Skyworks Solutions, Inc.正在推动无线网络革命。我们高度创新的模拟和混合信号半导体正在连接人、地点和事物，涵盖航空航天、汽车、宽带、蜂窝基础设施、互联家庭、国防、娱乐和游戏、工业、医疗、智能手机、平板电脑和可穿戴市场中的许多新的和以前无法想象的应用。Skyworks 是一家全球性石英晶振公司，在亚洲、欧洲和北美拥有工程、营销、运营、销售和支持设施。在Skyworks，无论我们在哪里运营，我们都在尽量减少对环境的影响，并营造一个安全高效的工作场所。我们利用经过验证的管理结构，通过频繁和严格的内部和第三方审计，在组织的各个层面培养问责制。我们还优先考虑在全球供应链中与合作伙伴的责任、诚信和法律合规。作为责任商业联盟(RBA®)的成员，我们与客户、供应商和竞争对手密切合作，以确保我们行业的可持续性。

自1978年以来，Wenzel已经定义了最先进的超低相位噪声晶体振荡器。Wenzel设计和制造晶体振荡器，固定频率系统，集成微波组件和x波段合成器。Blue Tops模块，来自MXO系列的超低噪声倍增微波源，以及非常低噪声的定制集成微波组件为世界各地的系统提供了构建模块。美国进口晶振

大约三分之二的Wenzel产品是高可靠性部件，用于雷达系统，军用无线电和空间应用。Wenzel为机载，无人机和船上导航，监视和通信系统建造主振荡器。多频率，机架式源和合成器装备测试实验室，是美国导弹防御系统的一部分。我们非常自豪地被选为国家射电天文台ALMA望远镜的关键部件，该望远镜目前正在观测智利北部阿塔卡马沙漠的星系。

自1881年成立以来，精工推出了一款又一款革命性的产品，包括1913年日本首款腕表和1969年全球首款石英表。合并后的公司现在在广泛的领域开展业务，从手表到电子设备、半导体、眼镜、钟表和其他产品。这些个体企业中的每一个都致力于通过其业务联盟实现进一步的飞跃。

Since its founding in 1881, Seiko has introduced one revolutionary product after another, including the first wrist watch in Japan in 1913 and the first quartz watch in the world in 1969. The consolidated companies now operate in a broad range of fields, from watches to electronic devices, semiconductors, eyewear, clocks and other products. Each one of these individual businesses strives for further leaps forward through its business alliances.

世界上第一块石英表的实际应用与音叉石英晶振的开发是不少工程师所流下的血液，汗水以及眼泪的结晶.随着时间慢慢的推移,石英晶振产品不断的连接着电视,电脑,手机,手表等慢慢靠近着我们的生活.渐渐的这些石英晶振产品已发展成电子行业不可或缺的固定产品.甚至被称为”工业之盐”,电子产品的”心脏”.这些石英晶振最早主由EPSON TOYOCOM公司生产制作而成.

The practical application of the world's first quartz watch and the development of the tuning fork quartz crystal oscillator are the crystallization of blood, sweat and tears that many engineers shed. As time goes by, quartz crystal products are continuously connected to TVs and computers. Mobile phones, watches, etc. are slowly approaching our lives. Gradually these quartz crystal products have developed into indispensable fixed products for the electronics industry. They are even called "the salt of industry", the "heart" of electronic products. These quartz crystal oscillators The earliest production was produced by EPSON TOYOCOM.

QMEMS(Quartz+”MEMS”)是促进MEMS(微电子机械系统)晶体材料微加工工艺独特技术的名称,是EPSON TOYOCOM公司产品的主要核心技术.通过充分利用这项技术的优势可以为石英晶体器件实现更小巧的尺寸及更好的性能.QMEMS技术的起源可以追溯到20世纪70年代初.

