TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan

Guideline for Technical Regulations Conformity Certification forRadio Equipment in Japan

April 1, 2023

Page 1 of 16

TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan

Contents
1.

Obligation of License Holder ........................................................................................ 3
1.1.

Obligation of Construction Type Conformance .............................................................. 3

1.2.

Obligation of Notification on Modification..................................................................... 3

1.3.

Labeling of Certification Mark ........................................................................................ 32.

1.4. Penalties .......................................................................................................................... 4
Differences between Test and Type Certification ........................................................... 4

3.

Technical Document Requirements .............................................................................. 4
3.1.

Application forms (Doc#1) .............................................................................................. 5

3.2.

Radio Class and Type of Emission etc. (Doc#2)............................................................... 5

3.3.

Construction Type Specifications (Form2-2, No1~6) ...................................................... 5

3.4.

Statement of the Confirmation Methods (Not required for Tst C) .............................. 10

3.5.

Copy of ISO9001 Certification (Not required for Tst C) ................................................ 10

3.6.

Block Diagram ............................................................................................................... 10

3.7.

Schematic ...................................................................................................................... 11

3.8.

BoM (Bill of Materials) .................................................................................................. 11

3.9.

Part Layout .................................................................................................................... 11

3.10. Drawing of external view .............................................................................................. 11
3.11. Evidence of tamper proof ............................................................................................. 123.12. Antenna......................................................................................................................... 123.13. Label .............................................................................................................................. 123.14. Label Location ............................................................................................................... 124.

3.15. Data Sheet of major RF components ............................................................................ 12
Device under Test (DUT) ............................................................................................ 13
4.1.

Hardware modification ................................................................................................. 13

4.2.

Software tool ................................................................................................................ 13

4.3.

Precautions for Test ...................................................................................................... 15

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan

1. Obligation of License Holder
A legal entity that has obtained a Technical Regulations Conformity TEST Certification (TstC.) or Technical Regulations Conformity TYPE Certification (Typ C.) for radio equipment iscalled a license holder. The license holders have various legal obligations for the radio
equipment that has been certified.

1.1.

Obligation of Construction Type Conformance

Article 38-25, Paragraph 1 of the Radio Law stipulates that "A legal entity who has obtained
construction type certification from a registered certification body (hereinafter referred toas a license holder) must carry out that the specified radio equipment must conform to thecertified construction type specification”.
In addition, paragraph 2 states, "The license holder shall inspect the specified radio
equipment described in the preceding paragraph in accordance with the method of
confirmation pertaining to construction type certification, and shall prepare inspection
records pursuant to the provisions of an ordinance of the Ministry of Internal Affairs andCommunications. , must be preserved.”
The items to be recorded in the inspection record are as follows according to the provisionsof Article 19 of the Ordinance on Technical Regulations Conformity Certification of Specified
Radio Equipment (hereafter referred to as the Certification Ordinance).
a) Certification numberb) Date and place of inspectionc) The name of the responsible person for the inspectiond) Quantity of Specified Radio Equipment inspectede) Measurement procedure of inspectionf) Results
Furthermore, the inspection records must be hold for 10 years from the date of inspection.

1.2.

Obligation of Notification on Modification

During the period of 10 years from the date of receiving the technical regulations
conformity certification, if there are any changes in the following matters, the license holder
shall, without delay, submit a notification of the form No. 6 specified in the Certification
Ordinance to the Minister of Ministry of International Affairs and Communications, Japan.
a) name and address and, in the case of a legal entity, the name of its representativeb) Type or name of specific radio equipment (in case of Typ C.)
The Form No. 6 can be downloaded from the website of the Ministry of Internal Affairs andCommunications.

1.3.

Labeling of Certification MarkThe license holder may affix a certification mark to a conspicuous place on the radio
equipment when fulfilling the obligation to conform to the construction design, etc., withrespect to the radio equipment based on the certified construction type specifications.

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan

1.4.

Penalties

Penalties are stipulated for violations of the construction type conformity obligation.
Penalties are stipulated in Articles 110, 112, and 113 of the Radio Law, and Article 114 also
stipulates corporate penalties, stipulating fines of up to 100 million yen.

