BS IEC 62679-3-2:2013:2014 Edition
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Electronic paper display – Measuring method. Electro-optical
Published By | Publication Date | Number of Pages |
BSI | 2014 | 28 |
This part of IEC 62679 series is restricted to electronic paper display modules using either segment, passive, or active matrix, and either monochromatic, or colour type displays.
In order to achieve a useful and uniform description of the performance of these devices, specifications for commonly accepted relevant parameters are put forward.
The purpose of this part of IEC 62679 series is to indicate and list the procedure-dependent parameters and to prescribe the specific methods and conditions that are to be used for their uniform numerical determination.
PDF Catalog
PDF Pages | PDF Title |
---|---|
4 | English CONTENTS |
6 | FOREWORD |
8 | 1 Scope 2 Abbreviations 3 Overview 3.1 General 3.2 Measuring equipment |
9 | 3.3 Standard locations of measurement field 3.3.1 Matrix displays 3.3.2 Segment displays Figures Figure 1 – Measurement locations of display active area |
10 | 3.4 Initial reflectance light signal Figure 2 – HL pattern Figure 3 – Sampling points |
11 | 3.5 Standard DUT operating conditions 3.5.1 General 3.5.2 Response time |
12 | Figure 4 – An example of block diagram of an electronicpaper display panel and module Figure 5 – Relationship between driving signal and optical response time |
13 | 3.5.3 Frame response |
15 | Figure 6 – An example of driving signal and frame response time (segment) |
16 | Figure 7 – An example of driving signal and frame response time (matrix) |
17 | 3.6 Electrical characteristics – Rewriting electric energy 3.6.1 Purpose 3.6.2 Measuring instruments 3.6.3 Measuring method |
18 | 3.6.4 Explanation Figure 8 – Checkerboard pattern Figure 9 – An example of block diagram for measuring the rewriting electric energy of an electronic paper display module |
19 | 3.6.5 Specified conditions 3.7 Image retention duration 3.7.1 Purpose 3.7.2 Measuring instruments 3.7.3 Measuring method |
20 | 3.7.4 Explanation 3.7.5 Specified conditions Figure 10 – Temporal characteristics of contrast ratio |
21 | 3.8 Electric power of keeping the image contrast 3.8.1 Purpose 3.8.2 Measuring instruments 3.8.3 Measuring method Figure 11 – Image contrast and driving mode |
22 | 3.8.4 Explanation 3.8.5 Specified conditions |
23 | 3.9 Electric energy of keeping the image contrast for a certain time period 3.9.1 Purpose 3.9.2 Measuring instruments 3.9.3 Measuring method |
24 | 3.9.4 Explanation Figure 12 – Image contrast, driving mode and measuring period |
25 | 3.9.5 Specified conditions |
26 | Bibliography |