High-voltage circuits for power management on 65 nm CMOS

Pashmineh, S.; Killat, D.

doi:https://doi.org/10.5194/ars-13-109-2015

Articles | Volume 13

https://doi.org/10.5194/ars-13-109-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/ars-13-109-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 13

03 Nov 2015

| 03 Nov 2015

High-voltage circuits for power management on 65 nm CMOS

S. Pashmineh and D. Killat

Viewed

Total article views: 3,005 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
744	1,908	353	3,005	113	121

HTML: 744
PDF: 1,908
XML: 353
Total: 3,005
BibTeX: 113
EndNote: 121

Views and downloads (calculated since 03 Nov 2015)

Month	HTML	PDF	XML	Total
Nov 2015	26	27	4	57
Dec 2015	5	12	0	17
Jan 2016	13	11	0	24
Feb 2016	10	20	1	31
Mar 2016	13	10	1	24
Apr 2016	4	10	0	14
May 2016	10	12	0	22
Jun 2016	4	5	0	9
Jul 2016	5	27	1	33
Aug 2016	5	7	0	12
Sep 2016	5	6	0	11
Oct 2016	4	8	0	12
Nov 2016	4	4	1	9
Dec 2016	1	4	0	5
Jan 2017	9	5	0	14
Feb 2017	6	11	0	17
Mar 2017	11	18	0	29
Apr 2017	8	15	4	27
May 2017	13	23	6	42
Jun 2017	12	32	5	49
Jul 2017	9	17	6	32
Aug 2017	4	30	4	38
Sep 2017	3	12	1	16
Oct 2017	2	16	1	19
Nov 2017	3	18	4	25
Dec 2017	9	21	7	37
Jan 2018	2	18	5	25
Feb 2018	6	12	4	22
Mar 2018	13	22	5	40
Apr 2018	9	21	5	35
May 2018	12	17	3	32
Jun 2018	7	24	5	36
Jul 2018	3	33	6	42
Aug 2018	7	19	5	31
Sep 2018	8	22	4	34
Oct 2018	2	27	4	33
Nov 2018	10	37	6	53
Dec 2018	6	18	3	27
Jan 2019	8	20	3	31
Feb 2019	4	21	8	33
Mar 2019	7	24	6	37
Apr 2019	4	20	3	27
May 2019	5	31	6	42
Jun 2019	1	18	7	26
Jul 2019	2	16	6	24
Aug 2019	7	24	8	39
Sep 2019	3	12	2	17
Oct 2019	5	13	5	23
Nov 2019	1	18	7	26
Dec 2019	2	16	4	22
Jan 2020	5	10	1	16
Feb 2020	3	13	6	22
Mar 2020	2	8	2	12
Apr 2020	2	15	4	21
May 2020	5	13	6	24
Jun 2020	21	12	0	33
Jul 2020	48	54	39	141
Aug 2020	4	17	7	28
Sep 2020	3	15	4	22
Oct 2020	1	17	4	22
Nov 2020	4	13	3	20
Dec 2020	5	16	4	25
Jan 2021	6	15	3	24
Feb 2021	4	15	5	24
Mar 2021	3	20	6	29
Apr 2021	5	12	2	19
May 2021	8	15	8	31
Jun 2021	3	29	6	38
Jul 2021	10	21	7	38
Aug 2021	8	23	11	42
Sep 2021	9	21	6	36
Oct 2021	2	27	0	29
Nov 2021	8	34	4	46
Dec 2021	15	12	4	31
Jan 2022	3	19	0	22
Feb 2022	4	21	3	28
Mar 2022	4	18	6	28
Apr 2022	3	11	0	14
May 2022	5	11	1	17
Jun 2022	5	6	1	12
Jul 2022	2	11	2	15
Aug 2022	3	9	0	12
Sep 2022	4	9	0	13
Oct 2022	8	8	2	18
Nov 2022	7	11	0	18
Dec 2022	5	14	0	19
Jan 2023	3	11	0	14
Feb 2023	3	10	0	13
Mar 2023	6	9	1	16
Apr 2023	4	9	0	13
May 2023	12	9	0	21
Jun 2023	8	9	1	18
Jul 2023	3	9	2	14
Aug 2023	1	15	0	16
Sep 2023	4	19	1	24
Oct 2023	3	13	1	17
Nov 2023	13	0	13
Dec 2023	4	10	2	16
Jan 2024	2	11	0	13
Feb 2024	2	13	0	15
Mar 2024	4	17	2	23
Apr 2024	8	8	3	19
May 2024	7	14	4	25
Jun 2024	10	15	1	26
Jul 2024	15	16	5	36
Aug 2024	9	16	3	28
Sep 2024	9	1	1	11
Oct 2024	7	36	1	44
Nov 2024	4	43	0	47
Dec 2024	4	28	0	32
Jan 2025	6	17	0	23
Feb 2025	12	21	1	34
Mar 2025	9	14	1	24
Apr 2025	5	14	0	19
May 2025	11	9	0	20

