Search Results for s parameter

From 56G to 112G to 224G, the connector industry strives to meet the challenges put forth by new technologies every day. Check out Amphenol’s high bandwidth connectors to learn more.

Card edge connectors have evolved rapidly over the years and are today used even in the most sophisticated electronic devices. These connectors are much easier for upgrades and are generally very durable with smooth mating surface areas while supporting high data rates with excellent signal integrity.

ELECTRICAL SPECIFICATIONS Cal. Board and S Parameter Frequency Range MHz 3300-3800 MHz 3300-3600 3600-3800 Coupling Between Cal. Port to Input Port dB -26 ± 2 Coupling Amplitude Accuracy dB ≤ 0.7 Coupling Phase Accuracy degrees ≤ 5° VSWR --- ≤ 1.5 Maximum Power Watts 50 W ISO Co-Polar @ 2-6° tilt dB ≥ 20 ISO Co-Polar @ 7-12° tilt dB ...

We have a wide range of connectors with EMI shielding, suitable for various applications. These include OCTIS I/O, Modular & Magnetic Jacks, and BergStak® 0.40mm Floating Board-to-Board Connector.

The purpose of this document is to explain the de-embedding process of a an ICFP. This will help you get the S-Parameter data for the device alone. The Procedure: 1. Connect the De-Embed Probe to Port 1 of the PNA and connect a 50Ω load to Port 2 of the PNA. It is important

ELECTRICAL SPECIFICATIONS Cal. Board and S Parameter Frequency Range MHz 3300-3800 MHz 3300-3600 3600-3800 Coupling Between Cal. Port to Input Port dB -26 ± 2 Coupling Amplitude Accuracy dB ≤ 1.0 Coupling Phase Accuracy degrees ≤ 10° VSWR --- ≤ 1.5 Maximum Power Watts 50 W ISO Co-Polar dB ≥ 19 ISO Cross-Polar dB ≥ 24

Cal. Board and S Parameter Frequency Range MHz 2300-2690 / 3300-3800 MHz 2300-2490 2490-2690 3300-3600 3600-3800 Coupling between Cal. Port to Input Port dB -26 ± 2 Coupling Amplitude Accuracy dB ≤ 0.9 Coupling Phase Accuracy degrees ≤ 7° VSWR --- ≤ 1.5 Maximum Power Watts 80 W 80 W 50 W 50 W ISO Co-Polar at 2-6° Tilt dB ≥ 19

Cal. Board and S Parameter Frequency Range MHz 3300-3800 MHz 3300-3600 3600-3800 Coupling between Cal. Port to Input Port dB -26 ± 2 Coupling Amplitude Accuracy dB ≤ 0.9 Coupling Phase Accuracy degrees ≤ 7° VSWR --- ≤ 1.5 Maximum Power Watts 50 W ISO Co-Polar at 2-6° Tilt dB ≥ 19 ISO Co-Polar at 7-12° Tilt dB ≥ 25

Amphenol introduces to the market the next generation interconnect solution – ExtremePort™ Swift is a 0.60mm pitch, extremely low-profile connector capable of transmitting high-speed signal up to PCIe ® Gen 5 and target for PCIe ® Gen 6 under extreme mechanical condition.. The ExtremePort™ Swift not only provides a SI performance ready signal transmission media but also a new way of ...

AE-AN-ICFP-001 - REV A - ICFP - DE-EMBEDDING ICFP De-embedding Purpose: The purpose of this document is to explain the de-embedding process of a an ICFP. This will help you get the S-Parameter data for the device alone. The Procedure: 1. Connect the De-Embed Probe to Port 1 of the PNA and connect a 50Ω load to Port 2 of the PNA.

Amphenol has been designing and manufacturing electrical and electronic connectors since the company’s inception in 1932. For nearly a century, we’ve been helping customers transmit power, data and signal in the harshest environments, from subsea applications to the outer reaches of space and everywhere in between.

ELECTRICAL SPECIFICATIONS Cal. Board and S Parameter P1 Frequency Range MHz 3300-4200 MHz 3300-3600 3600-3800 3800-4200 Coupling between Cal. Port to Input Port dB -26 ± 2 Coupling Amplitude Accuracy dB ≤ 0.9 Coupling Phase Accuracy degrees ≤ 7° VSWR --- ≤ 1.5 Maximum Power Watts 50 W ISO Co-Polar at 2-6° Tilt dB ≥ 19

30/150 W Triplexers for the 0-174 MHz, 380-520 MHz and 760-960 MHz Ranges

S-parameter plot SOLT Calibration PCB Process Improvement Frequency (GHz) Magnitude (dB) X: 25 Y: -28.12 X: 25 X: 25 Y: -33.27 Y: -35.32 Sdd12 Meg6-G hvlp 24Inch Lenght Sdd12 Meg7N hvlp 24Inch Lenght Sdd12 DS-7409 DVN hvlp 24Inch Lenght Sdd12 Tachyon hvlp 24Inch Lenght 絶縁材料