Agilent technology claim a successful one in a front chip group phosphide (InP) to use indium on of changing Technology. Because of the chip group, company purpose offer greater than true simulation 2010 of bandwidth of 16 GHz have, pay the oscillograph half stages.

With the high-speed continuous data chain like USB of engineer who works, the oscillograph that continuous ATA or PCIe uses to the proposal is nervous and guaranteeing for the other parameters of conformity of the standard of interoperability.

In the following several years, when the transmission speed of the data goes beyond 8.5 Gbit/s to lengthen, engineers will need the oscillograph of the true simulation bandwidth of greater than 16 GHz.

In addition,it come soon it drive IEEE the 803.2 ba 40/100 G standards to need high-quality,signal analytical capacities real-time at 16 GHz and not at distant place.

Other suppliers claim they can use and improve the technology of the bandwidth, for example the signal of the figure deals with (DSP) Realize higher bandwidth And frequency territory cross (called figure bandwidth cross or DBI sometimes) .

But other noise and in short to measure with technology and oscillograph the that produce accurate influencing, interfering frequency of it can respond quite those.

Can not make the true simulation bandwidth and exceed 16 GHz in silicon preparation method that is usually used today. Other sellers are using and putting through silicon technology of the transistor of frequency in 100 GHz range. This frequency limits and puts forward the prominent obstacle in order to pay higher true simulation bandwidth.

Set up InGaP HBT (heterojunction bipolar transistor) ,The investment in InP course of Agilent lengthens the ability integrated circuit craft of the company, using and making upward frequency into the transistor of 200 GHz makes the ability of high frequency become possible.

InP technology offers the same ability and not sacrifices dependability, manufacturability and Agilent measure the instrument and is correlated with.

Gallium arsenide (GaAs) taken the place of previously with Agilent Compare with, InP process technology has superior characteristic course of material too.

InP technology offered the saturation and electronic pace of summit, higher thermal conductance rate higher, make the surface and recombine the pace and higher trouble electric field. These advantages mean the true simulation bandwidth can be pushed to the new limit.

In addition, InP technology with other technology that can offer compare, offer the following advantages of measuring today; Because the ground floor not conducting and reducing high dependability of the consumption with low noise is in high frequency, quite flatter and react in higher measurement one accurate.

Agilent realizes a internal fabricating the apparatus and getting the last control on precision in InP course. ” Our technical skill proves in the microwave semiconductor craft that input the breakthrough indium phosphide course here which coordinate the main explanation which hand over the suitable real-time oscillograph, ” Bob Witter says, VP which the technological leader of Agilent organized.

Users see it is continuous Bert in J Bert N4903B high performance of Agilent InP course, which one offers tolerance finishing being tested intensely, and in N4916B relative prominent changer while weakening.

InP technology already sent pulse faithfully to the time of rising more quickly than 20 ps and offered the height of tunnel of the need of tomorrow.

This entry was posted on Friday, January 8th, 2010 at 7:51 pm and is filed under Wireless Applications. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response, or trackback from your own site.