IEEE 2700 2017:2018 Edition

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IEEE Standard for Sensor Performance Parameter Definitions

Published By	Publication Date	Number of Pages
IEEE	2018	64

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Revision Standard – Active. A common framework for sensor performance specification terminology, units, conditions, and limits is provided. Specifically, the accelerometer, magnetometer, gyrometer/ gyroscope, accelerometer/magnetometer/gyroscope combination sensors, barometer/pressure sensors, hygrometer/humidity sensors, temperature sensors, light sensors (ambient and RGB), and proximity sensors are discussed.

PDF Catalog

PDF Pages	PDF Title
1	IEEE Std 2700™-2017 Front cover
2	Title page
4	Important Notices and Disclaimers Concerning IEEE Standards Documents
7	Participants
8	Introduction
9	Contents
12	1. Overview 1.1 Scope 1.2 Objective 1.3 Purpose
13	1.4 Sensors discussed in this standard 2. Normative references
14	3. Definitions, acronyms, and abbreviations 3.1 Definitions
15	3.2 Acronyms and abbreviations 4. Conventions 4.1 Symbols and equations
18	4.2 Measurement unit conversion table 5. Motivation
19	6. Interpretation guideline 7. Accelerometer
20	7.1 Full scale range 7.2 Digital bit depth
21	7.3 Zero-g offset 7.4 Zero-g offset temperature coefficient 7.5 Sensitivity
22	7.6 Sensitivity temperature coefficient
23	7.7 Root Allan variance parameters
24	7.8 Noise 7.9 Current Consumption
25	7.10 Output data rate 7.11 Filter −3 dB cutoff 7.12 Internal oscillator tolerance
26	7.13 Cross-axis sensitivity 7.14 Integral non-linearity 7.15 Transition time
27	7.16 Data ready delay
28	8. Magnetometer 8.1 Full scale range
29	8.2 Digital bit depth 8.3 Offset at zero magnetic field
30	8.4 Offset temperature coefficient 8.5 Sensitivity
31	8.6 Sensitivity temperature coefficient 8.7 Noise 8.8 Current consumption
32	8.9 Output data rate 8.10 Filter −3 dB cutoff 8.11 Internal oscillator tolerance
33	8.12 Cross-axis sensitivity 8.13 Integral non-linearity 8.14 Transition time
34	8.15 Acquisition time 8.16 Data ready delay
35	9. Gyrometer/Gyroscope 9.1 Full scale range
36	9.2 Digital bit depth 9.3 Zero rate bias 9.4 Zero rate bias temperature coefficient
37	9.5 Sensitivity 9.6 Sensitivity temperature coefficient
38	9.7 Root Allan variance parameters
39	9.8 Noise 9.9 Current consumption
40	9.10 Output data rate 9.11 Filter −3 dB cutoff 9.12 Internal oscillator tolerance
41	9.13 Cross-axis sensitivity 9.14 Linear acceleration sensitivity 9.15 Integral non-linearity
42	9.16 State-to-state transition time 9.17 Mechanical resonance 9.18 Data ready delay
43	10. Accelerometer/Magnetometer/Gyroscope Combination Sensor 10.1 Sensor to sensor axis alignment error
44	11. Barometer/Pressure Sensor 11.1 Full scale range
45	11.2 Digital bit depth 11.3 Pressure temperature coefficient 11.4 Pressure accuracy
46	11.5 Sensitivity 11.6 Noise 11.7 Current Consumption
47	11.8 Integral non-linearity 11.9 Acquisition time 11.10 Transition time
48	11.11 Short-term stability 11.12 Long-term stability 11.13 Overpressure maximum 12. Hygrometer/Humidity sensor
49	12.1 Full scale range 12.2 Digital bit depth 12.3 Relative humidity accuracy
50	12.4 Sensitivity 12.5 Noise 12.6 Current consumption
51	12.7 Integral non-linearity 12.8 Response time
52	12.9 Transition time 12.10 Long-term drift 12.11 Hysteresis
53	13. Temperature 13.1 Full scale range 13.2 Digital bit depth
54	13.3 Absolute temperature error 13.4 Sensitivity 13.5 Noise
55	13.6 Current consumption 13.7 Integral non-linearity 13.8 Transition time
56	13.9 Long-term drift 14. Light sensor (ambient and RGB) 14.1 Digital bit depth
57	14.2 Refresh time versus maximum detection range 14.3 Measurement accuracy
58	14.4 Normalized spectral response
59	14.5 Responsivity versus angle 14.6 Sensitivity
60	14.7 Noise 14.8 Current consumption 14.9 Transition time
61	15. Proximity sensor 15.1 Digital bit depth 15.2 Sensitivity
62	15.3 Sensing current consumption
63	Annex A (informative) Bibliography
64	Back cover