MM8085I

MM8085I

The MM8085I is a part of a family of highly reliable laser diode modules which feature low cost, low voltage, and wide angle operation. This module offers a range of wavelengths and high power performance. It is suitable for a variety of applications such as laser printers, medical instruments, automotive applications, and semiconductor manufacturing.

Application Field

It is a part of a family of highly reliable laser diode modules which feature low cost, low voltage, and wide angle operation. This laser diode module is designed for a variety of applications and is a suitable solution for applications such as laser printers, medical instruments, automotive applications, and semiconductor manufacturing. The MM8085I laser diode module can operate efficiently with an input voltage of 5V with a preferred operating temperature of 25°C. It is also available in many other wavelengths including 385nm and 486nm.

The MM8085I has a maximum output power of up to 500mW and a beam divergence angle of 7.5°. It is designed with a compact package size for space saving and can be easily mounted on a board or placed inside a housing. The device offers excellent performance and stability over a wide operating temperature range and is resistant to shock and vibration. The device has a long lifetime of up to 5000 hours and is both RoHS and CE certified.

Working Principle

The MM8085I laser diode module uses a Fabry-Perot diode which is a form of resonant cavity containing two partially reflecting faces which form a cavity for light waves. The light waves that pass through the Fabry-Perot diode are coupled and amplified before exiting the device. This amplification process is known as stimulated emission. The stimulated emission effect is used to produce a very high output power with a narrow spectral width. The device also has a low-voltage operation with a maximum input voltage of 5V.

The diode is controlled by a current control circuit which can be adjusted to the desired intensity and is connected to the power supply that provides the required current to the diode. The output power of the device is regulated by the current control circuit and can be adjusted depending on the application. This makes the MM8085I laser diode module a suitable choice for applications that require precise control of the output power.

Conclusion

The MM8085I laser diode module is a suitable solution for laser printers, medical instruments, automotive applications, and semiconductor manufacturing. It provides high power output and low voltage operation with a wide angle divergence. The device is resistant to shock and vibration and has a long lifetime. The current control circuit can be adjusted to the desired intensity and regulated by a power supply for precision control over the output power.