transmitter
US /trænsˈmɪtɚ, trænz-/
・UK /trænsˈmɪtə(r)/
B1 中級
n. (c./u.)名詞 (可數/不可數)傳達人
A transmitter was used to send radio signals
影片字幕
加州海獺：懸崖上的生命！完整節目 (California Sea Otters: Life on the Edge - Full Episode)
- And they will do a surgery to implant the radio transmitter, and that transmitter lasts for three to four years, and that really helps us find the animal once they're back out in the wild.
他們會動手術植入無線電發射器，發射器的壽命為三到四年，一旦動物回到野外，發射器就能幫助我們找到它們。
- And that transmitter lasts for three to four years,
我們將在兩週內每天跟蹤它們，以確保它們能夠找到食物，不會壓力過大。
加州海獺：邊緣求生記 | 變動的海洋 (California Sea Otters: Life on the Edge | Changing Seas)
- And they will do a surgery to implant the radio transmitter, and that transmitter lasts for three to four years, and that really helps us find the animal once they're back out in the wild.
他們會動手術植入無線電發射器，發射器的壽命為三到四年，一旦動物回到野外，發射器就能幫助我們找到它們。
- and that transmitter lasts for three to four years,
Lillian Carswell 正在加州大學聖克魯茲分校攻讀博士學位。
通往太空的門 [1/2] 影片 / 有聲書 - 瑪莉詠·齊默·布萊德利 (The Door Through Space [1/2] Video / Audiobook By Marion Zimmer Bradley)
![通往太空的門 [1/2] 影片 / 有聲書 - 瑪莉詠·齊默·布萊德利 (The Door Through Space [1/2] Video / Audiobook By Marion Zimmer Bradley)](https://img.youtube.com/vi/wKQQmSV2WGY/hqdefault.jpg)
- has a standing offer of a reward for a working model of a matter transmitter?" "That offer's
對於一個可運作的物質傳送器模型，是否有一項懸賞？」「那項懸賞
- there's a question of a matter transmitter, or anything like that, in the hands of Terra's
涉及到物質傳送器，或任何類似的東西，落入 Terra 的
小心！千萬不要聽信這些愚蠢的 TikTok 旅遊訣竅！ (DON'T Listen to These Dumb TikTok Travel Hacks!)
- It's a transmitter that lets you stream audio wirelessly to any device with a 3.5 millimeter headphone jack.
它是一個發射器，可讓您將音頻流無線傳輸到任何帶有 3.5 毫米耳機插孔的設備。
- It's a transmitter that lets you stream audio wirelessly to any device with a 3.5-millimeter headphone jack.
是以，如果你租的汽車沒有藍牙或連接手機的方式，現在你可以通過汽車揚聲器播放配對設備的音頻。
PID 區塊控制閥程式設計 | DeltaV DCS 進階教學！ (Control Valve Program using PID Block | DeltaV DCS Tutorial -Advance)
- Now you see this back calculation out what I was talking about so this back calculation out need to be connected to back calculation in okay so we have a connection from here to this guy to make it look better you can do like this okay so this out is connected here and this out is to in back calculation in to white your reset wind up and bumpless transfer concept which we actually talked about before so a very important thing now which we really need to understand is there are few things that you have to have here which are not actually there so how to get up something in a PID which never which is not existed even you can see there's no set point here so you have to click right show parameter browse first first of all you have to understand I want this parameter to appear at the input side of the PID block so I selected type as input get into the browse now you have to search for set point so this set point is right here just click okay and click okay now you would see the set point is there also right now let's edit there are few things that you have to actually take care when you are going to make a PID loop so that is control options so when you click on this here you can actually make reverse or direct acting by default when you haven't selected anything this is reverse acting but when you are trying to you know it as a direct acting then you can do it like this you understand the point so I click on direct acting and click okay now this guy is ready okay so good now we can give a set point some value where is the set point set point is here I want my PID to be at 89 and where is the set point is good good cascade okay then I want this guy to be at some value right I don't want this to be set point I need to give it some value here to simulate in also so I will enable it I would give it 80 value okay so this is now 80 value and this set point is termed as your how much was how much was the value for the set point 89 okay now if we give it a 10 value for instance this AI that would behave in a better way I think let me instead of getting a high value we can give it a same 60 50 value that's a better way now you can see there are many options that exist if you come here into this block you can also see there are many options but first of all we