FZ2ELQ1Q1SNM1.5

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The FZ2ELQ1Q1SNM1.5 is a versatile electronic component used for a variety of applications. It is a dual-channel current-controlled LED driver with an integrated PFC converter. The driver has two channels, each with its own independent operating voltage and current. It can operate up to two LEDs per channel. The driver also supports a variety of input voltage levels, making it suitable for use across different environments and applications.

The FZ2ELQ1Q1SNM1.5 is mainly used for driving light emitting diode (LED) lights. It is also suitable for high and low voltage displays, motor speed control, heating control, and air conditioning control. The driver has two switchable modes: continuous current and pulse width modulation (PWM). The driver can also be used as a light dimming control system since it features a dimming control input pin. It can also be used in DC-DC converters and charge pumps.

The working principle of the FZ2ELQ1Q1SNM1.5 is based on linear voltage control. This driver uses a voltage-based current source to control the output current. This allows the LED light to be driven at specific current levels, resulting in precise brightness control. Additionally, the driver features a programmable output voltage and has an adjustable output current limit, making it suitable for a wide variety of applications.

The FZ2ELQ1Q1SNM1.5 also offers protection from short-circuits, over-current, and over-temperature conditions. It has a built-in current limit, thermal shutdown, and power-on reset circuit, making it very reliable in operation. Additionally, the device supports the use of an input voltage range of between 8V and 28V, making it suitable for many different applications.

The FZ2ELQ1Q1SNM1.5 is an extremely versatile device that can be used in many different applications. Its dual-channel current-controlled LED driver with an integrated PFC converter makes it suitable for a wide variety of uses, from driving LEDs to providing dimmer control for high and low voltage displays. Additionally, its programmable output voltage and adjustable output current limit make it suitable for various applications. Lastly, its built-in protection from short-circuits, over-current, and over-temperature conditions makes it safe and reliable in operation.

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