MAX24001TL+T

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The MAX24001TL+T laser driver is an advanced power management integrated circuit specifically designed for the laser diode driving field. It features a built-in high speed buck converter with twin output rails, integrated voltage and current regulation, low noise switching, and low EMI operation. This makes the MAX24001TL+T an ideal choice for driving laser diodes with an extremely wide range of output power requirements.

In terms of application fields, the MAX24001TL+T can be used for a variety of applications. It is suitable for a wide range of laser diode drive requirements in consumer and industrial applications such as scanning systems, medical devices, semiconductor processing, automotive, signage and printing applications. The MAX24001TL+T combines the best of both worlds; it has the high-speed switching needed for a robust and efficient switching power supply, while maintaining a low-noise and low-EMI operation.

The MAX24001TL+T laser driver is a two-rail buck converter. The main working principle is to control the primary switching voltage to achieve different volt-amperes load response. The primary switching device (MOSFET) is connected to the input voltage (Vin) and can be turned on or off through a low power drive which works in synchronism with a dedicated, high-speed oscillator. The output voltages are generated by the secondary switching, which is driven by the primary switch using a synchronous rectification technique.

The MAX24001TL+T is also capable of providing adjustable output voltage and current with the use of external resistors. In addition, it also has built-in protection features such as over-voltage, over-current and thermal protection, which provide the user with the confidence that the output levels are controlled and the system is safe.

The MAX24001TL+T laser driver is one of the most advanced laser drivers on the market and offers a lot of advantages. It can provide an extremely wide range of output power, from low to high power applications, and its low-noise and low-EMI operation make it an ideal choice for any laser diode drive application. Its adjustable output voltage and current makes it a versatile choice, and its built-in protection features give users the assurance that their system is secure.

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