have to understand see the gain is there there is a PIND rate is there that is there and you have a reset and you have a gain also and you have a outscale that you have actually scaled a value that your output would be between 0 to 100 it would not exceed more than that I'm sure that my process value or my control wall is between 0 to 100 percent there is no more actually opening of the control wall more than 100 percent then in that case you can see you can put up a zero limit for a low limit and high limit would be adjusted to 100 you can see here right any questions it's okay this this is your high limit in similar way you can also give a low limit in high limit to input values also but yeah this is a set point and one important thing with more thing yeah you can see the mode option here it's in the manual you can put it auto you can put it manual here you can put it cascade you can get put cascade remote and remote output but we would be talking about auto and manual in this case so I put it in manual and I'm trying to give a value and I need to save this program I need to download it and then see what is the response upload to the download to the station you can first upload it select okay and it's going to upload and then download anyway okay so now you see you put up a value of 50 and your set point is 89 as 79 and you're trying to give the output value to some value let's see and I want to give this output some value so I'm trying to give out manually so I'm trying this to be 30 okay so I put this output manually 30 value now I'm going to change the mode of operation to automatic to see how it operate so I select mode and make it into auto and click so now we have to tweak with the PID terms to see the response so if you see that we have a gain here so I want my gain to be high so what I where is the gain best way is put here and just select some give some value and I give it one to see the response now see the value is changing when I give a gain gain value you see the value of feedback is also changing and that back calculation is getting back to here also you see that's what I was talking about the feedback is going to be fed in in the back calculation now system is trying to reach to that value this is a set point 89 and your value is 50 okay so the system is trying to maintain that value if you try giving a value for example 675 see the response is changing so based on what you have at the AI which is your input your output would regulate the flow so this output would be actually connected to control valve and this AI is connected to the temperature transmitter in the case what we were actually talking about that's all for today if in the case you like this video consider hitting the like button if in the you haven't subscribed this youtube channel consider subscribing until next video take care and Allah Hafiz
現在你看到了我剛才說的這個反向計算輸出，所以這個反向計算輸出需要連接到反向計算輸入，好的，所以我們有一個從這裡到這個傢伙的連接，使它看起來更好，你可以這樣做，好的，所以這個輸出連接到這裡，這個輸出是連接到反向計算輸入，白色的你的復位卷繞和無緩衝轉移的概念，我們之前實際上已經說過了。是以，我們現在需要了解的一件非常重要的事情是，有一些東西你必須在這裡有，但實際上並不存在，所以如何在 PID 中建立一些從未存在過的東西，甚至你可以看到這裡沒有設定點。這裡沒有設定點，所以你必須點擊右側的顯示參數瀏覽，首先你必須
- So this output would be actually connected to control wall and this AI is connected to the temperature transmitter in the case what we were actually talking about.
樹木比我們想像的還要瘋狂！🌳🤯 (Trees Are Even More Crazy Than We Thought)
- This raw data flows into the root's command centre just behind the tip, where cells produce electrical pulses and move transmitter chemicals around.
就像你無法只用磚塊和鋼筋蓋一座城市一樣，樹木也需要一些稀有的材料。
- This raw data flows into the root's command center, just behind the tip, where cells produce electrical pulses and move transmitter chemicals around.
這些原始數據會流向根尖後方的指揮中心，那裡的細胞會產生電脈衝並傳遞化學物質。
MCF 光纖收發器，專為 AI 資料中心打造！ (MCF Optical Transceivers for AI DC)
- Uh, these are just to show you a snapshot of, you know, uh, how we build these transceivers and actually produce really, really good performance on the transmitter and receiver.
所以我們可以將它直接終止在收發器的插槽上，使用多核心輸入和輸出，這是業界首創的 1.6T 多核心光纖收發器。
- Now these are just to show you a snapshot of, you know, how we build these transceivers and actually produce really really good performance on the transmitter and receiver.
現在這些只是想讓你們看看，你知道，我們如何建造這些收發器，並且在發射器和接收器上實際產生非常非常好的效能。