QMEMS (Quartz+ "MEMS") is the name of a unique technology that promotes micromachining of MEMS (micro-electro-mechanical systems) crystal materials. It is the main core technology of EPSON TOYOCOM. By taking advantage of this technology, it can be realized for quartz crystal devices. Smaller size and better performance. The origins of QMEMS technology can be traced back to the early 1970s.

1969年，在日本中部的苏瓦湖岸边，当地的一家公司悄然成功地将世界上第一块石英晶振手表变成了现实 - “精工石英天文35Q”（图1），这一事件让世界措手不及。

In 1969, on the shores of Lake Suva in central Japan, a local company quietly succeeded in turning the world's first quartz watch into reality - "Seiko Quartz Astronomy 35Q" (Figure 1), an event that caught the world off guard. .

这真是一个划时代的突破。在此之前，石英钟表虽然非常精确，但却非常大，以至于不能轻易携带，而是采用箱形钟表的形式悬挂在墙壁上。虽然机械手表当然已经存在，但这些并不精确。需要一个创新的解决方案来解决更好的精度和更紧凑的尺寸的双重问题，全球各地的公司都在1960年代中后期进行无情竞争以找到一个问题。

This is really an epoch-making breakthrough. Prior to this, quartz clocks, although very precise, were so large that they could not be easily carried, but were suspended from the wall in the form of a box-shaped clock. Although mechanical watches certainly exist, these are not precise. An innovative solution is needed to solve the double problem of better precision and more compact size, and companies around the world have ruthlessly competed in the mid to late 1960s to find a problem.

图1：世界上第一块石英手表'精工石英Astron 35Q'
注：这些电影是使用YouTube™提供的。
YouTube是Google Inc.的商标

图2：Quartz Astron开发之前的晶体单元这是
在Quartz Astron到来之前实际使用的晶体单元
类型的一个例子。虽然看起来很大，长约50毫
米，但它实际上是当时最小的水晶单元之一.

它是精工苏瓦株式会社，苏瓦湖岸边，它正悄悄地控制着这个发展的竞争对手。使精工苏瓦株式会社领先其竞争对手的因素之一是该公司成功地使晶体单元更加紧凑。传统的水晶装置尺寸非常大，无法装入手表般小的东西（图2）。精工苏瓦株式会社通过采用称为“音叉晶体”的新结构解决了这个问题。新开发的'Cal.35SQ'型尺寸*晶体单元的直径为4.3mm×长度为18.5mm（图3）。此外，精工苏瓦株式会社还能够调整水晶单元的内部结构，以便克服腕表连接在佩戴者手腕上时经常受到的振动和撞击所引起的问题。

It is Seiko Suva Co., on the shores of Lake Suva, and it is quietly controlling this growing competitor. One of the factors that led Seiko Suva to lead its competitors was the company's success in making crystal units more compact. The traditional crystal device is very large in size and cannot be loaded into a watch-like thing (Fig. 2). Seiko Suva solved this problem by adopting a new structure called "tuning fork crystal". The newly developed 'Cal.35SQ' size* crystal unit has a diameter of 4.3 mm and a length of 18.5 mm (Fig. 3). In addition, Seiko Suva can adjust the internal structure of the crystal unit to overcome the problems caused by vibrations and impacts that are often encountered when the watch is attached to the wearer's wrist.

*此时公司开发的音叉式水晶单元用于Suwa Seikosha内部制造的手表。因此，“我们没有给他们一个特定的产品型号，只是通过他们的机芯名称或手表的操作机制（Calibre，或'Cal。'）来提及它们，”Mutsumi Negita说。

* At this time, the company's tuning fork crystal unit was used for watches made inside Suwa Seikosha. Therefore, "we didn't give them a specific product model, just mention them by their movement name or the operating mechanism of the watch (Calibre, or 'Cal.')," Mutsumi Negita said.