2. Differences between Test and Type Certification
Technical Regulations Conformity TEST Certification (Tst C.) is a certification scheme forindependent each device by testing each sample. Therefore this is good for a small lot fordeveloping proto types or exhibition. After sampling certification tests, every device has its
own independent certification number.
On the other hand, Technical Regulations Conformity TYPE Certification (Typ C.) is acertification scheme for RF design. The certification test samples only one, because it
assumes that the all manufacturing devices are the same RF performance due to controlling
the quality management system. So there is an assessment for this quality management
system in the certification process.

3. Technical Document Requirements
Table 1 lists the documents which are required for applying to certification. Other additional
materials may have to be submitted depending on the radio type.
Name of Document

Doc#
1
2
3
4
5
6
7
8
9
10
11

Table 1 Document List

Application Form
(Test C: Form1)(Type C: Form2)
Radio Class and Type of Emission etc.
(Test C: Form1)(Type C: Form2)
Construction of the Confirmation Methods(Form2-2 No.1~No.6)
Contents of Change/Differences(Form2-3)
Statement of the Confirmation Methods(Form3)
Statement of the Confirmation Methods(Annex)(Form3-1)
Test Report(Form4)Equipment List
(Form5)
Test Engineer(Form6)
Power of Attorney(Test C: Form7)(Type C: Form7-1)
Copy of ISO9001

April 1, 2023

Comment

Submit either one of those from No.1~6.
In case of applying for modification

Tst C.

Typ C.

○

○

○

○

○

○

○

○
○

in case of no ISO9001 certificationin case of submitting test reportin case of submitting test reportin case of submitting test reportwhen the current license holder authorizes
to the applicant
In case of no ISO 9001 certification, submit
Statement of the Confirmation Methods

○
○

○

○

○

○

○

○

○
○

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan(Annex)
12

Block Diagram

Block diagram of radio equipment

○

○

13

Schematic

In case of block diagram is not in detail.

○○BoM (Bill of Materials)

Parts names are necessary.

○

○

15

Parts Layout

To indicate locations of major RF parts andparts' names

○

○

16

Drawing of external view

input dimension of (W/L/H)○○

Evidence of tamper proof

Description of tamper proof

○

○

○

○

14

17
18

Antenna data sheet

19

Drawing of label

20

Label location

21

22

Data sheet of major RF components

Serial numbers for Test Samples

Type of antenna, peak gain, outer drawing
with dimension and radiation pattern.
note the diameter of mark○Indicate the label location.
In case of electrical label, note how toshow label.
RF IC

○

○

FEM

○

○

Crystal oscillator○○

Regulator, (e.g. LDO, DC/DC converter etc.)○○

others○○Table of serial number list. Identify all test
samples with serial numbers○○

Note: The documents to be submitted for the application for change can be only the
documents according to the change.

3.1.
•
•
•
•

Application forms (Doc#1)

Regardless of new or modification, it is a common application form.
When applying for change, please submit Form2-3 as well.
Signature of applicant should be by the responsible person of the department.
A radio equipped with multiple radio class can be applied with one application form.

3.2.

Radio Class and Type of Emission etc. (Doc#2)

Please enter the every radio class and type in every form2 independently.

3.3.

Construction Type Specifications (Form2-2, No1~6)

You will use one of construction type specifications (Form2-2) from No1to No6 dependingon the radio type. Regarding the method of description, please refer to Form 2 forConstruction Type Specification in “Ordinance on Technical Regulations Conformity
Certification of Specified Radio Equipment”.
Here is an excerpt from the form certification regulation etc. concerning radio types such as
Bluetooth or WLAN devices. Please do not modify the format and items as they are legally
determined.

