H11A1-X009

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

the H11A1-X009 is a optoisolator, which is a type of transistors that utilizes a photovoltaic output system. This device isolates electrical signals from systems that are connected to one another by the optical isolation process. This enables users to electrically disconnected two systems that would otherwise require an extensive wiring procedure. This type of optoisolator is an ideal solution for ensuring that the electrical signals do not propagate across two different systems.

Litrature review

There are number of different optoisolator available on the market to PIPs (passive intergrated components) for a variety of application. Most optoisolators featuring transistor output and photovoltaic output operate on similar principles. That is stated each optoisolator features an LED source in order to emit light which will then be recaptured by a photovoltaic device. This photovoltaic device can then convert the light captured back to the Input signal as an electrical current.

Specifically, the H11A1-X009 allows photographs and pictorials to be transferred more quickly and conveniently across long distances. In addition, the H11A1-X009 also features a very good insulation resistance of 5000 Megaohms which is very effective in stopping high voltage problems from occurring.

Application Field and Working Principles

The Transistor-photovoltaic technology output system makes the H11A1-X009 suitable for use in isolating two physically isolated systems and at the same time providing a reliable electrical connection. As an optoisolator, the H11A1-X009 passes electrical signals from one system to the other at a safe distance and without the need for direct contact. This helps in protecting the receiving system from any damaging electrical impulse that could be initiated by the transmitting system.

The H11A1-X009 uses a single-ended circuit design and a photodiode as the photosensitive component to accept the signal from the system being isolated. This emphasizes the main advantage of using an optoisolator: safety. Non-contact and non-electrical transmission of a signal from one system to another, prevents the receiving system from any dangerous voltage, High voltage surge and Electromagnetic interference.

The H11A1-X009 is mainly used for applications in various industrial fields such a robotics, automotive, telecommunication, smartcards, home and medical appliance. Robotic applications mainly utilize the device for isolating the receivers from any undesirable electrical input, the medical appliance applications take advantage of the device to allow for the pictorials and photographs to be transmitted to the receiving end without any time-consuming wiring procedure. The automotive sector takes great advantage in Application handling, remote sensing technology, and industrial actuators.

Conclusion

The H11A1-X009 is a optoisolator, which is a type of transistors device that utilizes a photovoltaic output system. This type of optoisolator offers the important advantage of preventing electrical signals from propagating across two different systems. In this way, it allows systems that normally require extensive wiring to be electrically disconnected. This device can be used for applications in various industrial fields such as robotics, automotive, telecommunication, smartcards, home and medical appliances.

The specific data is subject to PDF, and the above content is for reference