G061064000

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G061064000 Application Field and Working Principle

The G061064000 series is a line of laser diodes and modules developed by the Japanese manufacturer Hitachi Maxell. It is the latest addition to the company’s portfolio of reliable and efficient laser sources for research, industrial, medical and defense applications.

These laser systems are designed for use in air and space communications as well as for chemical and biological sensing, instrumentation and metrology. The G061064000 series feature a high peak power of up to 14.2 watts, with an emission wavelength range from approximately 780nm to 980nm. This makes them ideal for a wide variety of applications such as laser emission telecommunication link testing, optical switching, rangefinding, spectroscopic analysis, optical conditioning, and laser experiments.

The G061064000 modules are available in a variety of configurations, including hermetically sealed and TO-package versions for operation in high ambient temperatures and for use in a variety of environmental conditions. The modules incorporate a light amplifier and a laser diode in a compact unit, along with a heat sink that helps keep the laser diode temperature stable. The entire system components are contained in a single package, with the laser diode assembly occupying the top of the device.

Moreover, the G061064000 unit is designed to operate with minimal power input, while still providing a maximum output power of up to 14.2 watts. The laser diode is powered by a single supply voltage of either 6V or 12V, making it a highly efficient unit. Additionally, this model features a built-in safety mechanism, which helps protect the laser from any potential damage from incorrect operating conditions.

The working principle of the G061064000 laser diode and module is based on the principle of stimulated emission of radiation. This involves the absorption of energy from external sources in the form of light and electrical signals, which causes the electrons in the laser diode to vibrate more vigorously. This increases the number of photons within the device, resulting in a stronger laser beam.

The G061064000 module also incorporates a safety mechanism which helps to prevent any potential damage to the laser diode caused by excessively high temperature levels due to overdriving. This is achieved by automatically decreasing the current applied to the laser diode if an over-current situation is detected. This not only helps to protect the laser diode, but also helps to improve its reliability and life expectancy.

To enhance the performance of the G061064000 laser diode and module, Hitachi Maxell has also incorporated temperature control features in the device. This helps to ensure the stable operation of the laser diode even at high ambient temperatures. Moreover, the laser diode is also offered with various optics such as InGaP and GaAs, to optimize the output power.

To sum up, the G061064000 series is a powerful and efficient laser source ideal for a variety of applications. It features robust construction, a high peak power output of up to 14.2 watts, and a safety mechanism that help to improve the reliability and life expectancy of the laser diode. The variety of optics available with the laser diode further enhance its performance, making the G061064000 series an ideal choice for research, industrial, medical and defense applications.

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