2014Unpublished venueRequires access

BIST-based digital design for IEEE 1394B PHY

Zhang Wen, HaiQi Liu, Qiang Li

Open publisher page 1 citations

Abstract

A Built-In Self Test (BIST) based digital design for IEEE 1394b Physical Layer (PHY) is presented. The proposed circuit fabricated in 0.13-μm CMOS technology is mainly composed of 8B/10B encoder/decoder block, I2C slave block, 2nd-order low-pass digital filter, and BIST circuit. This circuit aims at reducing area and power consumption of the chip and meeting the testing needs of IEEE 1394b SerDes PHY, with I2C slave block and BIST system contribute to a more efficient way for chip testing. The die area of the digital circuit is 0.13mm2, and the whole SerDes circuit occupies an area of 2.9×1.6mm2.

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What this paper is about

A Built-In Self Test (BIST) based digital design for IEEE 1394b Physical Layer (PHY) is presented. The proposed circuit fabricated in 0.13-μm CMOS technology is mainly composed of 8B/10B encoder/decoder block, I2C slave block, 2nd-order low-pass digital filter, and BIST circuit. This circuit aims at reducing area and power consumption of the chip and meeting the testing needs of IEEE 1394b SerDes PHY, with I2C slave block and BIST system contribute to a more efficient way for chip testing. The die area of the digital circuit is 0.13mm2, and the whole SerDes circuit occupies an area of 2.9×1.6mm2.

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Available abstract

A Built-In Self Test (BIST) based digital design for IEEE 1394b Physical Layer (PHY) is presented. The proposed circuit fabricated in 0.13-μm CMOS technology is mainly composed of 8B/10B encoder/decoder block, I2C slave block, 2nd-order low-pass digital filter, and BIST circuit. This circuit aims at reducing area and power consumption of the chip and meeting the testing needs of IEEE 1394b SerDes PHY, with I2C slave block and BIST system contribute to a more efficient way for chip testing. The die area of the digital circuit is 0.13mm2, and the whole SerDes circuit occupies an area of 2.9×1.6mm2.

Key concepts: SerDes, PHY, CMOS, Block (permutation group theory), Computer science, Encoder, Chip, Application-specific integrated circuit

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