光耦合器，本质安全电路电隔离(EXi)，隔离电压最小4kVDC，CTR最小0.5，截止50kHZ。ATEX & IECEx 认证(18 ATEX 0017 U, KIWA 18.009 U)。绝缘电阻的输入/输出高达10 ^ 12Ω。输入和输出间的最高安全要求达到14.5mm。电隔离和轻微的输入和输出电路之间的耦合电容。可以模拟和数字信号的传输。与继电器相比输出延迟时间比较小。由于无机械磨损因此寿命很长。磁场不影响操作。使光电二极管运行非常短的时间。在传输过程中能够逆变输出信号。
Type of protection: II (1) G [Ex ia Ga] II C
按照:EN 60079 - 0, EN 60079 - 11
IECEx Certificate of Conformity
米ounting Instructions for 525 Optocoupler Series
| 输出/输入端绝缘电压最小值(VDC) | 4000 |
| 电流转移系数lc/lf (lf = 10mA) 最小值 | 0.5 |
| 开启/关闭时间(µsec) | 5.5/4.2 |
| 集电极-发射极电压(VDC)最大值 | 32 |
| 爬电距离，空气路径I/O最小值 (mm) | 14.5 |
| 环境温度°C | -40 to 85 |
任何工厂需要高绝缘和无弧环境, 易燃气体处理厂,ESD可能是一个真正的问题的医疗处理厂, 采矿作业
产品系列规格（PDF）| 输出/隔离电压输入/输出最小。（VDC） | Turn On/Off Time (µsec) | Collector-Emitter (Forward Uf) Voltage Max. (VDC) | DC向前电流如果最大。（嘛） | Emitter/Collector Power Dissipation Ptotmax. (mW) | Creeping Distance, Air Path I/O Min. (mm) | Current Transfer Ratio lc/lf(lf = 10mA) Min. (A) | Transmission Frequencies up to (KHz) | 产品特点 |
|---|---|---|---|---|---|---|---|---|
光耦合器，本质安全电路电隔离，隔离电压最小6kVDC，CTR最小0.5，截止50kHZ。绝缘电阻的输入/输出高达10 ^ 13Ω。输入和输出间的最高安全要求达到24.5mm。电隔离和轻微的输入和输出电路之间的耦合电容。可以模拟和数字信号的传输。与继电器相比输出延迟时间比较小。由于无机械磨损因此寿命很长。磁场不影响操作。使光电二极管运行非常短的时间。在传输过程中能够逆变输出信号。
微型光耦合器，本质安全电路电隔离(EXi)，隔离电压最小4kVDC，CTR最小0.5，截止85kHZ。ATEX & IECEx 认证(18 ATEX 0017 U, KIWA 18.009 U)。绝缘电阻的输入/输出高达10 ^ 12Ω。输入和输出间的最高安全要求达到12mm。电隔离和轻微的输入和输出电路之间的耦合电容。可以模拟和数字信号的传输。与继电器相比输出延迟时间比较小。由于无机械磨损因此寿命很长。磁场不影响操作。使光电二极管运行非常短的时间。在传输过程中能够逆变输出信号。
Type of protection: II (1) G [Ex ia Ga] II C
按照:EN 60079 - 0, EN 60079 - 11
IECEx Certificate of Conformity
光耦合器，本质安全电路电隔离，隔离电压最小10kVDC，CTR最小0.9，截止50kHZ。绝缘电阻的输入/输出高达10 ^ 12Ω。输入和输出间的最高安全要求达到42mm。电隔离和轻微的输入和输出电路之间的耦合电容。可以模拟和数字信号的传输。与继电器相比输出延迟时间比较小。由于无机械磨损因此寿命很长。磁场不影响操作。使光电二极管运行非常短的时间。在传输过程中能够逆变输出信号。
光耦合器，本质安全电路电隔离，隔离电压最小22kVDC，CTR最小0.8%，截止100kHZ。绝缘电阻的输入/输出高达10 ^ 12Ω。输入和输出间的最高安全要求达到39mm。电隔离和轻微的输入和输出电路之间的耦合电容。可以模拟和数字信号的传输。与继电器相比输出延迟时间比较小。由于无机械磨损因此寿命很长。磁场不影响操作。使光电二极管运行非常短的时间。在传输过程中能够逆变输出信号。
光耦合器，本质安全电路电隔离（EXi)，隔离电压最小4kVDC，CTR最小3.0，截止2kHZ，ATEX & IECEx 认证(18 ATEX 0017 U, KIWA 18.009 U)。绝缘电阻的输入/输出高达10 ^ 13Ω。输入和输出间的最高安全要求达到14.5mm。电隔离和轻微的输入和输出电路之间的耦合电容。可以模拟和数字信号的传输。与继电器相比输出延迟时间比较小。由于无机械磨损因此寿命很长。磁场不影响操作。使光电二极管运行非常短的时间。在传输过程中能够逆变输出信号。
Type of protection: II (1) G [Ex ia Ga] II C
按照:EN 60079 - 0, EN 60079 - 11
IECEx Certificate of Conformity
米ounting Instructions for 535 Optocoupler Series
光耦合器，本质安全电路电隔离（EXi)，隔离电压最小4kVDC，截止500kHZ，ATEX & IECEx 认证(18 ATEX 0017 U, KIWA 18.009 U)。绝缘电阻的输入/输出高达10 ^ 13Ω。输入和输出间的最高安全要求达到14mm。电隔离和轻微的输入和输出电路之间的耦合电容。可以模拟和数字信号的传输。与继电器相比输出延迟时间比较小。由于无机械磨损因此寿命很长。磁场不影响操作。使光电二极管运行非常短的时间。在传输过程中能够逆变输出信号。
Type of protection: II (1) G [Ex ia Ga] II C
按照:EN 60079 - 0, EN 60079 - 11
IECEx Certificate of Conformity
米ounting Instructions for 567 Optocoupler Series
As the leader in reed switch technology, Standex impacts lives by contributing to effective product performance in household, automotive and utilities applications.
