YD/T 2436.1-2018 (YD/T2436.1-2018, YDT 2436.1-2018, YDT2436.1-2018) & related versions
| Standard ID | Contents [version] | USD | STEP2 | [PDF] delivered in | Standard Title (Description) | See Detail | Status | Similar PDF |
| YD/T 2436.1-2018 | English | RFQ |
ASK
|
3 days
|
Technical requirements and measurement method of the interference of multi-mode terminal equipment -- Part 1: general requirement
|
YD/T 2436.1-2018
| Valid |
YDT 2436.1-2018
|
| YD/T 2436-2012 | English | 160 |
Add to Cart
|
0-9 seconds. Auto delivery.
|
Technical requirements and measurement method of the interface of multi mode terminal equipment
|
YD/T 2436-2012
| Obsolete |
YDT 2436-2012
|
YD/T 2436-2012
ICS 01.040.33
M 04
YD
INDUSTRY STANDARD
OF THE PEOPLE’S REPUBLIC OF CHINA
Technical requirements and measurement
method of the interference of multi mode
terminal equipment
ISSUED ON. DECEMBER 28, 2012
IMPLEMENTED ON. MARCH 1, 2013
Issued by. Ministry of Industry and Information Technology of
the People’s Republic of China
Table of Contents
Foreword ... 3
1 Scope ... 4
2 Normative references ... 4
3 Terms, definitions and abbreviations ... 4
4 Test conditions ... 5
5 Technical requirements and measurement method of the general
interference of multi mode terminal equipment ... 6
6 Technical requirements and measurement methods of the interference of
typical multi mode terminal ... 10
Foreword
The coordination and unification with the following standards has been considered during
the formulation process of this standard.
YD/T 1484 Measurement method for radiated RF (Radio Frequency) power and
receiver performance of mobile station
YD/T 1977 2GHz TD-SCDMA Measurement method for radiated RF power and
receiver performance of mobile station
YD/T 1978 2GHz WCDMA Measurement method for radiated RF power and receiver
performance of mobile station
YD/T2193 Measurement method for radiated RF power and receiver performance of
mobile subscriber terminal WLAN devices
This standard was proposed by and shall be under the jurisdiction of China
Communications Standards Association.
This standard was drafted by organizations. China Academy of Telecommunication
Research of MIT, ZTE Corporation, Hangzhou Motorola Cellular Equipment Co., Ltd,
Tianjin Sumsung Telecom Technology Co., Ltd., and Guangdong Telecommunication
Terminal Products Quality Supervision and Inspection Center.
The main drafters of this standard are. Guo Lin, Xiao Li, An Xudong, Yu Zhong, Chen
Jinyue, Sun Chengjun, Yang Meng, Wang Na, Zhou Beiqi, Zhang Weiwei, and Huang
Huixiong.
Technical requirements and measurement method of the
interference of multi mode terminal equipment
1 Scope
This standard specifies technical requirements and measurement method of the
interference of multi mode terminal equipment.
This standard is applicable to all multi mode terminals, including multi mode
single-standby terminals and multi mode multi-standby terminals. Such as. GSM/CDMA
(cdma2000 1x) dual mode terminal, dual GSM terminal, GSM/WLAN terminal and CDMA
(cdma2000 1x)/ WLAN terminal.
2 Normative references
The articles contained in the following documents have become part of this standard when
they are quoted herein. For the dated documents so quoted, all the modifications
(Including all corrections) or revisions made thereafter shall be applicable to this Standard.
GB/T 26256 Interference, coexistence and corresponding measurement methods of
2.4 GHz wireless telecommunications equipment
YD/T 1484 Measurement Method for Radiated RF Power and Receiver Performance
of Mobile Stations
YD/T 1977 Measurement method for Radiated RF power and receiver performance of
2GHz TD-SCDMA mobile stations
YD/T 1978 Measurement method for radiated RF power and receiver performance of
2GHz WCDMA mobile stations
YD/T 2193 Measurement method for radiated RF power and receiver performance of
WLAN devices
3 Terms, definitions and abbreviations
3.1 Terms and definitions
middle and high signal sections, the spatial location of optimum sensitivity point on high,
middle and low signal channels and the measuring antenna polarization shall be taken as
the reference location and reference polarization respectively. If the difference BETWEEN
the sensitivity of high and low signal channels measured which is based on the spatial
location of optimum sensitivity point on middle signal channels and test antenna
polarization AND the sensitivity on the middle signal channels is less than 3dB, then the
spatial location of the optimum sensitivity point and antenna polarization on middle signal
channels can be used as the uniform reference location and reference polarization on
high, middle and low signal channels.
4) It shall conduct EIS measurements for all signal channels within each section under
the corresponding reference location and reference polarization within the
above-mentioned sections respectively. And record the measurement results.
5) It shall establish connection on CDMA (cdma2000 lx) 850 frequency band for Module
2 according to the requirements of YD/T 1484, and select the high, middle and low signal
channels and launch Module 2 with the maximum power.
6) EUT location and test antenna polarization shall be adjusted according to the
reference location and reference polarization determined by step 3.
7) It shall rerun step 4). And record the EIS of each channel.
8) Difference between measurement results of step 7 and step 4 on each signal
channels shall not be more than 5dB.
