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供应24GHz介质谐振器 用于微波模块 深圳厂家直销   Tel：0755-27826632，company contacts：David   产品名称：TE01δ模式介质谐振器 中心频率：24GHz（可按要求订制）； 尺寸：Φ2.73*1.4mm（可按要求订制）； 介电材料：35； 产品特性：性能稳定，Q值高，温飘小；   产品应用： 1 、交通监测 A ：交通监控：车辆流量，车辆分类，速度监控 B ：距离测量：停车帮助，起停巡航，ACC盲点检测，防撞控制，变道辅助系统 C ：火车运用：铁路障碍检测，站台监控，调车帮助，速度测试 D ：轨道车辆：导航 F ：智能驾驶 2 、物体探测 A ：开门装置 B ：卫生设施：水龙头，小便池 C ：内部和外部侵入报警，安防管理 D ：智能照明 E ：计数装置 3 、运用方面 A ：跑步，滑雪，冲浪等运动中测距，测速 B ：球类测速 4 、工业应用： A ：液位测量 B 流速测量 C 泥浆密度测量 D 传送带监控 E 机器人 Tel：0755-27826632，company contacts：David Product name: TE01 delta mode dielectric resonator Center frequency: 24 GHZ; Size: Φ 2.73 * 1.4 mm; Dielectric material: 35; Product features: stable performance, high Q value, small temperature drift; Our company specialized research and development production of dielectric resonator, different frequencies can be tailor-made for the user, up to 77 GHZ Product application: 1, traffic monitoring A: traffic monitoring: traffic flow, vehicle classification, speed monitoring (police radar) B: distance measurement: parking assistance, start-stop cruise, ACC blind spot detection, anti-collision control, lane change auxiliary system Use: C: train railway obstacle detection, monitoring platform, shunting help, speed test D: railway vehicles: navigation F: intelligent driving 2, object detection, A: open the door device B: sanitation: faucet, urinal C: internal and external intrusion alarm, security management D: intelligent lighting E: counting device 3, use A: running, skiing, surfing and so0n movement range and speed B: the ball speed 4, industrial application: A: level measurement B the velocity measurement C mud density measurement D conveyor belt monitoring E robot Tel：0755-27826632，company contacts：David

I am a mega-fan of Doctor Who (I still remember watching the very first episode – while taking full advantage of the safety provided by standing behind the sofa – when I was 6 years old in 1963). Now, if you too are a follower of Doctor Who, you will be aware that his space/time machine – called the TARDIS – is disguised as a 1960s UK Police Box. Also, that when you enter the TARDIS , you discover that it's much larger on the inside than it appears on the outside. Well, my chum Bob Zeidman – the founder of Zeidman Consulting and the guy with whom I saw an Agatha Christie– just alerted me to the fact that a guy called Greg Kumparak has created a model of the TARDIS that also appears to be bigger on the inside. As you will see in this video , Greg first constructed a model of the TARDIS , and then he created an application that runs on a smart phone or tablet computer. When you look at the model via this augmented reality app, it really appears as though the model is bigger on the inside. I have to say that I am very, VERY impressed by this. I LOVE this sort of thing. Now I want to start playing with this augmented reality software myself.  

I'm too young for all of this thrill. I just saw the latest temptingly tasty treat from those little scamps at ThinkGeek – a Doctor Who Sonic Screwdriver Programmable TV Remote (I am Doctor Who's #1 Fan!). I do like the little photographs and captions on the ThinkGeek product page, like the image showing one of these sonic screwdrivers in someone's pocket with the caption "Fashionable!" I also like the accompanying description, which commences as follows: "The Sonic Screwdriver Programmable TV Remote lets you feel like a time lord while lounging on your couch eating fish fingers and custard." (A reference, of course, to the episode when Dr. Who first meets Amy Pond). If you check out this video , you'll see that you can teach the screwdriver to control things with a touch or a twitch or a gesture (like flicking the end up or down to move the TV channel up or down). Sad to relate however, I have to say that in some ways this video is a tad unrealistic. I mean to say, we see someone opening the box and ... taking out and reading the instructions BEFORE taking out the sonic screwdriver. As if! Should I be lucky enough to get one of these little beauties as a gift from an admiring fan (hint hint), the instructions would find themselves in the corner at the far side of the room as I scrabbled to get my very own sonic screwdriver in my sticky hands.