Standex Electronics is a worldwide market leader in the design, development and manufacture of standard and custom electro-magnetic components, including magnetics products and reed switch-based solutions.
In this video we discuss our global manufacturing and supply chain capabilities and how WE MATTER™ by fueling the processes that we often take for granted every day. Through our diverse in-house capabilities and strong engineering designs we PARTNER with our customers to SOLVE their unique challenges, and DELIVER custom high-performing solutions...
Standex Electronics new company video shares our global manufacturing and supply chain capabilities, and how “we matter” through our partner, solve, and deliver approach.
Standex Electronics dynamic engineering and diverse product line of custom and standard components deliver reliable high-quality solutions to customers across broad markets and applications. Our robust product offerings include Reed Switches, Relays, and Sensors, Planar Transformers and Inductors, and Fluid Level Sensors that provide solutions for the Automotive, HVAC, Alternative Energy, Lighting/LED, Appliance, Mil-Aero, Medical, and many others...
bob全站apple Standex电子日本是一个全球市场ader in the design, development, and manufacturing of magnetic reed switches. Headquartered in Kofu City, Japan it was previously branded as the OKI Sensor Device Corporation prior to being acquired by Standex Electronics, Inc., a division of Standex International. The new name of OKI Reed Switches is KOFU, A Standex Electronics Brand.
Reed Switches work well with smart home automation systems because they draw no power compared to other magnetic sensing elements. They can be married to a wireless or Bluetooth technology and placed in remote battery powered door sensors or window sensors, or anything where you’re looking for movement or proximity. They’re a very cost-effective and robust component suitable for the home environment, requiring fewer connections resulting in longer battery life.
In today’s homes and also commercial properties, there’s an increased necessity for control to improve efficiency and productivity. And with that control, you have different products that measure temperature, water levels, security, and locks, so within those products reed switches play a major role in making them “smart”.
bob全站appStandex Electronics是标准和定制芦苇开关设计，开发和制造的全球领导者。
Welcome to Standex Electronics' RF Reed Relays Part I training module. Reed relays have long been known to have the capability to switch and carry RF signals and fast digital pulses. Hardly anyone thought reed relays were capable of switching and carrying RF up to 20 GHz, because the reed switch's leads are composed of nickel/iron which has a relatively high permeability or (MU). However, 20GHz is now a reality at Standex Electronics. We will be presenting the reasons Standex Electronics and their design team have made this possible.
Welcome to Standex Electronics' RF Reed Relays Part II training module. This second RF presentation assumes you have already heard the first Standex Electronics RF Part I presentation. Understanding the simple physical layout of a reed relay makes it easy to design and rest reed relays for RF and fast digital pulse applications. RF is dependent on the physical layout or signal path it takes while going through circuits and the components that make up those circuits. We will show you how the physical layout of the reed relay will have a direct bearing on the RF signal's success going into and out of the reed relay. Coupled with the relay's physical layout, the materials making up the reed relay are also important.
Welcome to Standex Electronics Reed Relay training module. This module will define key terms used in reed relays and their applications. The module will also describe the structure and function of reed relays and their vast number of applications.
欢迎来到Standexbob全站app Electronics，我们将在其中探索什么是磁铁以及它们在电子行业中的使用方式。我们将定义与磁铁有关的关键术语，我们将探索什么是磁铁，它们的作用以及如何使用。
Welcome to Standex Electronics' Latching and Form B Reed Relay and Sensor training module. This module will define key terms of Form B and Latching sensors and relays. The module will also describe the structure and function of latching and Form B reed relays and sensors.
磁簧管、磁簧继电器及磁簧开关是我们最重要的产品。这三种产品系列有一个简单的共通性，就是磁簧管是这些产品的核心组件。磁簧管是以磁场来驱动操作的组件，两片端点处重迭的可磁化的簧片、密封于一玻璃管中，两簧片分隔的距离仅约几个微米，玻璃管中装填有高纯度的惰性气体，在尚未操作时，两片簧片并未接触、外加的磁场使两片簧片端点位置附近产生不同的极性， 结果两片不同极性的簧片将互相吸引并闭合...
