Table 2 Comparison of electrostatic induction-type MEMS electric field sensors that are electrostatically driven

From: Electrostatically actuated MEMS resonators for magnetic and electric field sensing: a review

Year

MEMS electric field sensor characteristics

Sensing axis

Resonator size (μm3)

Resonant frequency

Quality factor

Packaging condition

Sensitivity (mV/(kV/m))

Resolution (V/m)

Nonlinearity error (%)

Actuation voltage

Sensing range (kV/m)

2001

Vertical design with aperture124

1D

120 × 80 × 2

7.6 kHz

–

Unsealed

0.035

–

–

DC 60 V/AC –

500

2006

Vertical design with slit126

1D

400 × 560 × 2

4.13 kHz

10

Unsealed

18.3

200

1.8

DC 20 V/AC 0.3 V

10

2010

Lateral design130

1D

–

1.862 kHz

31034

Vacuum

0.09

50

2.1

DC 0.25 V/AC 0.02 V

50

2013

Coplanar-lateral design135

1D

2700 × 2200 × 25

3.042 kHz

–

Unsealed

0.2

40

1

DC 20 V/AC 1 V

50

2018

Bottom-actuated torsional136

1D

1900 × 2000 × 10

5.190 kHz

10.81

Unsealed

4.82

–

0.15

–

50

2025

Comb-actuated torsional138

1D

2000 × 800 × 50

7.43 kHz

–

Unsealed

3.219

1667

0.7

AC 160 V

250

2015

2D detection with single driving139

2D

3500 × 3500 × 25

799 Hz

27

Unsealed

X: 0.675, Y: 0.689

–

1.41

DC 40 V/AC 1 V

25

2017

3D detection with single driving140

3D

7000 × 7000 × 20

1.291 kHz

–

Unsealed

X: 0.136, Y: 0.121

Z: 0.101

–

5.5

DC 80 V/AC 3.5 V

50

2018

3D detection with 3 assembled sensors145

1D

2600 × 2000 × 25 for X, Y and Z

X: 2.22 kHz, Y: 2.22 kHz, Z: 2.25 kHz

–

Unsealed

X: 0.457, Y: 0.420, Z: 0.331

–

1.8

DC 20 V/AC 1 V

120

2019

3D detection with 3 assembled sensors146

1D

2600 × 2000 × 25 for X, Y and Z

X: 2.27 kHz, Y: 2.25 kHz, Z: 2.21 kHz

–

Unsealed

X: 0.330, Y: 0.342, Z: 1.479

–

4.3

DC 20 V/AC 1 V

120

2022

Mode localization149

1D

(2.57 × 106) × 30

24 kHz

25000

Vacuum

0.76/kV/m

22.9

0.16

DC 5 V/AC 5 mV

7

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