Category: Blog

When working with lasers, it is critical to minimize outside variables and damage. Here’s how to protect your laser diodes from electrical damage.

Laser diodes are a newer technology, so it makes sense they’ll help with the future of computing. Here’s how laser diodes are being used for quantum computing.

Temperature control is vital for many applications, and people achieve it in interesting ways. Here is an under-the-hood look at how that is often achieved using direct current or pulse width modulation control and bipolar H-bridge outputs.

Laser diodes are versatile, and researchers keep finding new and unique ways to use them. Here are some innovative ways laser diodes are being used in 2023.

Temperature sensors are necessary to ensure proper operation of your thermal system. Here are key differences to consider between thermistors and RTDs.

Laser diodes are versatile and can be used for all kinds of tech, including lighting. Here’s how laser diodes are enhancing energy-efficient lighting.

Laser diodes are critical to a lot of different scientific and engineering applications. Here are five tips for troubleshooting laser diode hardware.

The world relies on communication, and people are continually moving the field forward. Here’s the importance of laser diodes in fiber optic communications.

When working with lasers—or any precision system—maintaining the right temperature is imperative. Discover the importance of temperature control fundamentals.

Temperature sensors have multiple purposes and ensure everything is working properly within a laser system. Here are the different types of temperature sensors and their uses.

When working with lasers, you have a lot of factors to consider, including your input signal. Here is the relationship between analog bandwidth and rise time.

Laser diodes are a critical part of any laser setup, and you must take care of them. Here are a few tips for improving the lifespan of your laser diodes.

Lasers come in many forms, and they have a variety of functions unique to them. So, what’s the difference between continuous lasers and pulsed lasers?

Lasers are precise pieces of equipment, and a lot influences their performance. Here’s what you need to know to understand laser power stability.

Lasers are incredible pieces of technology that assist in all kinds of research. Here are seven new ways lasers are being used in research applications.

Lasers have a vast number of applications, including understanding more about astronomy and physics. Here’s what lasers teach us about our universe.

Laser diodes are a precise technology that needs special care and the correct mount. Here are the important considerations when choosing laser diode mounts.

Different industries worldwide are using laser diodes for many different purposes. Here are the three most common industrial applications for laser diodes.

Lasers are incredible pieces of technology used today, but they’re also dangerous. Here are four precautions to take when working with diode lasers.

Laser diodes require specific electronic control equipment, commonly known as a diode driver. Here are the reasons why a laser diode needs a driver.

Laser diodes are an essential piece of equipment you need when working with any lasers. Here are the do’s and don’ts of mounting a laser diode.

Temperature is an important variable when dealing with laser technology. So, how does temperature affect the wavelength of lasers? Keep reading to find out.

Learn about seven uses of laser technology you probably didn’t know about! All sorts of industries rely on lasers every day to complete essential tasks.

Broaden your knowledge of lasers by reading about these five quick facts you need to know about photonics. We use this technology for various purposes daily.

Do you need a diode driver for your laser? Read all about the laser diode driver basics to better understand what you need to know about this technology.

While there are many types of lasers, learn about the five most common types of laser diodes used in science.

A laser diode driver is an essential component when utilizing laser technology. But how exactly does a laser diode driver work? Find out in this guide.

Ever wonder how a thermoelectric cooler works? This vital piece of laser technology prevents the risk of heat damage. Learn more in this article.