Search Results for as_path

The 1900 / EN3545 is a composite rectangular connector available with various contact arrangements. It includes sizes 22 to 8 crimp removable contacts for Copper and Aluminum cable, common with Mil-DTL-38999 Series connectors such as coax, twinax, triax and Quadrax.Standard and Overmoulded rear grommet and interfacial seal.Configurable keying and locking posts providing 36 options.

performance in an extremly short electrical path • Cost-Effective Automation Loaded Contacts • High Performance • Stamped Contact for Area Array Applications Down to .6mm Pitch Specifications Pitch 0.4 mm and above Frequency 70 GHz+ Insertion Loss -1 dB at 40 GHz @ 1 mm pitch Self-Inductance .5 nH Mated Height .76 mm and above Specifications

It can be used as a splitter, combiner or injection of a signal into a signal path. Specifications. Electrical; Model: PRO-PHY 380-2700-3 dB-... Frequency: 380 - 2700 MHz: Max. Input Power: 100 W per port, when used as a combiner 200 W on one port, when used as a splitter: Insertion Loss:

Downlink (TX) Path Frequency Band 1930-1990 MHz Insertion Loss (typical) 0.3 dB Continuous Average Power (53 dBm) 200 W Intermodulation (2x43 dBm TX carrier, BTS Port)-116 dBm in RX band, ANT port Uplink (RX) Path Frequency Band 1850-1910 MHz Gain (nominal) 12 dB Noise Figure (typical) 1.5 dB Insertion Loss, Bypass Mode (typical) 2.0 dB Input ...

signal path. SPECIFICATIONS Electrical Model PRO-PHY 380-520-3 dB-... Frequency 380 - 520 MHz Max. Input Power 50 W per port, when used as a combiner 100 W on one port, when used as a splitter Insertion Loss < 3.3 dB ±0.5 dB (Port 1 to 2 or 1 to 3) Impedance 50 Ω Port-Port Isolation > 20 dB (Port 1 to 4 or 2 to 3) VSWR < 1.5:1 Mechanical ...

Uplink (Rx) Path Low High Frequency Band 2500-2520 MHz 2530-2570 MHz Insertion Loss < 0.65 dB < 0.65 dB Downlink (Tx) Path Low High Frequency Band 2620-2640 MHz 2650-2690 MHz Insertion Loss < 0.75 dB < 0.75 dB Continuous Average Power Average (53 dBm) 200 W Peak (57 dBm) 500 W Intermodulation (2x43 dBm TX carrier, BTS Port)

AirMax VS2® connectors provide a migration path from AirMax VS® for speeds up to 20Gb/s, providing a margin of safety for typical 802.3ap system performance with the flexibility of an open pin field design. The connectors leverage AirMax VS® and VSe® design features and technology to achieve improved signal integrity and mechanical ...

Migration path for up to 20Gb/s per differential pair; Enables users to upgrade systems for higher performance in the same form factor; Shieldless design with closely coupled pairs; Cost-effective solution that yields low crosstalk and Insertion Loss; Backward mateable to AirMax VS ® and AirMax VSe ® designs; Supports previous generation systems

The ExaMEZZ® connector is designed to enable superior 25Gb/s electrical performance and provide a path to 56Gb/s in anticipation of further increases in bandwidth requirements and high-speed signaling. ExaMEZZ® connectors feature a revolutionary beam-on-beam contact interface that minimizes the residual stub for improved signal integrity ...

signal path solution that includes almost any standard RF interface. The aluminum block shown in Figure 4 holds the male and female contacts in the proper alignment position during testing, replicating the geometry of the end application. 1 1.2 1.4 1.6 1.8 2 0 5 10 15 20 25 30 35 40 VSWR Frequency (GHz)-140-130-120-110-100-90-80-70-60 0 10 20 30 40

Model Combiner Freq. Band Duplex filter Bandwidth (BW) and Tx/Rx Spacing Hybrid Tx frequencies; PRO-HDAR150-2: Low : 138 - 156 MHz = L High : 152 - 175 MHz = H

a promising path toward achieving smarter operations in industrial plants. The design not only aims to prevent equipment failure, but also contributes to the overarching goal of enhancing plant efficiency, reflecting a significant shift toward more sustainable industrial practices. ABOUT THE AUTHOR Matthew Negaard is business development manager,

Trex-Onics ® Individually Shielded Resolver Cable is designed for use in heavy-duty industrial resolver applications and shows superior resistance against abrasion, tearing, oil, UV, and most chemicals.. This control and instrumentation cable features Ultra-Shield construction, which includes a heavy-duty combination of tinned copper braid, foil shield, and tinned drain wire providing 100% ...

The simplex combiner gives the possibility to combine two simplex radios to one antenna. In the Rx path a bandpass filter, an isolator and LNA is included. The simplex combiner safeguards that both radio transmitters do not have access to the antenna at the same time, but the two radios are still able to listen on the Rx channel simultaneously.

Amphenol-BSI 100G VPX Backplane is based on the OpenVPX65 BKP3-CEN08-15.2.16-n profile. We have used our experience from 30 years developing 100G backplane systems to the IT/Datacom market. Next-generation VPX interconnects allow the signal transition path to expand to 100G bandwidth through a traditional copper backplane.

Amphenol introduces the next-generation OverPass™ solution - Mini Cool Edge IO. The 0.60mm pitch connector come with a slim form factor design, capable of transmitting high-speed signal up to 64G PAM4/PCIe ® Gen 4/PCIe ® Gen 5/PCIe ® Gen 6, and allowing much greater signal path lengths while maintaining SI performance when compared to ...

Uplink (Rx) Path Low High Frequency Band 1710-1740 MHz 1770-1785 MHz Insertion Loss < 0.3 dB < 0.6 dB Downlink (Tx) Path Low High Frequency Band 1805-1835 MHz 1865-1880 MHz Insertion Loss < 0.4 dB < 0.5 dB Continuous Average Power Average (53 dBm) 200 W Peak (57 dBm) 500 W Intermodulation (2x43 dBm TX carrier, BTS Port)-160 dBc

Amphenol 300Gb/s Leap-AHRD® High-Speed Optical Module is faster, smaller, more cost and power efficient than most conventional data center interconnects. • 300Gb/s High-Speed Optical Module • Small, fast, high density, and power efficient • Capable of speeds up to 25Gbps and distances up to 100 meters

4.2 Transmit Signal Path This section describes the OCU-DP transmit signal path. The transmit path receives signals from the loop and transmits them toward the network. 4.2.1. Loop Receiver Signals transmitted by the customer’s DSU are processed by the OCU-DP receiver. The receiver can accommo-date up to 45 dB of cable loss at the service rate.

Provides designers with the flexibility to design systems with an easy upgrade path to 56 Gb/s PAM4 performance; Added metal shield tied to ground system with conductive posts; Reduces crosstalk; Modified mating beams vs. previous XCede ® HD versions to move resonance past 25GHz; Moves resonance past 25GHz; Miniaturized compliant pins