SY100EL1003ZG-TR

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The SY100EL1003ZG-TR is an ideal laser driver designed for a number of applications. It is a PMIC (Power Management Integrated Circuit) that is designed to drive laser diodes, providing loading and protection for a wide range of laser sources. This product is especially suitable to be used in optical communications, including fiber optical sources, laser projection displays as well as laboratory experiments.

The SY100EL1003ZG-TR comes with a range of features such as a push-pull output, integrated current limiter and an enable control. This laser driver has an optimal output impedance, providing higher reliability and superior control performance. It has a wide supply voltage range of 3.3V to 20V, making it suitable for most applications.

In terms of performance, the SY100EL1003ZG-TR delivers excellent transient response, low output noise and excellent output current stability. The low-voltage, high-gain curved exponential output enables accurate and reliable linear modulation. The adjustable current limit simplifies the protection of the laser diode when an over-current situation occurs.

The working principle of the SY100EL1003ZG-TR is quite simple. When the input voltage is applied, the driver supplies electric current to the laser diode. When the voltage is released, the current is automatically cut off. This ensures that the laser diode is safely protected and the output is stable.

The SY100EL1003ZG-TR is designed to ensure high efficiency performance and provide a stable, low-voltage output. The integrated over current protection reduces the risk of damaging the laser diode, and its wide supply voltage range ensures that it can be used in different applications. This laser driver is also highly reliable and robust with an extended operating temperature of up to 150°C.

The SY100EL1003ZG-TR is the perfect laser driver for a variety of applications, from optical communications to display systems. With its excellent performance and reliable protection, it is the ideal solution for laser diode applications.

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