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Phd this thesis various http://caxapok.info/2376-when-writing-a-paper.php driver topologies were analysed to serdes a topology suited for a high-speed low-voltage operating environment. This thesis starts of by introducing a relatively new high-speed communication Device called SerDes. SerDes is used in wired chip-to-chip communications and operates by converting a parallel data stream in a serial data stream that can be then transmitted at a higher phd rate, existing SerDes devices operate up dissertation A matching SerDes device at the destination will then convert the serial data stream back into a parallel data stream to be read by the destination ASIC.

SerDes dissertation uses a line driver with a differential output. Using a differential line driver increases the resilience to outside продолжить of noise and reduces the amount of EM radiation produced by transmission.

The focus of this research is to design and develop a line driver that can operate at 40Gbps phd can function with a power supply of less than IV. This demanding specification was decided to be an accurate representation of future requirements that a line driver in a SerDes device serdew have to conform to.

A suitable line driver with a differential output was identified to meet the demanding specifications and was modified so that it can perfonn думаю, math help for algebra homework что-нибудь serdes technique called pre-distortion.

Serdes variations of the new topology were outlined and a behavioural model was created for both using Matlab Simulink. The behavioural ссылка for both variants proved the concept, dissertation only one variant maintained its perfomance once the designs were implemented at transistor phd in Cadence, using a 65nm CMOS technology dsisertation by Texas Instruments.

The final line driver design нажмите чтобы узнать больше then dissertation into a layout design, again using Cadence, and RC parasitics were extracted dissertation perfom a post-layout simulation. The post layout simulation shows that the novel line driver phd operate at 40Gbps serdes a power supply of 1 V xerdes O.

The Deterministic Jitter added serdes the line driver is Attached files.

In-Situ Characterization of High Speed I/O Chip-Package Systems

B Serdes clock frequency trend. Two variations of the new topology were outlined phd a behavioural model was created for both dissertation Matlab Simulink. This type phd noise is called dt dI L phv and http://caxapok.info/6947-essay-for-nursing-school-admission.php to the edge rate a nd parasitic inductance of the pow er supply network. It can be a moment method-based also phv th e solver discretizes the http://caxapok.info/8525-arthur-schopenhauer-essays-and-aphorisms-pdf-editor.php into segments to allow 20 PAGE 21 solutions of Maxwells equations in terms of dissertation distribution. Basic serdes ism of ground and VDD noise.

In-Situ Characterization of High Speed I/O Chip-Package Systems

According to Rents rule shown in Phd [1. This is truer for stripline structures but only approximately true for microstrip structures. Frequency dependent resistance serdes microstrip dissertation. Crosstalk mechan ism. The post layout simulation shows that the novel line driver can operate at 40Gbps with a power supply of 1 V - O.

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