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan
Contraction Type Specification No.3

2 Transmitter

1 Communication
Method(1) Rated Output(3) Oscillation(2) Class of Emission
and Frequency Rangeof Transmittable Radio
Wave
Synthesizer method using Crystal Oscillator- Operation : xxMHz Crystal(4) Modulation

3 Manufacturer
Information

Name of Manufacturer

Model Type or Name

Serial Number－

4 Antenna(1) Type and Structure(2) Gain

5 Classification andModel Type or Name of
Auxiliary Equipment

Interference Protecting Circuit: Applying the Article 9-4 of Equipment Ordinance

6 Other Construction
Type

(1)
(2)Confirmation of conformity with the technical regulations specified in Chapter 3 of theRadio Law□confirmed that it complied with the technical regulations stipulated in Chapter 3 of theRadio Law, regarding the applied equipment, the "Construction Type" other than the items
described in columns 1 to 5
(3) Declaration of other radio equipment in the same housing□Not Applicable□Applicable□i. Confirmative radio equipment(Number & Class:)□ii. Extreme Low Power radio equipment□iii. Radio equipment for simultaneous application□iv. Radio equipment other than the above i - iii(4) Confirmation of radio emission range□confirmed that all radio equipment contained in the same housing will not emit radio waves
outside the scope of "construction type specification" of the application equipment and theradio equipment declared in i to iii above.
Radio Equipment System Diagram
Rated input voltage:

7 Attached Drawing, etc.

8 Reference Matters

April 1, 2023

Connection to telecommunication network:

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan














Column 1 is entered using an expression such as "simplex type" or "duplex type";
provided, however, that no entry is required for radio equipment used at specified
low-power radio stations that use a radio wave having a frequency that is 2,400 MHz
or more and 2,483.5 MHz or less, 2,425 MHz or more and 2,475 MHz or less,exceeding 10.5 GHz and 10.55 GHz or less, exceeding 24.05 GHz and 24.55 GHz or
less, exceeding 60 GHz and 61 GHz or less (limited to Radio navigation Service),
exceeding 76 GHz and 77 GHz or less, or exceeding 77 GHz and 81 GHz or less, orradio equipment used at the Radio Station of Ultra-Wide Band Wireless System thatuse a radio wave having a frequency that is 24.25 GHz or more and less than29 GHz.
In Column 2, (1), the rated output value at the output terminal shown in the Radio
Equipment System Diagram is indicated by class of emission. For radio equipment
whose antenna power tolerance is specified by a bandwidth of 1 MHz, the antenna
power for the bandwidth of 1 MHz is indicated also. For radio equipment whose
antenna power tolerance is specified by an EIRP value, an EIRP value is indicated also.
In this case, for indicates the EIRP value, Column 4, (2) is not required.
(Example) 0.001W/MHz(Example) 0.000025W (EIRP)
Column 2, (2) is entered using an expression such as "F1D280.0000MHz, F3E
281.0000MHz through 282.0000MHz (12.5kHz intervals, 81 waves)".
In Column 2, (3), the oscillation method and frequency are indicated.
(Example) Crystal oscillation 1/24 of the transmittable frequency
In Column 2, (4), the modulation method corresponding to the class of emission set
forth in Column 2, (2), the maximum modulation frequency and maximum frequency
deviation, etc. are indicated; provided, however, that no entry is required in the caseof radio equipment used at radio stations of citizen's band.
(Example: 2.4 GHz band advanced low power data communication system)
Modulation method: quadrature phase modulation
BPSK (1 Mbps)
GPSK (2 Mbps)
CCK (5.5 Mbps/11 Mbps)
Diffusion method: direct spreading
Equivalent frequency to the modulation signal transmission speed: 1 MHz (BPSK,
QPSK)
1.375 MHz (CCK)
In the case of hopping method, dwell time of hopping frequency is indicated.
In Column 3, in the case of Construction Type Certification or Self-Confirmation ofTechnical Regulations Conformity, statement of the model type or name, and serial
number is not required.
In Column 4, (1), the polarization plane and the number of elements are indicatedusing an expression such as "single type (V) λ/4". In this case, the case of radio
equipment used at radio stations of citizen’s band, an expression such as "whipantenna cm" is indicated.
Column 4, (2) is indicated in Gis (absolute gain); provided, however, that no entry is
required in the case of radio equipment used at radio stations of citizen's band. For

