JUA1117AS-TR Optoelectronics

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The JUA1117AS-TR is a low voltage 12V AC lamp type LED indication. As an LED indication device, it has a wide range of application fields, including power systems and electronic circuits. This LED indication device works by emitting a bright, long lasting LED light when the power is turned on.

In terms of application field, this LED indication device can be used in low voltage 12V AC power systems, like home appliances or lighting systems. In these power systems, it can serve as an indicator that warns of a possible overload or other electrical failure. It can also be used in electronics circuits as a signal or indicator, to show the states of specific electrical components or systems, like transistors, capacitors, and other voltage/current sensitive components.

The working principle of this device is quite simple. When the power is supplied, the voltage drives the internal transistor, which then triggers the LED to light up. The body of this device is made from a durable material, allowing it to resist heat, shocks, and impacts. The power dissipation and vibration maintain a stable operation of the device, making it an effective and reliable sparking indicator.

The electrical characteristics of the JUA1117AS-TR also help it in its application. The operating temperature ranges from -40 to 90 °C, and the stand-off voltage through its pins is 375 VAC. The maximum power dissipation is 30mW, and the input capacitance is 80 pF. The typical peak forward current is 20mA, while the maximum reverse current is 0.3mA. Additionally, the device features a rise time of 50ns and a fall time of 20s, while the response time is rated at 15μs.

All these features make the JUA1117AS-TR suitable for a variety of industrial and electrical applications. This LED indication device is designed to work in low voltage power systems, operating with a 12V AC voltage level, helping to give a quick visual indication to show when the power is on. It is extremely reliable and durable, and its components are designed to withstand shock and vibration, making it ideal for safety and industrial applications.

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