Low-Voltage Analog Integrated Circuit Design

LVAICD Sunum Tercihleri

Umut Yılmazer
3c) DC-DC conversion for low voltage operation
1b) low voltage linear transconductors
1c) low-voltage voltage-mode continuous-time filters
1a) low-voltage analog multipliers

Emrah Armağan
3c) DC-DC conversion for low voltage operation
3a) log domain filters
1b) low voltage linear transconductors

Çağlar Kılıkçıer
3a) log-domain filters
3b) square-root-domain filters
3c) DC-DC conversion for low voltage operation

Selçuk İlke
3a) log-domain filters
3b) square-root-domain filters
4b) low-voltage analog IC design based on bulk-driven MOSFETs

Mehmet Batı
4b) low voltage analog IC design based on bulk driven MOSFETs
3a) log-domain filters
3c) DC DC conversion for low voltage operation

İmer Serbest
4a) low-voltage analog IC design based on floating gate MOSFETs
4b) low-voltage analog IC design based on bulk-driven MOSFETs
5a) techniques for very-low-voltage (ultra-low-voltage) analog integrated circuits

Duygu Kutluoğlu
4a) low-voltage analog IC design based on floating gate MOSFETs
4b) low-voltage analog IC design based on bulk-driven MOSFETs
4c) low-voltage analog IC design based on MTCMOS-DTCMOS-VTCMOS