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan
radio equipment whose angular width of main radiation is specified by EIRP, theangular width is indicated.
 In Column 5, the components, etc. of the radio equipment that are not listed inColumns 2 through 4 are indicated.
(Example)
Kind and Model Type or Name: System Type, Regulation, etc.
Interference Prevention Function: The function specified in Article 9-4 of theEquipment Regulations
 Entry in Column 6 is as follows:
1) In the case of specified radio equipment listed in Item 2 of Paragraph 2 of Article 2,
the type, manufacturer's name, model, or name of the specific radio equipment
listed in Item 1 of the same paragraph contained in the same casing shall be stated.
2) With regard to the Applied Equipment, the Applicant shall confirm that theconstruction design other than the items described in Columns 1 to 5 conform to thetechnical regulations stipulated in Chapter 3 of the Radio Law, and shall place acheck mark a box □.
3) "Weak radio equipment" means the radio equipment of a radio station whose radio
waves emitted as stipulated in Article 4, Item 1 of the Radio Law are extremely weak.
4) "Radio equipment for simultaneous application" means a radio device that hasapplied for technical regulation conformity certification or construction design
certification to the same registered certification authority or approval certificationbody among other radio equipment contained in the same housing of the applied
equipment.
5) In (3), the presence or absence of other radio equipment contained in the same
housing as the applied equipment and the applicable item from (1) to (4) shall bechecked in a box □. In the number and classification column of (1), the technicalregulation conformity certification number, construction design certification number,or identification number shall be written as the number, and the type of specificradio equipment listed in Article 2, Paragraph 1 shall be stated as the type.
6) (4) With respect to all radio equipment housed in the same housing as the applied
equipment, the applicant confirms that radio waves are not emitted outside thescope of the construction design of the applied equipment and the radio equipment
declared in (3) (i) to (iii) and places a check mark in a box □. In addition, in case theradio equipment referred to in (3) (iv) has been actually licensed or certified (license,
registration, or preliminary license) or is newly licensed or certified etc. (technicalregulation conformity certification, construction design certification, or selfconfirmation of conformity with technical regulations), it shall not preclude theemission of radio waves within the scope of the construction design related licenseand certification etc. although the radio waves are outside the range confirmed in (4).
• Attached drawings, etc. in Column 7 shall be as follows:
1) In the Radio Equipment System Diagram, the names and uses of the semiconductors
or integrated circuits, the frequency of each stage (including the frequency
multiplication and synthesizing methods), and the power supply voltage shall be
indicated.

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan
2) For radio equipment subject to the technical standards for the specific absorption
rate (SAR) and the allowable incident density (PD) for the human body specified in
Article 14-2, Paragraph 1 of the equipment regulations, a drawing describing theenclosure of the radio equipment under normal use, a document describing thepositional relationship between the radio equipment and the human body when the
distance between the antenna and the human body is within 20cm, and a drawing
describing the structure and position of the antenna and other items subject tomeasurement under the technical standards shall be attached. When there isanother radio equipment in the same enclosure as specified in Article 14-2,
Paragraph 1 of the equipment regulations, a drawing describing the structure andthe location of the other radio equipment antenna, and the construction design(limited to communication system, transmitter and antenna) shall be attached.
3) For radio equipment relating to the technical standards for the specific absorption
rate (SAR) at the human temporal area and the allowable incident power density(PD) at the human temporal area specified in Article 14-2, Paragraph 2 of theequipment regulations, a drawing showing the structure and location of the antenna
and other items to be measured in accordance with the technical standards shall be
attached.
4) For the radio equipment declared in (3) (iv) in column6, a document describing theconstruction design (limited to the items relating to the rated output of thetransmitter, the type of radio wave that can be emitted, and the frequency range)
shall be attached.
 Column 8 shall be as follows:
1) If it is difficult to open/close the radio equipment upon conducting the collation
examination, drawings showing the layout of components, and drawings orphotographs showing external appearance shall be attached.
2) If there are any testing programs, connectors or other properties indispensable inparticular upon conducting the characteristic test, the name and type of those shallbe indicated.
3) For radio equipment which is used at radio stations of a low-power data
communication system using emissions of a frequency that is 2,400 MHz or moreand 2,483.5 MHz or less, and has occupied band width which is exceeding 26 MHz
and 40 MHz or less, it shall be indicated whether it has a carrier sensing function.
4) For radio equipment which is used at radio stations of a low-power data
communication system using emissions of a frequency of exceeding 5,150 MHz and
5,350 MHZ or less and radio equipment of land mobile stations of 5.2 GHz band highpower data communication system, it shall be stated whether there is an indicationthat transmission of such radio equipment is allowed only indoors except whencommunicating with base stations or land mobile relay stations of 5.2 GHz band
high-power data communication system.
5) For radio equipment which is used at radio stations of a low-power data
communication system using emissions of a frequency of exceeding 5,250 MHz and5.350 MHz or less, or exceeding 5,470 MHz and 5,730 MHz or less, distinction
between master station (meaning radio stations that transmit radio waves without
being controlled by other radio stations, set up the radio frequency used at other
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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan
radio stations within the communication system, and control other radio stations
within the communications system; the same applies hereinafter) and slave station(meaning radio stations that is controlled by the master station), and whether it has
a function to reduce the average antenna power of the communications system by 3dB shall be indicated.
6) For radio equipment of base stations and land mobile relay stations of 5.2 GHz band
high-power data communication system, a document explaining that the equipment
complies with the equivalent isotropic radiated power conditions specified in Article
49-20-2, Parapraph1, Item 4 of the equipment regulations shall be attached.
7) Other matters for reference shall be indicated.
(Example) Whether it is connected to telecommunications line equipment

