
Delta-L (1L/2L/3L) methods of calculating insertion loss/inch
Advanced de-embedding tools such as Keysight's Automatic Fixture Removal (AFR) can achieve extracted models with unsurpassed accuracy. However, if a more simple de-embedding tool is desired, then Intel's Delta-L methodology can be easily used. As more PCB manufacturers integrate high-speed Tx/Rx chipsets onto their boards, the need to measure and control frequency-based losses increases. Measuring transmission line losses presents fabricators with a set of challenges very different from those for validating impedance. The Delta-L 1-line, 2-line and 3-line methodologies now included within the PLTS 2024 release is one of the industry standards utilized for simple and fast confirmation of printed circuit board performance at today's higher data rates.
Import FlexDCA eye mask for NRZ and PAM4
The Keysight Digital Communication Analyzer (DCA) oscilloscope has a large FlexDCA library of eye diagram masks that can now be easily leveraged and imported into PLTS 2024 eye diagram testing. Importing both NRZ and PAM4 eye masks can save precious time and money during the design validation cycle. Signal integrity engineers can now focus on more critical design challenges using this new feature.
What's New with PLTS 2024
PCB Material Characterization Software Module
Now calculate surface roughness (Rz) with PLTS N19308B option
High speed digital design challenges have become overwhelming due the signal loss as data transmits through ultra-fast PC boards. When so-called identical PCBs show different electrical performance, the problem can often be traced back to the fundamental PCB material properties themselves (namely copper surface loss and Dk/Df). By utilizing the new PLTS 2024 PCB Material Measurement software, signal integrity engineers can now extract valuable insights into the dielectric material properties. The bottom line is this: higher copper roughness impedes current flow and results in higher insertion loss. Material problems can now be uncovered by extracting this critical parameter from your board designs.
Delta-L (1L/2L/3L) methods of calculating insertion loss/inch
Advanced de-embedding tools such as Keysight's Automatic Fixture Removal (AFR) can achieve extracted models with unsurpassed accuracy. However, if a more simple de-embedding tool is desired, then Intel's Delta-L methodology can be easily used. As more PCB manufacturers integrate high-speed Tx/Rx chipsets onto their boards, the need to measure and control frequency-based losses increases. Measuring transmission line losses presents fabricators with a set of challenges very different from those for validating impedance. The Delta-L 1-line, 2-line and 3-line methodologies now included within the PLTS 2024 release is one of the industry standards utilized for simple and fast confirmation of printed circuit board performance at today's higher data rates.
Import FlexDCA eye mask for NRZ and PAM4
The Keysight Digital Communication Analyzer (DCA) oscilloscope has a large FlexDCA library of eye diagram masks that can now be easily leveraged and imported into PLTS 2024 eye diagram testing. Importing both NRZ and PAM4 eye masks can save precious time and money during the design validation cycle. Signal integrity engineers can now focus on more critical design challenges using this new feature.