
( Brand: Newport ), ( Part Type: Laser Amplifier Lock )
The Newport EOSi Port 810nm Diode Cavity Laser Tunable Amplifier is an advanced, high-performance optical device engineered for a wide range of scientific, industrial, and research applications. This amplifier, with its 810nm wavelength, offers optimal compatibility with various optical systems and is renowned for its versatility and precision.
At its core, this device features a diode cavity laser, a technology that ensures a stable and reliable output over time. The laser's cavity is designed to provide excellent beam quality and efficiency, making it an ideal choice for applications requiring high power and low noise. The tunability of the amplifier allows for precise adjustment of the output wavelength, enabling users to tailor the device to their specific needs.
The Newport EOSi Port 810nm Diode Cavity Laser Tunable Amplifier is equipped with an advanced control system that enables easy and intuitive operation. The device offers real-time monitoring of critical parameters such as output power, wavelength, and temperature, ensuring optimal performance and reliability. The amplifier also includes a built-in safety interlock system, ensuring user safety when handling the device.
In terms of physical specifications, the Newport EOSi Port 810nm Diode Cavity Laser Tunable Amplifier is compact and lightweight, making it easy to integrate into various systems. The device is designed for robust and reliable operation, with a rugged housing that can withstand harsh environments.
In summary, the Newport EOSi Port 810nm Diode Cavity Laser Tunable Amplifier is a high-performance, versatile optical device that offers excellent beam quality, wavelength tunability, and real-time monitoring capabilities. Its compact design, advanced control system, and built-in safety features make it an ideal choice for a wide range of applications, from scientific research to industrial processing.
1. Tunability: The 810nm diode cavity laser offers the ability to tune the wavelength, which is beneficial in applications requiring precise spectral control.
2. Amplification: As a tunable amplifier, it can boost low-power signal levels, making it suitable for various optical communication and sensing applications.
3. Locking Mechanism: The locking mechanism ensures stable output, reducing the need for constant adjustments and improving overall system performance.
4. Reputable Brand: Newport is a well-known manufacturer in the optics industry, which can provide assurance regarding the quality and reliability of the product.
Cons:1. Cost: The device might be more expensive compared to some other laser options, which could be a disadvantage for budget-constrained projects or applications.
2. Power Consumption: High-power operation may lead to higher power consumption, potentially increasing operational costs.
3. Complexity: The device may require a certain level of technical expertise to operate and maintain, which could be a challenge for users without extensive experience in laser technology.
Conclusion: The 810nm Diode Cavity Laser Tunable Amplifier Lock (Newport EOSI port) is a versatile and high-performing device, particularly suitable for applications that require precise wavelength control and stable amplification. However, its potential drawbacks, such as cost, power consumption, and complexity, should be carefully considered before making a purchase decision.
Recommendation: If the application's requirements align with the capabilities of the 810nm Diode Cavity Laser Tunable Amplifier Lock (Newport EOSI port) and the associated costs and complexities can be managed, it is recommended to consider this product. For users with limited budgets or less technical expertise, it might be beneficial to explore alternative, less complex, and potentially more cost-effective options. Always ensure to thoroughly evaluate all available options based on specific application needs to make an informed decision.
Center frequency 810nm, operating current 125ma. This has a wide tuning range adjustable via a micrometer on the laser head.
Fine tuning control is via Puzo control. Operation is via front panel controls, or by using glib or rs environmental optical sensors incorporated is committed to actively pursuing a complete coverage of laser module wave lengths from 620nm out to 2nm day wave length accuracy wave length 800nm 2nm user calibration increases accuracy by a factor of 10 beam shape wave length 1000nm elliptical Output is around 4mw.
You can choose to lock using Puzo PT, or diode current. Grating is eosi grate this results in a laser system that is ideal for high resolution spectroscopy of many different atoms and molecules. Specifications line width 50 SEC. It has a wide tuning range, but I have not verified this with a wave meter.
This laser is currently set up with the eosi DMD laser diode. This also includes the eosi 2010 servo lock, which is basically a lock in amplifier. The diode modules show up on from time to time.
Buyer to pay shipping.
1nm day wave length 800nm 5mm x 0mm beam divergence diffraction limited max wave length modulation rate Puzo 1khz max amplitude modulation rate current 1 MHz current driver output ma.