Statement of the Confirmation Methods (Not required for
Tst C)

3.4.

A statement of the confirmation methods describes the items listed in Appended Table
No.4 of the certification regulations (organization, responsibility and authority, management
methods to fulfill the obligation to conform to the construction design, inspection of
specified radio equipment conforms to its construction design (construction design
conformity obligation). Use Form3 as a template. If you don’t have ISO certificate, thenForm3-1 has to be submitted as well. A license holder shall ensure that the radio equipment
conforms to its certified construction type when dealing in specified radio equipment basedon technical regulations conformity type certification. Please read the following along withthe confirmation method.
http://www.tele.soumu.go.jp/j/sys/equ/tech/

3.5.

Copy of ISO9001 Certification (Not required for Tst C)

Please provide a copy of ISO9001 certificate of the factory which the radio equipment is
manufactured. Please make sure the scope of ISO 9001 certification includes manufacturingof the applied products and the certificate is within the validity.

3.6.

Block Diagram

Figure 1 shows an example of a block diagram. It shall indicate the reference numbers andmodel numbers of RF major components of transmitter and receiver (RF IC, FEM, crystal
oscillator, others and power supply regulator etc.), power supply voltage to be supplied,frequency of the radio, reference frequency of the crystal oscillator etc. as well. In case an
RF module is used, a system diagram which indicates model numbers of major components
etc. shall be provided.

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan

Reference Number

IC5Part Name
Usage
Antenna

IC6

IC8

FFFFF

HHHHH

LNA

BPF

Regulator
DC x.xV

EEEEE
Transceiver

Duplexer

MCU

IC1

IC2

AAAAA

BBBBB

IC4
DDDDD

PA
IC7

BPF
IC9

GGGGG

JJJJJ
X1 Crystal

IC3

ZZxxM xxMHz

CCCCC

ROM

Figure 1 Example of Block Diagram

3.7.

Schematic

In case the block diagram is not sufficient, provide circuit schematics as a reference.
It is helpful for us to understand the product.

3.8.

BoM (Bill of Materials)

Please provide BoM which lists model numbers of the parts specified in block diagram andcircuit schematic for cross-checking.

3.9.

Part Layout

Part layout shall show the part location and model numbers on PCB. Silkscreen layout or
photo which indicates the location of major components can be acceptable. In case a RF
module is used, provide a layout inside of this RF module with the location of major
components as well as part layout.

3.10.

Drawing of external view

This shall show external views of the product together with size (length, width, and height).
Alternatively clear photos showing the product in all dimensions with a scale are acceptable.
Minor protrusions does not need to be included in the dimensions.

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan

3.11.

Evidence of tamper proof

If the equipment is required to be tamperproof, it shall be described in detail how this isachieved in column 6 or a separate document if there is not enough space.

