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High-Frequency vs. Low-Frequency AOM Drivers: Pros and Cons
When incorporating an AOM into your optical system, one of the very first and often critical decisions you will make…
Why OEMs Choose Our AOM Optics? Reliability, Customization, and Engineering Support
In a laser system, AOM optics is a very small component that heavily influences the performance of the rest of…
Passive Fiber Optic Components: Key Types, Functions, and Applications
As global networks evolve toward higher capacity and greater reliability, the importance of well-designed optical passive components continues to grow. Fiber…
How to Stabilize an Ultra-Narrow Linewidth Laser for Fiber Sensing Applications
Fiber sensing technologies—such as distributed temperature/strain sensing, structural health monitoring, and seismic detection—are able to extract very small signal changes…
How Tunable Optical Delay Lines Work: Key Mechanisms & Design Trade-offs
As the demand for optical systems that have larger bandwidths, lower latency, and tighter synchronization increases, the ability to control…
Acousto Optic Q-Switch or Passive? How to Choose for Your Pulsed Laser Design
The Q-switching technology used has a significant impact on the performance of pulsed lasers. From compact handheld devices to high-precision…
What Determines the Resolution and Speed of an Acousto-Optic Deflector?
In contemporary photonics and laser technology, acoustic-optic deflectors (AODs) are essential for the precise, high-speed beam steering. From laser microscopy and material…
9 Key Performance Indicators of RF Amplifiers
In modern communication, radar, test instruments, and satellite systems, the radio frequency Amplifier (RF Amplifier) is an indispensable key component…
Laser Damage Threshold: A Key Consideration in High-Power Laser Applications
In today’s era of rapid technological development, laser technology has been widely integrated into numerous fields such as scientific research,…
Function of Modulator in Communication System
For digital communication, modulation enables you to transmit more data using a narrow frequency bandwidth. In 1846, when humans needed…
Narrow Linewidth Lasers in Quantum Communication
The rapidly advancing field of quantum communication is transforming our understanding of data transmission and information protection. Unlike the traditional model…
Why is A 1kHz Linewidth Crucial For Precision Manufacturing?
The accuracy and stability of laser technology are the primary determinants of product quality in the field of contemporary precision…