Cumulative views and downloads (calculated since 03 Nov 2015)

Month	HTML	PDF	XML	Total
Nov 2015	26	27	4	57
Dec 2015	5	12	0	17
Jan 2016	13	11	0	24
Feb 2016	10	20	1	31
Mar 2016	13	10	1	24
Apr 2016	4	10	0	14
May 2016	10	12	0	22
Jun 2016	4	5	0	9
Jul 2016	5	27	1	33
Aug 2016	5	7	0	12
Sep 2016	5	6	0	11
Oct 2016	4	8	0	12
Nov 2016	4	4	1	9
Dec 2016	1	4	0	5
Jan 2017	9	5	0	14
Feb 2017	6	11	0	17
Mar 2017	11	18	0	29
Apr 2017	8	15	4	27
May 2017	13	23	6	42
Jun 2017	12	32	5	49
Jul 2017	9	17	6	32
Aug 2017	4	30	4	38
Sep 2017	3	12	1	16
Oct 2017	2	16	1	19
Nov 2017	3	18	4	25
Dec 2017	9	21	7	37
Jan 2018	2	18	5	25
Feb 2018	6	12	4	22
Mar 2018	13	22	5	40
Apr 2018	9	21	5	35
May 2018	12	17	3	32
Jun 2018	7	24	5	36
Jul 2018	3	33	6	42
Aug 2018	7	19	5	31
Sep 2018	8	22	4	34
Oct 2018	2	27	4	33
Nov 2018	10	37	6	53
Dec 2018	6	18	3	27
Jan 2019	8	20	3	31
Feb 2019	4	21	8	33
Mar 2019	7	24	6	37
Apr 2019	4	20	3	27
May 2019	5	31	6	42
Jun 2019	1	18	7	26
Jul 2019	2	16	6	24
Aug 2019	7	24	8	39
Sep 2019	3	12	2	17
Oct 2019	5	13	5	23
Nov 2019	1	18	7	26
Dec 2019	2	16	4	22
Jan 2020	5	10	1	16
Feb 2020	3	13	6	22
Mar 2020	2	8	2	12
Apr 2020	2	15	4	21
May 2020	5	13	6	24
Jun 2020	21	12	0	33
Jul 2020	48	54	39	141
Aug 2020	4	17	7	28
Sep 2020	3	15	4	22
Oct 2020	1	17	4	22
Nov 2020	4	13	3	20
Dec 2020	5	16	4	25
Jan 2021	6	15	3	24
Feb 2021	4	15	5	24
Mar 2021	3	20	6	29
Apr 2021	5	12	2	19
May 2021	8	15	8	31
Jun 2021	3	29	6	38
Jul 2021	10	21	7	38
Aug 2021	8	23	11	42
Sep 2021	9	21	6	36
Oct 2021	2	27	0	29
Nov 2021	8	34	4	46
Dec 2021	15	12	4	31
Jan 2022	3	19	0	22
Feb 2022	4	21	3	28
Mar 2022	4	18	6	28
Apr 2022	3	11	0	14
May 2022	5	11	1	17
Jun 2022	5	6	1	12
Jul 2022	2	11	2	15
Aug 2022	3	9	0	12
Sep 2022	4	9	0	13
Oct 2022	8	8	2	18
Nov 2022	7	11	0	18
Dec 2022	5	14	0	19
Jan 2023	3	11	0	14
Feb 2023	3	10	0	13
Mar 2023	6	9	1	16
Apr 2023	4	9	0	13
May 2023	12	9	0	21
Jun 2023	8	9	1	18
Jul 2023	3	9	2	14
Aug 2023	1	15	0	16
Sep 2023	4	19	1	24
Oct 2023	3	13	1	17
Nov 2023	13	0	13
Dec 2023	4	10	2	16
Jan 2024	2	11	0	13
Feb 2024	2	13	0	15
Mar 2024	4	17	2	23
Apr 2024	8	8	3	19
May 2024	7	14	4	25
Jun 2024	10	15	1	26
Jul 2024	15	16	5	36
Aug 2024	9	16	3	28
Sep 2024	9	1	1	11
Oct 2024	7	36	1	44
Nov 2024	4	43	0	47
Dec 2024	4	28	0	32
Jan 2025	6	17	0	23
Feb 2025	12	21	1	34
Mar 2025	9	14	1	24
Apr 2025	5	14	0	19
May 2025	11	9	0	20

Latest update: 17 May 2025

Short summary

This paper presents two high-voltage circuits used in power management, a switching driver for buck converter with optimized on-resistance and a low dropout (LDO) voltage regulator with 2-stacked pMOS pass devices. The circuit design is based on stacked MOSFETs, thus the circuits are technology independent.