3.12.

Antenna

If there are some antennas to be applied for and there is not enough space in construction
design form, prepare a separate list and fill in “Refer to the antenna list” in (1) and (2) of 4on the construction design form.

3.13.

Label

Figure 2 shows an example of the certification mark and label. The certificate mark, R
symbol and certificate number shall be integrated into a label.

Certificate mark

Example of Label
20mm

12mm

R
The mark shouldbe legible.

005-10xxxx
Certificate Number

Figure 2 Certificate Mark and Label•••

Size shall be such that it can be easily identified.
Label material shall not be easily damaged.
Colors shall be appropriate, however label shall be easily readable.

3.14.

Label Location

A label layout drawing / photograph showing label location on a product is required. In caseof electromagnetic labeling, labeling procedure shall be clearly indicated.

3.15.

Data Sheet of major RF components

Please provide data sheets for major RF components, such as RH ICs, FEMs, crystal
oscillator, others and power regulator etc.

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in JapanAn antenna data sheet with the maximum antenna gain and external dimensions isrequired. If an antenna is radio type with half-width limitation etc., radiation pattern is also
required.

4. Device under Test (DUT)
RF performance test is conducted by conductivity measurement by connecting DUT
prepared by an applicant and our measurement equipment with RF cable. For that purpose,an applicant needs to prepare hardware modification on antenna port and power supply aswell as software tool for emitting test radio waves. All applied DUT shall be prepared in caseof “Test Certification” and 2 units (1 stand as spare) in case of “Type Certification”.

4.1.

Hardware modification

As shown in Figure 3, attach semi-rigid cables etc. to take out power supplied to antenna of
DUT. If there is a high-frequency coaxial connector with a switch for testing andmeasurement in front of an antenna, prepare a RF cable with an adopter converting theconnector to a SMA connector. In any case, indicate loss by the cable and the connector.
Test is conducted under +/- 10 variety of power supply voltage of radio equipment.
Therefore it is necessary to modify a power supply cable (including USB bus power) so that
DUT can be driven by supplied voltage from external power source. If voltage supply is via a
general-purpose outlet plug with commercial voltage, no modification is required.

Figure 3 Example of Hardware Modification

4.2.

Software tool

Test is conducted by activating DUT in test mode. Please prepare necessary test softwaretool and controlling PC for testing. The test modes are as follows. They need to be easily set
as they are changed many times during testing. Please prepare the instruction manual indetails, such as how to set test mode (like as command, setting parameters).
Test Mode of Non-modulated Carrier

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan
Measurement item:“Frequency Tolerance”
Settings:
Transmit only non-modulated carrier
wave continuously at
upper/middle/lower limits of appliedfrequencies.

Test Mode of Modulated Carrier
Measurement item:“Antenna Power Tolerance”, “Allowablevalue of occupied frequency bandwidth”
and “Spurious emission or unwanted
emission intensity limits” etc.
Setting:
Transmit modulated signal with apseudo-noise code continuously at
maximum output power at
upper/middle/lower limits of appliedfrequency bands.
Test Mode of continuous Receiving signal
Measurement item:“Limit of Radio Waves Which Are
Secondarily Emitted”
Setting:
Set continuous receiving mode at
upper/middle/lower limits of appliedfrequency bands.

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan

4.3.

Precautions for Test

Before providing test samples, complete all adjustments and settings of antenna power etc.
Be informed that we will not perform these adjustments, settings and cable loss
measurement etc. in our test lab.

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TUV Rheinland Japan Ltd.
Guideline for Technical Regulations Conformity Certification
for Radio Equipment in Japan
Revision History
RevisionVer. 1
Ver. 1.1

Date
2018/05/30
2020/03/27

Ver. 1.2
Ver. 2.02022/09/27

Ver. 3.0

2023/04/1

April 1, 2023

Note
Initial Version
Add comment of frequencies in the test
mode (Clause3).
2.14 Diameter of Mark is changed.
Add LH’s obligation
New sections
Updated new Construction typespecifications
Review of the whole contents andcorrection of editorial errors

AuthorHoriguchi
Ito
Ito
Ito

Ito

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