Product category:
EMC Components
News Release from: Focus EDL | Subject: Pulse HX5400NL, HX5401NL, HX5200NL and HX5201NL
Edited by the Electronicstalk Editorial
Team on 23 July 2007
Multiport transformers provide extended
protection
Dual- and quad-port gigabit discrete isolation transformer modules with extended operating temperature ranges suit industrial and military applications.
New from Focus EDL are dual- and quad-port gigabit discrete isolation transformer modules with extended operating temperature ranges Running at ambient temperatures from -40 to +85C, these modules are well suited for industrial and ruggedised Ethernet and military computer, telecommunications and networking applications
This article was originally published on Electronicstalk on 28 Feb 2005 at 8.00am (UK)
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Produced by Pulse, the HX5400NL and HX5401NL quad-port modules and HX5200NL and HX5201NL dual-port modules are part of Pulse's Quattro (quad-port) and Dos (dual-port) series of high-density gigabit transformer modules.
At 29 x 17.5 x 11mm for the quad-port and 14.7 x 17.5 x 11mm for the dual-port, these modules are reckoned to be 50% smaller than currently available modules.
They are solder bumped and tested for easy surface mount to the PCB.
Small size and ball grid array (BGA) design provide flexibility for designers to either fit more components on a PCB or to reduce PCB size using the same number of components.
The quad-port module fits perfectly behind a 2x2 RJ45 connector, which makes board layout easier and more compact.
These modules are guaranteed to meet coplanarity of 0.005in.
The solder bump grid array interconnection enables high input/output (I/O) density, fits in a small footprint, and can be applied with SMT assembly, further reducing costs.
Inner layers of the PCB can be used for routing because there is not a high density of through-hole pins.
In addition, these modules enable very reliable and high-yield interconnects.
Pulse's extended-temperature Quattro and Dos modules provide electrical circuit isolation to safeguard against electrical shock and reduce noise and electromagnetic interference (EMI) to maintain signal integrity.
These RoHS and IEEE802.3 compliant parts have also been tested and validated by top-tier gigabit integrated circuit vendors.
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