他们两个都不影响原有存储的频率，一个是短按M>V 按钮进入，一个是长按M>V按钮进入，或者在存储频道长按N/W(mode) 临时改变模式以后，也能进入MT 状态。都是不影响原存储频道的临时状态，已经有VFO 了，为啥还要一个MT 呢？在我看来他们都是临时的，自由可调没有存储的状态，我这样理解对吗？

这个MT感觉和Icom的MPAD功能比较像，临时储存几个频点方便在单次架台中快速切换😀

起初我和你有一样的困惑，并且一开始设置中继异频还是在临时下搞的，后来发现有点问题（修改一些参数是全局被改的）；请教别人在 Memory 模式下才搞好。当然最后我也懒得实验临时模式下能不能做不影响全局的异频储存。

MT适用于蹲某个频道然后对方有频偏或者临时QSY调过去. 然后随时可以back到当前频道不用担心破坏已有存储所在频段和发射频差是锁定的 VFO是拿来任意配置用的, 同时还能做sub发main收的异频操作也能写入QMB和Memory

@"freedom_liao"#p100454 yaesu的短波机也有MT

@"BI7KGD"#p100482 vfo也可以不影响存储的信道随时回去。我想了一下，在功能上vfo和mt基本上完全一样，但是vfo断电后能存储，mt断电关机后不存储，我的理解是相当于多一个比vfo还vfo的临时调整频点。

@"BH4GDU"#p100463 异频存储用那个split 存储我感觉更直观，存储模式下直接能看RX / TX 的频率，更直接

What are the differences between the VFO and MT (Memory Tune) modes on the Yaesu FTX1?

freedom_liao

Neither of them affects the original stored frequency. One is achieved by pressing and holding the M key.>Press the V button to enter. One option is to long-press the M button.>You can enter MT mode by pressing the V button, or by temporarily changing the mode by long-pressing N/W (mode) in the storage channel. These are temporary states that do not affect the original stored channel, and since we already have a VFO, why would we need another MT? In my understanding, they are all temporary, freely adjustable states without storage. Is this correct?

DAFANG

freedom_liao Yaesu's shortwave radios also have MT.

DF4_9460

This MT feature seems similar to Icom's MPAD function, which allows for temporary storage of several frequencies, making it convenient to quickly switch between them during a single operation. 😀

BH4GDU

Initially, I had the same confusion as you, and I initially tried setting up a repeater with a different frequency or using a temporary setup. However, I found that it caused some problems (some parameters were being globally modified). After consulting others, I was able to successfully set it up in Memory mode. Of course, I eventually gave up on experimenting with the temporary mode to see if it could be used without affecting the global settings.

freedom_liao

BH4GDU I find using the "split" storage method more intuitive. With this mode, I can directly see the RX/TX frequencies, which is much clearer.

BI7KGD

MT can be used to tune to a specific channel, and then switch to another channel with frequency drift or perform a temporary QSY (quick switch) to that channel. Afterwards, you can always return to the current channel without worrying about damaging any previously stored settings.
The operating frequency band and transmit frequency offset are locked.
The VFO can be configured arbitrarily and also used for sub-carrier to main-carrier operation. It can also write to QMB and memory.

freedom_liao

BI7KGD The VFO can also be used to store channels, allowing you to return to them at any time. After thinking about it, the VFO and MT functions are essentially identical, but the VFO can store channels even after power is lost, while the MT shuts down completely when power is lost. My understanding is that this provides an additional temporary frequency adjustment point similar to the VFO.

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