description: 16-Bit, 400 kS/s Isolated M Series MIO DAQ, Bus-Powered 16 analog inputs (16-bit, 400 kS/s). 2 analog outputs (16-bit, 250 kS/s); 32 digital I/O; two 32-bit counters. 60 V CAT I isolation for improved accuracy and safety. Bus-powered design for convenience; two 50-pin connectors for eas..
description: 16-Bit, 250 kS/s M Series Multifunction DAQ, Bus-Powered 32 analog inputs (16-bit, 250 kS/s). 2 analog outputs (16-bit, 250 kS/s); 8 digital inputs; 8 digital outputs; two 32-bit counters. 60 V CAT I isolation for improved accuracy and safety. Bus-powered design for convenience; two 50-..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..