2003Unpublished venueRequires access

RF-BIST: loopback spectral signature analysis

D. Lupea, U. Pursche, H.-J. Jentschel

Open publisher page 62 citations

Abstract

Built-in self-test (BIST) becomes important also for more complex structures like complete front-ends. In order to bring down the costs for the test overhead, spectral signature analysis at system level seems to be a promising concept. Investigations that have been carried out are targeted on the most challenging problems: generation of the test signature, evaluation of the signature response, implementation of the concept and verification by simulation. From investigations, it can be concluded that the concept is suitable, especially in the case of transceiver-type DUT.

About this research paper

What this paper is about

Built-in self-test (BIST) becomes important also for more complex structures like complete front-ends. In order to bring down the costs for the test overhead, spectral signature analysis at system level seems to be a promising concept. Investigations that have been carried out are targeted on the most challenging problems: generation of the test signature, evaluation of the signature response, implementation of the concept and verification by simulation. From investigations, it can be concluded that the concept is suitable, especially in the case of transceiver-type DUT.

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OpenAlex reports 62 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Built-in self-test (BIST) becomes important also for more complex structures like complete front-ends. In order to bring down the costs for the test overhead, spectral signature analysis at system level seems to be a promising concept. Investigations that have been carried out are targeted on the most challenging problems: generation of the test signature, evaluation of the signature response, implementation of the concept and verification by simulation. From investigations, it can be concluded that the concept is suitable, especially in the case of transceiver-type DUT.

Key concepts: Signature (topology), Built-in self-test, Overhead (engineering), Computer science, Transceiver, Embedded system, Device under test, Telecommunications

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