图3：Quartz Astron中使用的音叉晶体单元
采用新开发的音叉结构，使Suwa Seikosha能够成功制造出更小的晶体单元，半径仅为4.3mm，长度为18.5mm。它被分配了型号“Type Cal.35SQ”并且具有8.192kHz的正常频率。

Figure 3: Tuning fork crystal unit used in Quartz Astron
With the newly developed tuning fork structure, Suwa Seikosha was able to successfully manufacture smaller crystal units with a radius of only 4.3 mm and a length of 18.5 mm. It is assigned the model "Type Cal.35SQ" and has a normal frequency of 8.192 kHz.

Image	Part No.	RoHS/Reach	Package	Logic (Output)	Supply Voltage(s)	Frequency
	TSMV2	Compliant	2.5 X 2.0 Ceramic 4 PAD SMD	HCMOS	3.3V	1.250MHz ~ 70.000MHz
	TV22A	Compliant	2.5 X 2.0 Ceramic 6 PAD SMD	HCMOS LVDS LVPECL	2.5V, 3.3V	10.000MHz ~1500.000MHz
	TSMV3	Compliant	3.2 X 2.5 Ceramic 4 PAD SMD	HCMOS	1.8V, 2.5V, 3.3V	1.250MHz ~ 55.000MHz
	TV32A	Compliant	3.2 X 2.5 Ceramic 6 PAD SMD	HCMOS LVDS LVPECL	2.5V, 3.3V	10.000MHz ~1500.000MHz
	TVL5	Compliant	5.0 X 3.2 Ceramic 6 PAD SMD	LVDS	2.5V, 3.0V, 3.3V	0.750MHz ~ 800.000MHz
	TVP5	Compliant	5.0 X 3.2 Ceramic 6 PAD SMD	LVPECL	2.5V, 3.0V, 3.3V	0.750MHz ~ 800.000MHz
	TSMV5	Compliant	5.0 X 3.2 Ceramic 6 PAD SMD	HCMOS	2.5V, 3.3V, 5.0V	1.000MHz ~200.000MHz
	TV53A	Compliant	5.0 X 3.2 Ceramic 6 PAD SMD	HCMOS LVDS LVPECL	2.5V, 3.3V	10.000MHz ~1500.000MHz
	TVC5	Compliant	5.0 X 3.2 Ceramic 6 PAD SMD	HCMOS LVDS LVPECL	2.5V, 3.3V	74.1758MHz 74.250MHz
	TVD5	Compliant	5.0 X 3.2 Ceramic 6 PAD SMD	HCMOS LVDS LVPECL	2.5V, 3.3V	148.3516MHz 148.500MHz
	TVP	Compliant	7.0 X 5.0 Ceramic 6 PAD SMD	LVDS LVPECL	2.5V, 2.8V, 3.3V	0.7500MHz ~ 800.000MHz
	TSMV	Compliant	7.0 X 5.0 Ceramic 6 PAD SMD	HCMOS	2.5V, 3.3V, 5.0V	0.100MHz ~ 200.000MHz
	TV75A	Compliant	7.0 X 5.0 Ceramic 6 PAD SMD	HCMOS LVDS LVPECL	2.5V, 3.3V	10.000MHz ~1500.000MHz
	TVC	Compliant	7.0 X 5.0 Ceramic 6 PAD SMD	HCMOS LVDS LVPECL	2.5V, 3.3V	74.1758MHz 74.250MHz
	TVD	Compliant	7.0 X 5.0 Ceramic 6 PAD SMD	HCMOS LVDS LVPECL	2.5V, 3.3V	148.3516MHz 148.500MHz
	TPV	Compliant	14.0 X 9.8 Plastic 4 PIN SMD	HCMOS	3.3V, 5.0V	1.000 MHz ~ 200.000 MHz
	TSVC	Compliant	14.3 X 8.7 FR4 PCB 4 PAD SMD	HCMOS LVDS LVPECL	3.3V, 5.0V	0.001MHz ~800.000MHz
	TSVD	Compliant	14.3 X 8.7 FR4 PCB 4 PAD SMD	HCMOS	3.3V, 5.0V	1.000MHz ~800.000MHz
	TSVE	Compliant	14.3 X 8.7 FR4 PCB 4 PAD SMD	SINEWAVE	3.3V, 5.0V	100.000MHz ~ 125.000MHz
	TSVF	Compliant	14.3 X 8.7 FR4 PCB 6 PAD SMD	HCMOS LVDS LVPECL	3.3V, 5.0V	0.001MHz ~ 800.000MHz
	VCXO	Compliant	8PIN DIP / 14PIN DIP Through hole	HCMOS SINEWAVE	3.3V, 5.0V	1KHz ~ 800.000MHz

