MAX3601GTL+

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In the field of PMIC - Laser Drivers, the MAX3601GTL+ integrated command IC is simply difficult to beat in terms of its performance, ever growing range of exciting features, cost effectiveness, and overall products’ efficiency. This compact, stand-alone IC packs in the dynamic class performance of an advanced laser diode driver, along with all the enabling features.

MAX3601GTL+ is based on a high-efficiency, non-isolated topology consisting of a power switch and a linear regulator. It features two-phase high-current and low-current synchronous control, allowing peak currents up to 2A over a wide range of output voltage. It also supports a wide range of input voltages, from 3V to 20V. The device is constructed with high-quality ESD protection and wide temperature operating range.

The MAX3601GTL+ package comes with a built-in high-side MOSFET driver to enable fully independent control of multiple channels. This powerful feature gives the user flexibility to quickly configure and optimize the efficiency of the laser diode system. The chip is also equipped with a programmable interface that enables users to employ most popular bus-based control systems such as I2C, PMBus, SPI, and SMBus. This enables users to not only tune and adjust their laser diode setup, but also use the device as a building block for more complex applications including a laser diode temperature controller.

Additionally, the MAX3601GTL+ provides an EMI and ESD compliant control system with built-in surge protection, fast switching times, and a low-power mode. These features help the device comply with international standards and certificated designs. Also, the IC is built with advanced overload protection as well as programmable soft-start/soft-stop features that help boost reliability and reduces unexpected failures.

The MAX3601GTL+ boasts a wide range of exciting features, but the highlight of this IC\'s performance is its highly efficient switching mode and high-power linear regulator. The control loop, which has been optimized to run with the highest efficiency and the best speed of response, helps the device dynamically maintain and stabilize the load current. The built-in MOSFET driver provides power conversion in a single step, while the high-side MOSFETs deliver consistent, high-current performance.

The low quiescent current of the MAX3601GTL+ enables long, stable operation under high current with minimal heat generation. Its fast switching speeds help reduce switching losses, and provide high performance at lowgate voltages that help increase the efficiency of the driver when working at higher voltages. Additionally, the integrated current-sense amplifiers provide accurate current feedback information to the system’s control loop.

Overall, the MAX3601GTL+ provides a fully integrated laser diode driver system with efficient modulation and overload protection. Its easy-to-use programmable interface combined with the high-efficiency switching and linear regulator make the MAX3601GTL+ an attractive choice for laser diode drive applications. It is also ideal for applications requiring low quiescent current, fast switching speeds, and consistent high-current performance.

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