リードスイッチを開発して設計することはとても難しい作業です. それで Thuringiaに位置している本社の工場はこの分野で最初に最新生産設備を取り揃えて超精密度を要する多様なリードスイッチを生産しています. その大きさは非常に小さくて薄いコーティング層で成り立っていて, 細心な工程段階を通さなければなりません. このような高度の精密度及び技術を持った生産環境で競争力がある価格と優秀な品質の製品たちが誕生することになるのです...
リードスイッチを開発して設計することはとても難しい作業です. それで Thuringiaに位置している本社の工場はこの分野で最初に最新生産設備を取り揃えて超精密度を要する多様なリードスイッチを生産しています. その大きさは非常に小さくて薄いコーティング層で成り立っていて, 細心な工程段階を通さなければなりません. このような高度の精密度及び技術を持った生産環境で競争力がある価格と優秀な品質の製品たちが誕生することになるのです...
bob全站appStandex Electronics专家讨论了Reed Switch技术，以及为什么Reed Switch在许多应用中起着如此重要的作用。
リードスイッチリレーリードセンサーは弊社基本基本的に大事ラインラインラインとしてとしてとしてとしてとしてとしてとしてとしてとしてとしてこのとしてとして种类种类种类种类种类种类制品ラインラインラインではというスイッチスイッチスイッチスイッチスイッチというというスイッチ同同同同同同同同なななるのに，1940年年代年代アメリカ研究によって発明されまし。作动原理简単。简単简単ですつつ端强い磁性性格性格性格をたたたた金属金属金属素子素子をを约何マイクロメーターマイクロメーターマイクロメーターののとてもとてもなな间隔间隔间隔间隔よう重なるようようにたたたたたたた后后ガラスそしてガラスには不活性ガスが満たさます。。二に二つつつつのののリード素子ははお互いお互いにに离れてるてるてるだっだっだっだったたががが外部磁石によるによる外部磁场磁场磁场持ったつリード素子お互いにて结合するににます
Standex Electronics's technical expert describes their 3D Magnetic Mapping capabilities used in reed sensor applications
A Reed Switch Sensor on a surface mount PCB assembly shown in 3-D with actuating magnet. When viewed in three dimensions, the magnetic flux lines emanating from the magnet look like a beer barrel keg; and also in three dimensions, with the magnet parallel to the reed switch, the center magnetic lobe array looks like a donut and the two outside lobes look more like a boxer's punching bag -- the kind hung from the ceiling. Essentially the fields from the magnet and the fields for the lobes are symmetrical when viewed in three dimensions. As seen in two dimensions, when the magnet is brought into one of the lobes the reed switch contacts will close. Now, as seen in three dimensions the magnet can be brought into the lobes in any spherical direction for contact closure to occur. Here the magnet is moved into the sphere of influence of the lobes of the reed switch showing the closure and opening when the magnet enters the lobes and passes through them, The change in lighting signifies the closing and opening of the reed switch contacts.
Alex Vinnage talks about what attendees can expect from Standex Electronics at the 2013 AHR Expo.
리드 스위치 리드 릴레이 및 리드센서는 본사의 가장 기본적인 중요한 제품군으로 이루어져 있으며, 이 세 가지 제품군에는 리드 스위치 라는 공통적인 핵심소자가 들어갑니다. 리드 스위치 는 자석에 의한 자기장의 원리로 구동되는데 ,이 원리는1940 년대 초 미국벨 연구소에 의해서 발명 되었습니다. 작동원리는 아주 간단하여 ,두 개의 끝단에 강한 자성체의 성격을 가진 금속 리드 소자를 약 몇 마이크로미터의 아주 미세한 간격으로 겹쳐지게 한 후 유리관에 넣고 밀봉시킵니다. 그리고 유리관 내부에는 불활성 가스가 채워집니다 이때에 두 개의 리드소자는 서로 떨어져 있는 상태였으나 외부로부터 자석에 인한 자기장이 형성이 되면서 극과 극이 발생하여 양극성을 가진 두 개의 리드 소자는 서로 끌어당겨 결합하게 됩니다.
리드 스위치를 개발하고 설계한다는 것은 매우 어려운 작업입니다. 그래서 Thuringia에 위치하고 있는 본사의 공장은 이 분야에서 가장 먼저 최신생산설비를 갖추어 초 정밀도를 요하는 다양한 리드 스위치들을 생산하고 있습니다. 그 크기는 매우 작고 얇은 코팅층으로 이루어져 있어, 세심한 공정단계를 거쳐야 합니다. 이러한 고도의 정밀도 및 기술을 가진 생산 환경에서 비로소 경쟁력 있는 가격과 우수한 품질의 제품들이 탄생하게 되는 것입니다.
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