Molex's new high-speed, low-loss flexible circuit assembly with DuPont Pyralux TK flexible circuit materials

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Molex introduces a new high-speed, low-loss flexible circuit assembly made from DuPontTM Pyralux® TK flexible circuit materials. This component is ideal for electronic data transfer applications such as servers and high-end computing, storage servers, and signal processing.

Glex Kuchuris, Molex Marketing Manager, said: "The routing of signals in tightly packed data communications, telecommunications, aerospace and defense equipment is extremely challenging. Advanced materials are in the process of increasing the demand for data transmission to drive system losses. More critical. Our high-speed, low-loss flexible circuit components use DuPont's Circuit and Packaging Materials division and Molex's state-of-the-art technology to deliver unique, high-performance solutions for signal and high-frequency flexible circuit applications. Excellent signal integrity."

Molex is one of the first manufacturers to adopt this practice in the integration of DuPontTM Pyralux® TK flexible circuit materials into the mass production of multilayer flexible circuit construction. Pyralux® TK is a double-sided flexible copper foil laminate and bond system formulated with DuPontTM Teflon® fluoropolymer film and DuPontTM Kapton® polyimide film. The system has excellent electrical performance for high speed signal and high frequency flexible circuit applications. Compared to standard flexible components, Pyralux® TK offers superior dielectric constant and low loss performance for a mechanically flexible construction with a smaller bend radius and faster transfer speeds.

Prasanna Srinivasan, Head of Market Development at DuPont's Circuits and Packaging Materials Division, said: "Molex has worked closely with DuPont to bring PyraluxTM TK into mass-produced new Molex high-speed, low-loss flexible circuit assemblies for superior results. Signal loss can be minimized to increase speed and design flexibility."

Molex high-speed, low-loss flexible circuit assemblies are available in self-rolling or mechanically-assisted winding versions for flexible 3D packaging, minimizing insertion loss and improving airflow compared to standard printed circuit board designs.

For more information on high speed, low loss flexible circuit components, please visit

Dual Mining Power Supply 1800W

Specifications:
Item name: Dual Ethereum Mining Power Supply 1800W
Input Voltage: AC 180V~240V

Support graphics card :8

Color: Black

Size: 15 x 14 x 8.6cm

Rated power: 1800W


High Performance of Computing,10% Higher Than Same Level Motherboards.
Equipped Sodimm DDR3 Memory Slot,8*6PIN PCIE X16 Power Supply Socket,Significantly Improve Motherboard Performance.
The Voltage Stabilizing Capacitor Can Provide A Stable Voltage for Your Power Supply Equipment.
It Can Ensure Quiet Performance, Low Power Consumption, Less Heat Generation, Energy Saving and Safe Use.


Features:
The power supply is 1800W conversion efficiency of 90+
Support graphics card 8, video card 6+2pin 16
Gold medal stability is strong
Gifts: power line 1:1 distribution
Voltage : 180v-220v 50Hz 10A
DC OUTPUT: 12V---150A MAX
POWER IN : 2000W MAX
Specification:
Name:Mine Chassis Power Supply
voltage : 180v-264v
Specifications
Color:black
PFC Type:active PFC
Power: max power 2000W
Appropriate Type:Ethereum Mining Power Supply 1800W


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