Apply Now    
Job ID: JR0006388
Job Category: Intern/Student
Primary Location: Munich, DE
Other Locations:
Job Type: Intern

DPD for RF Power Amplifier as Master Thesis

Job Description

Optimisation of power amplifier PA efficiency by using envelope tracking ET and digital predistortion DPD techniques in modern cellular communications

DESCRIPTION: Nowadays ET and DPD are widely used in mobile communication to improve linearity and efficiency of the PA. Modern standards of communication pose challenges like wider signal bandwidth, larger dynamic range of the radio frequency RF signal, and stringent requirements on the throughput under real-world operation conditions.The purpose of this thesis is to investigate how ET and DPD can be optimised from a system perspective to improve the efficiency of a transmitter to be deployed in modems of new generation.


Qualifications

Programming languages: Matlab, CSound theoretical understanding practical experience is a plus: mathematical analysis, digital signal processing, PA for radio frequency RF applications, large and small signal theory, matching and filters, linear and non-linear systems, metrology and RF testing

Inside this Business Group

The Mobile and Communications Group delivers the next generation of smartphones, tablets, feature phones, and connected devices with leading-edge technologies. MCG is chartered with providing optimal hardware, software, and connectivity ingredients for mobile devices and complete system solutions that deliver compelling user experiences and delight both consumers and business professionals.

Apply Now    

What would you like to do now?

Connect with Us

Get Job Alerts

Get started
Student Center

Find out more about working at Intel

Learn more
Hiring Process

Hiring Process

Learn more

Grow your network of opportunities