Analog Technologies, Inc is a company specialized in analog electronics technology, and there are more than 60 engineers in ATI for the development and research of high technologies’ products, such as laser drivers, tec controllers, high voltage power supply, piezo drivers and noise measurement amplifier and so on. Among which is worth mentioning that one high voltage constant current laser driver, ATLS6A214. Please find the physical photo of it below:(more)

When it comes to analog electronics, it is extremely difficult to have the features of both high voltage and constant current simultaneously. Therefore, few electronics company can achieve this, while Analog Technologies, Inc. is one of the first class companies. Being a professional company, ATI is dedicated to analog electronics research and development. Today, I shall recommend one high voltage Constant Current 4A Laser Driver, whose part No. is ATLS4A214. Please find the physical photo of it:(more)

The working principle of the electron beam welding machine is that the electrons heated by the cathode are accelerated by the high voltage electric field to form an electron beam with an extremely high energy density, which hits the work piece. The huge kinetic energy is converted into heat energy to melt and weld the work piece. Electron beam welding machine is a high-tech industrial product, involving high-voltage technology, electron optics, vacuum technology, precision machinery manufacturing, automation technology, computer technology and many other high-tech technologies and manufacturing processes.(more)

Laser driver can be divided into two series according to the input voltage type. One is AC input laser driver, and the other is DC input laser driver. This laser driver, AAS45A4V2, is an AC input laser driver. As indicated in the part number, this laser driver comes with 45A output current and 4V output voltage.(more)

ATLSxA218D laser driver is a high voltage laser diode driver with high efficiency, over 90%. It can drive one or more serial laser diodes at the same time. The input voltage is from 5.5V to 27V, while the maximum output current is 15A. It comes with multiple features that are difficult to achieve at the same time, such as ultra low noise, high current stability, high efficiency, wide voltage range, compact size, zero EMIs, etc.(more)

AHV12VN6KV1MAW is a new high voltage power supply developed in ATI. High voltage power supply is used for converting low DC voltage into high DC voltage. It can be used in many fields including ion beam deposition, ion beam assisted deposition, electron beam evaporation, DC reactive magnetron sputtering, microwave treatment high voltage capacitance test, etc.(more)

In order to meet the requirement of some customers who desire to have the laser drivers with high voltage and constant current, we have developed this product, ATLS15A218D. Once it comes out, it is very popular in the worldwide market. Now, let me introduce the reasons why this product is so welcomed by our customers.(more)

We have been developing laser drivers and promoted more than 100 different types of laser drivers in the market. Our laser drivers are designed for driving laser diodes with high stability, low noise, and high efficiency. Our laser drivers can be divided into DC input modules and AC input modules. AC input modules include: AAS12A112V2, AAS40A4V2, AAS45A4V2 etc. DC input modules include linear mode laser drivers and switch mode laser drivers. The details are shown below.(more)

ATI develops and manufactures DC/AC-DC high voltage power supplies with positive and negative voltages. These high voltage power supplies convert low DC voltage or AC voltages to high DV voltages efficiently. They can be widely used in many applications, such as industrial control and measurement, medical care fields, etc.(more)

The first thing I think of when referring to a driver is CD. In fact, the content of a CD can only be called drive program. The “optical drive” for reading a CD is the most common drive in the computer field—the CD drive. So what is the driver in the electronics field?(more)