We have heard that the new spurious law will come into force for amateur radio in fiscal year 2022, but we are not sure what it will be. The electrical characteristics can be found on the Internet, but we would like to know the specific application procedures rather than the details. It has become quite clear in magazines and on the Internet, but we have now completed the application → certification → acceptance procedures, so we would like to introduce them for your reference. Recently, when watching QSO talks, we occasionally hear talk related to this topic, and among these, there are many amateur stations that are confused because they are not distinguished between stations under 200W and high power stations. For stations under 200W, regardless of whether the equipment is new or old, as long as the equipment is spurious-compatible, you can apply for warranty certification with the model name and technical conformity number (JARL registration number), so it is easy to 'replace' or 'add' the transmitter. Here, we will post the response for high power stations and the application contents for homemade equipment. There is also a notice like the one below, so it seems wise to complete the application procedures by November 30, 2017.

In my case, the current situation 　　 　　　　First transmitter＝1.9M／50M＝200W　　Second transmitter＝144M〜2400MHｚ　   　          Third transmitter＝3.5M〜28MHｚ＝1KW Points to note when applying for high power (500W/1KW) stations 　�@　Instead of applying to JARD, you will apply to TSS. 　�A　For transmitter numbers under 200W, apply for a 'replacement'. (In my case, the first transmitter/second transmitter) 　�B　Keep the 1KW transmitter number as is and never change it. (In my case, it is the 3rd transmitter) 　　　 If you change the third transmitter directly, the linear amplifier connected to it will be turned off and 1KW of power will be lost. 　�C　In order to support 1KW transmission, a new transmitter will be installed. (In my case, this will be the 4th transmitter.) 【Phase 1】 　Application details for TSS 　　Please send the documents below along with a reply envelope. After the warranty certification is complete, TSS will send the return envelope along with the documents to the relevant communications bureau. You will receive a certification notice like the one below about one month after submission. The return envelope should be a standard size long envelope (120 x 235 mm) with an 82 yen stamp affixed. 　------------------------------------------------------------------------------------------------- 　�@　保証願書.pdf　　　The first and second transmitters are all 200W or less devices, so they are 'replacements',                                 and the fourth transmitter is a linear connection transmitter and an 'addition'. 　�A　事項書.pdf　　 　　HF (3.5MHz to 28MHz) output value is 200W or less. 　�B　工事設計書　　　　 I applied for a homemade transmitter as the fourth transmitter, and added independent                                 sideband (B8W) as a radio wave format. 　�C　Transmitter system diagram                    　　 The first and second transmitters are basically JARL registered models so a system diagram                          is not necessary,but a booster has been added to the first transmitter to make it 200W so                          this diagramis necessary.The second transmitter does not have 2.4GHz functionality so a                          system diagram forthe modified 2.4GHz unit is required,and a full system diagram is required                         for the additional fourth transmitter. 【Second Phase】 　Contents of application to the relevant telecommunications bureau 　　 If it is 200W or less, the first stage is completed, and the warranty certification result is sent to the relevant communications office and accepted. For stations over 200W, the second stage procedure is required. Submit a change notification for the following documents so that the linear amplifier currently in use can be connected to the newly added 4th transmitter. 　�@　変更申請書（届出）.pdf　　　Check Change (Partial). 　�A　事項書.pdf　　　　　　　　　 　　HF (3.5MHz ~ 28MHz) = 1000W 　�B　工事設計書.pdf　　　　　　　　 The final stage of the 4th transmitter and the final stage of the linear amplifier are listed. 　�C　系統図.pdf　　　　　　　　　　　 The current transmitter (third transmitter) and the added fourth transmitter will be                                            configured so that they can be connected to the current linear amplifier. (Please indicate                                            the current linear amplifier.) The above will take about two weeks, after which you will receive a notice of acceptance from the relevant communications bureau. If there are any changes to the designated information, the license will also be enclosed. The rules for stations with less than 200W have been clarified, but the rules for stations with more than 200W have not yet been decided. We will soon have a decision on whether it will be OK to only use the exciter, or if some other additional procedures will be required.

【Supplementary information】 　When the radio wave type was still in its old form, it was designated A9 as ISB (Independence Side Band). After that, it was designated A8W under the new form, so I was convinced that it was an ISB radio wave type, but after some research, I found that it is now B8E or B8W, and I have applied to add a new radio wave type (B8W) to my self-built equipment, which has independent modulators for LSB and USB and can transmit audio signals, data, FAX, SSB, etc. independently for each sideband. For reference, I have posted the radio wave type table below.