Transko Crystal Electronics, Inc. was founded in 1992 and is headquartered in Anaheim, California. Unlike other crystal oscillators, Transko Crystal is an ISO 9001 certified supplier of frequency control equipment solutions with fast delivery. Capability, TCXO CRYSTAL can provide products in as little as 72 hours. At the same time, Trancos crystal oscillator VCXO oscillator series has low loss, low energy consumption, low jitter, low voltage and other functions.

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Frequency Technology Inc.成立于1962年，目标是提供最先进的晶振时钟振荡器和混合信号。现在，Frequency Electronics Technology，Inc.与Frequency Electronics，Inc. .Fre-Tech的产品和Quarztechnik晶振，加强了其在高稳定性，高性能振荡器领域以及军事市场的地位。Monitor Products一直是频率控制市场高稳定性领域的QPL认证技术领导者，生产定制Xos,VCXO,TCXO和高精度OCXO。Fre-Tech Products也是（QPL）符合MIL-PRF-55310标准的。Fre-TechCrystal Products在该行业的专业技术可追溯到45年前。

Frequency Technology, Inc.was founded in 1962 with the objective of providing state-of-the-art crystal clock oscillators and hybrids.Now Frequency Electronics Technology, Inc. is combined with Frequency Electronics, Inc. .Fre-Tech’s  Products and Quarztechnik, strengthened its position in the high stability, high performance oscillator arena, as well as in the military marketplace. Monitor Products had been a QPL qualified technology leader in the high stability segment of the frequency control market, manufacturing custom Xos,VCXOs,TCXOs and high accuracy OCXOs. Fre-Tech Products was also (QPL) qualified to MIL-PRF-55310. Fre-Tech Products’ expertise in the industry goes back 45 years.

Frequency Technology，Inc.  已通过ISO-9001（2000）注册，并且是美国领先的符合MIL-PRF-55310标准的产品制造商。我们为军事，航空航天，高温（井下）和深空行业提供服务，并为我们在陆地，空中，海上和太空应用方面的技术成就感到自豪。这样的系统使Fre-Tech能够快速作出反应，并在面临低批量或高批量需求的短交付时间时提供最具竞争力的价格。Fre-Tech继续提供无与伦比的质量控制，准时交货和一流的客户服务。事实上，该公司能力出众的员工是其重复业务和稳定增长的主要原因。

Frequency Technology, Inc. is ISO-9001 (2000) registered and the leading U.S. manufacturer of qualified products to MIL-PRF-55310. We service the Military, Aerospace, High-Temperature (Down Hole) and Deep Space industries and are very proud of our technological successes in land, air, sea and space applications. Such a system enables Fre-Tech to react quickly and to offer the most competitive prices when faced with short lead times having either low or high volume requirements. Fre-Tech continues to provide unequaled quality control, on-time delivery, and first-rate customer service. In fact, the company’s exceptionally capable staff is a major reason for its repeat business and steady growth.

日本富士通晶振fujicom crystal公司成立于1994年,用500万日元为资本成立fujicom晶振公司.公司成立后便致力于研发生产水晶.为提高石英晶体产品品质,fujicom晶振公司引进韩国三星,日本山梨电波及日本株山公司先进的生产设备.