MAX3736ETE-T

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MAX3736ETE-T is a Laser Driver which is used in power management integrated circuits (PMIC). It offers industry leading data rates, optical link integration support and four independent channels that can be driven from a single integrated circuit. It is designed for use in next generation optical transceivers and integrated applications such as optical spectrum analyzers, multi-core optical networks, transmission and point-to-point Ethernet links.

MAX3736ETE-T Laser Driver is optimized specifically for high speed transceivers and optical communication systems. It enables transceivers to achieve data rates up to 40 Gbps. It has four independent channels which can be operated at different data rates to reduce cost, power and space. All four channels have a closed loop output that provides precise control of the pulse width, pulse amplitude and pulse phase parameters. The maximum output current is 500mA per channel and the typical operating temperature range is 0°C to +70°C.

The MAX3736ETE-T laser driver is based on switch-mode technology. It is a fixed frequency, analog integrated circuit (IC) that operates over a wide range of input/output voltages. It includes a high frequency modulation engine and a loop formed by an input matched power MOSFET (metal oxide semiconductor field effect transistor). This loop controls the voltage and current in the laser diode and ensures that the laser operates within its specification.

The MAX3736ETE-T is a versatile Laser Driver that can be used in many different applications. It can be used in medical imaging systems, industrial sensing, optical communications, laser scanning/pointing, aerospace avionics and laser industrial applications. The MAX3736ETE-T also provides high reliability and accuracy, as well as low jitter and high cycle-to-cycle data rate performance.

The MAX3736ETE-T Laser Driver is a cost-effective and efficient solution for applications where precision laser control is required. It is an ideal choice for the next generation of high-speed optical communication systems.

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