Diode Driver Download For Windows 10

Laser Diode Driver Board
Diode Driver Download For Windows 10 Filehippo
Diode Driver Download For Windows 10

Starting from Windows ® 10, the STSW-STM32102 driver is no more adequate and the usage of the native inbox driver is recommended. Key Features Virtual COM port driver installation package for Windows ® operating systems: 98SE, 2000, XP, Vista ®, 7, and 8.x. Dear customers, thanks for visiting our product page. Maiman Electronics LLC specializes in development and manufacturing laser diode current driver / laser diode controller. Laser diode driver / laser diode controller is a current source that delivers exactly the current to the laser diode that it needs to operate for a particular application.

MatchBox Software for Windows 7, Windows 8, Windows 10, Linux and MacOS

Please use Silabs driver version v6.7.5 for Windows and v5.0.10 for MacOS. No drivers are required for Linux users.

Windows 10:

When opening the software for the first time, you may get a notice about an unrecognized software. Click on the 'More info' button, and then 'Run anyway'.

Linux (x64):

The driver is included in the operating system. However, you need to ensure that the current user has appropriate permissions to access the serial port, usually at /dev/ttyUSB0.

MacOS:

When you run this software for the first time, the operating system may prevent you from opening it. Locate the .app of our software in 'Finder', right-click on it, and then choose 'Open'.

Laser control software - lightweight, user-friendly and robust control interface for all lasers of the MatchBox series, including CW, pulsed and multi-wavelength lasers.

External TEC controller software for AM-H10 and AM-H11

NEW! AM-H10 and AM-H11 TEC cooler control software - lightweight, user-friendly, and robust control interface of our standalone TEC coolers for all OEM and scientific customers!

Example for Visual Studio 2013 VB .NET:

MatchBox library example for LabVIEW:

CW laser user's manual:

Diodes Incorporated's LED driving solutions are not only recognized for their high efficiency and simplicity; they are also renowned for their incredible versatility and are well suited to tackle a wide range of applications:

General lighting – Whether it’s simple LED drivers, an LED constant current driver, or automotive LED drivers, we have the LED supply to fit every need.

Diodes' family of LED drivers provides high-efficiency constant current drive for high brightness LEDs – both high and low current. When driving multiple LEDs in a single string, efficiencies greater than 95% may be attained together with very accurate LED current matching.

Diodes'offline LED driversprovide a simple cost-effective solution for offline lamps, which includes retrofit lamps as well as T5/T8/T10/T12 replacements and dimmable LED bulbs.

Diodes'medium voltage DC-DC high brightness LED driverscombine a small footprint and high power density with operating voltage up to 60V. Integrated switch LED drivers are capable of delivering LED currents up to 1.5A. Device topologies include Buck, Boost and Buck-boost.

Diodes'low voltage DC-DC high brightness LED driversare targeted at battery powered systems for general illumination applications. Uses range from 3W LED flashlights, to bicycle lights, to under cabinet LED lighting, to solar powered architectural lighting. Operation down to 0.8V supports 1-AA cell lamps.

Laser Diode Driver Board

Diodes'LED drivers for Displays/LCD screensconsist of high-efficiency charge pump multi-channel LED drivers, inductive boost LED drivers and multi-channel linear LED drivers. Their high-efficiency and high-switching frequencies make them well suited to modern consumer equipment.

Diodes'linear LED driversprovide a simple cost-effective solution to driving low-current, high-brightness LEDs. Find the perfect led strip, such as theBCR420UFDQ, which is perfect for edge lighting strips, side marker lights, puddle lighting, and more.

Our LED driver calculator tools are great for estimating the performance of theZXLD1350 and theZXLD1360 in various applications. They allow the effects of different external component values to be evaluated easily, saving both time and cost compared to full circuit simulation or physical construction.