9) It shall establish connection on CDMA (cdma2000 lx) 2GHz frequency band for
Module 2. Repeat measurements in step 5) ~step 8). And the difference of measurement
results shall not be more than [TBD] dB.
10) It shall establish connection on GSM1800 for Module 1. Repeat measurements in
step 1)-step 9). And the requirements of step 8 shall not be more than 5dB and not more
than [TBD] dB in step 9.
11) As specified in Section 4.2, if Module 1 supports multiple applications and scenarios,
measurement shall be conducted under multiple applications and scenarios according to
step 1)- step 10).
6) BER on all adjacent signal channels closest to the signal channels (as shown in
Figure 1) for Module 1 shall be measured under the forward power determined by step 5).
Measurement result of BER shall not exceed 1.2%.
7) The BER measurement results in all the channels of Module 1 shall be recorded.
8) As specified in Section 4.2, if Module 1 supports multi-band frequency, multiple
applications and scenarios, measurement shall be conducted under multi-band frequency,
multiple applications and scenarios according to step 1)~step 7).
6.6.3 Test methods of the interference of WCDMA module to WLAN module
1) The total isotropic sensitivity on the high, middle and low signal channels for Module
2 shall be measured according to the requirements of YD/T 2193, while Module 1 is under
the idle mode.
2) The location and polarization of the optimum sensitivity point on high, middle and low
signal channels of Module 2 of EUT as well as the measurement results of optimum
sensitivity on that point shall be recorded.
3) The connection between Module 1 and base station simulator (connection by
selection of high, middle and low signal channels on different frequency bands
respectively) shall be established according to the requirements of YD/T 1978 and Module
1 is launched with the maximum power.
4) The position and polarization of EUT shall be adjusted to make it the same with the
recording results of step 2).
5) The output power (i.e. forward power) of base station simulator of Module 2 shall be
adjusted to the optimum sensitivity +5dB recorded in step 2) (As shown in Figure 1
6) The packet error rate on all adjacent signal channels closest to the signal channels
(as shown in Figure 1) for Module 1 shall be measured under the forward power
determined by step 5). Measurement result of packet error rate shall not exceed 10%.
7) The measurement results of packet error rate in all the channels of Module 2 shall be
recorded.
8) If Module 2 supports 5GHz frequency band, corresponding measurement shall be
conducted for 5GHz frequency band according to the methods mentioned above with the
module as Module 2.
6.9.2 Test methods of the interference of WCDMA module to GSM module
1) The connection between Module 1 and corresponding base station simulator
according to the requirements of YD/T 1484 shall be established (if EUT Module 1 only
supports data service. Measurement shall be conducted under the data connection status.
At this time, Module 1 is required to work under the maximum downstream time slot which
it can support), and launched with the maximum power, while Module 2 is under the idle
mode. The total isotropic radiated sensitivity of Module 1 on high, middle and low signal
channels on GSM900 frequency band shall be measured.
2) After the measurement, it shall record the spatial location of optimum sensitivity point
of Module 1 on high, middle and low signal channels and test antenna polarization.
3) As shown in Table 1, the signal channels section of Module 1 shall be divided into
three sections – low, middle and high signal sections, the spatial location of optimum
sensitivity point on high, middle and low signal channels and test antenna polarization
shall be taken as the reference location and reference polarization respectively. If the
difference BETWEEN the sensitivity of high and low signal channels measured which
based on the spatial location of optimum sensitivity point on middle signal channels and
test antenna polarization AND the sensitivity on the middle signal channels is less than
3dB, then the spatial location of the optimum sensitivity point and antenna polarization on
middle signal channels can be taken as the uniform reference location and reference
polarization on high, middle and low s...
......
| Standard ID | YD/T 2436.1-2018 (YD/T2436.1-2018) | | Description (Translated English) | Technical requirements and measurement method of the interference of multi-mode terminal equipment -- Part 1: general requirement | | Sector / Industry | Telecommunication Industry Standard (Recommended) | | Date of Issue | 2018-12-21 | | Date of Implementation | 2019-04-01 | | Older Standard (superseded by this standard) | YD/T 2436-2012 (2017) | | Regulation (derived from) | Ministry of Industry and Information Technology Announcement No.67 of 2018 | | Summary | This standard specifies the general requirements for electromagnetic interference test methods for multimode mobile terminals. This standard applies to all multi-mode mobile terminals, including multi-mode single standby terminals and multi-mode multi-standby terminals. | | Standard ID | YD/T 2436-2012 (YD/T2436-2012) | | Description (Translated English) | Technical requirements and measurement method of the interface of multi mode terminal equipment | | Sector / Industry | Telecommunication Industry Standard (Recommended) | | Classification of Chinese Standard | M04 | | Classification of International Standard | 01.040.33 | | Word Count Estimation | 17,161 | | Quoted Standard | GB/T 26256; YD/T 1484; YD/T 1977; YD/T 1978; YD/T 2193 | | Drafting Organization | MIIT Telecommunications Research Institute | | Administrative Organization | China Communications Standards Association | | Regulation (derived from) | Ministry of Industry and Information Technology Bulletin 2012 No. 70; industry standard filing Notice 2013 No. 3 (total 159) | | Summary | This standard specifies the multi-mode mobile terminal EMI technical requirements and test methods. This standard applies to all multi-mode terminals, including multi-mode and multi -mode single- standby terminal multi-standby terminal. Such as: GSM/CDMA |
|