TRC-075S045DT

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

LED Drivers are a type of power driver dedicated to driving light-emitting diodes (LEDs). The TRC-075S045DT is an example of an LED Driver, which comes with a wide array of unique features that enable the user to achieve unparalleled levels of efficiency and performance when controlling LED lighting systems. This article will discuss the key features and the working principle of the TRC-075S045DT, as well as the application field it is best suited for.

Key Features of the TRC-075S045DT

The TRC-075S045DT is a high-power constant current LED driver with a maximum output current of 45A. It boasts several unique features which make it ideal for driving LED lighting systems. Most notably, it has a wide range of dimming modes, including PWM dimming, 0-10V dimming, and a special Dim-to-Off feature. This allows it to provide precise dimming control for any desired lighting effect. In addition, the TRC-075S045DT is capable of working in both AC and DC power sources and has a wide voltage input range from 10V to 500V AC/DC. It also has a wide temperature range of -30℃ to +120℃, making it suitable for use in a variety of environments.

The TRC-075S045DT also supports different control interface protocols, such as DALI, SimpleSet, TCI, software, and ZigBee, giving the user more flexibility in how they control their LED lighting system. Finally, it has an intelligent protection design which automatically reduces output current when the temperature of the device increases to a certain point. This ensures that the device will not be damaged as a result of overheating.

Working Principle of the TRC-075S045DT

The TRC-075S045DT features a constant current circuit design, which allows it to maintain a steady, constant current output regardless of the load changes. This is achieved by controlling the output current based on the feedback from the integrated current-sense resistor. This ensures that the LED lighting system is always driven at the correct current level, thus extending its lifespan and reducing power consumption.

The TRC-075S045DT also features a range of dimming modes, which can be used to adjust the output current in order to achieve different lighting effects. For example, PWM dimming is used to control the output current by varying the duty cycle of the switching frequency, while 0-10V dimming is used to adjust the output current by means of a 0-10V signal. Additionally, the Dim-to-Off feature allows the output current to be gradually reduced to 0 when the input signal drops below a certain value.

Application Field and Use Cases of the TRC-075S045DT

The TRC-075S045DT is an ideal LED Driver for applications that require precise dimming control and high efficiency. This makes it perfect for applications such as ambient lighting, LED displays, and lighting for art pieces. The device can also be used in industrial applications such as street lighting, where it can be used to precisely control the intensity of the light output in order to maximize energy efficiency.

Another use case for the TRC-075S045DT is in the automotive industry. The device’s wide temperature range and current drive capacity make it suitable for automotive applications such as HID lights, turn signal lights, and even headlight assemblies. With its multiple control interface protocols and Dim-to-off feature, the device can be used to precisely control the intensity of the lights in order to improve overall safety and visibility for drivers.

Conclusion

The TRC-075S045DT is an ideal choice for LED lighting systems that require precise dimming control and maximum efficiency. Its wide range of features and capabilities make it suitable for applications in a variety of fields, from ambient lighting and LED displays to industrial lighting and automotive lighting. With its intelligent protection design, wide temperature range, and support for multiple control interface protocols, the TRC-075S045DT is a reliable and cost-effective solution for driving LED lighting systems.

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