When advanced DAQ card features such as analog trigger and a waveform generator is needed, Advantech's PCIe-1800 series with A/D resolution from 12-bit to 26-bit and a sampling rate from 500KS/s to 500MS/s as well as simultaneous or multiplexed sampling can fulfill a variety of solution needs.
What is DAQNavi
DAQNavi is Advantech's next-generation driver package for programmers to develop their applications using Advantech's data acquisition and I/O devices. This free software package offers device drivers and complete SDKs, including libraries, example code, documentation (such as a manual and tutorial videos) and a utility.
To guarantee a product's quality before it leaves a factory, product verification is fundamental, but it is also a repetitive and tedious job and mistakes are easily made. As a result, Automated Optical Inspection (AOI) systems are becoming the quality control method of choice to replace manual checks. Although AOI systems are capable of far more swiftly and accurately handling many of the visual checks previously performed by manual operators, the most intensive machine vision system has been designed to inspect the objects in fixed positions; this lack of flexibility narrows down the scope of the inspection.
Advantech's USB DAQ modules are known for their user-friendly design and ability to replace traditional serial and paraelle devices as they eliminate the need for external power supplies and allow hot swapping. Through our USB DAQ series, users can easily upgrade their computing platforms with cutting edge technologies and realize cost-effective maintenance while allowing the data acquisition devices to operate as usual. By adding industrial-grade features, including lockable cable, multiple mounting methods and advanced detection functions, our USB data acquisition devices are a great fit for any industrial need.
The semiconductor industry has some of the most demanding applications, a combination of extreme accuracy and precision combined with high throughput, semiconductor processing can be divided into two parts - "frontend" and "blackend".
The semiconductor industry has some of the most demanding applications, a combination of extreme accuracy and precision combined with high throughput, semiconductor processing can be divided into two parts - "frontend" and backend".
Project: High Speed Jet on the Fly
State-of-the-Art Technology in Dispensing
High-speed Jet on the Fly technology takes dispensing applications to a new level that features both accuracy and flexibility. Position-based spacing control provides high accuracy dispensing. The dispense head is programmed to jet the exact amount of fluid in precisely the correct place and provides consistent dot dispensing even on uneven substrate. Additionally, it dispenses a set number of dots for a particular line at high dispense speeds.
A vehicle's actual application conditions, such as startup, idle park, low speed or high speed driving, speed increase, speed decrease, climbing, and reversing are extremely complex. They require the vehicle's driving force and speed to change within a large range. The range of output torque and speed change produced by the piston engines that are widely adopted at present is smaller. In order to adapt to the constantly changing driving conditions and to enable the engine to work under favorable conditions (higher power with lower fuel consumption), a gearbox is added into the transmission system. The automobile gearbox is one of the highest-tech products among the components for a vehicle. One of its more crucial aspects is online testing, which aims to simulate the car's actual operating conditions while on the production line to test for transmission related indicators.