USB-AD16f

USB-AD16f

€ 499.00

Quantity:

Measurement & Control. Extremely Powerful.

Precisely record and output signals with the USB-AD16f: The high-performance USB data acquisition system accomodated in a stable aluminum housing impresses by high technical standard and excellent price-performance ratio. It is especially suitable for dynamic applications.

16 Analog IN. 250kHz. 16 Bit. ±10V, ±5V, ±2V, ±1V.

16 analog inputs can be sampled with 16 bit resolution and 250kHz total sampling rate so that even slightest peaks of high-frequent signals do not remain undetected. The measuring range is selected via software for each channel separately.

2 Analog OUT. 16 Bit. ±10V.

The two 10V outputs can be used for analog controls with 16 bit accuracy.

Clearly Safe.

Due to the galvanic isolation of the analog channels the DAQ system and the PC are perfectly protected.

4 Digital IN. 4 Digital OUT. 1 Counter.

Digital states are recorded or controlled at four digital inputs and outputs each. Digital inputs are sampled time-synchronously with the analog inputs. The additional counter input is galvanically isolated.

Plug & Play.

The connection to the PC is realized via USB. The USB-AD16f provides all typical USB features (e.g. Plug&Play, Hot-Plug). Up to 127 devices can be connected and installed during operation.

Powered by USB.

The device is supplied with power via the USB interface. This reduces cabling efforts to a minimum and makes mobile measurements a lot easier.

Optimal for Windows.

The drivers and programming interface is optimized for 64Bit under Windows® 10/11. All software for installation and programming of the USB-AD16f is included free of charge.

NextView. Try for Free.

The DAQ system is supported by NextView, the software for data acquisition and analysis. A fully functional 14-day trial can be requested under www.nextview.de. So it is possible, to directly test the functionality of the device.

All-In-One. You Have the Choice.

You want a complete system including DAQ and signal conditioning? No problem: The USB-AD16f is integrated in the amplifier measurement systems AMS42-USB and AMS84-USB.

The most important functions in a nutshell. For technical details see the relating data sheet (PDF).

16 analog inputs (16 bit, ±10V, ±5V, ±2V, ±1V)
max. sampling rate 250kHz
2 analog outputs (16 bit, ±10V)
analog channels electrically isolated
4 digital inputs and outputs each (TTL/CMOS)
1 counter (16 bit, isolated)
bus-powered
USB 2.0, high-speed

Hardware and Software from One Hand

Drivers and programming support are naturally included with all DAQ systems for free and can be downloaded from this website.

bmcm Driver Package

USB/PCI/PCIe data acquisition hardware always requires the installation of a device driver to be accessible by software. By providing a free bmcm driver package, the device installation has to be done only once - additional DAQ hardware is installed automatically.

Simply NextView

For all who want to start right away: View and store signals, configure the measurement system, process measuring data and much more.
Test all features of the data acquisition software 14 days for free! As a premium member of bmcm you can test all functionalitys of NextView for 30 days.
Next...

Simply LIBAD

Programming leanly and quickly: Use bmcm data acquisition systems in your own programs. The hardware independent programming interface (API) LIBAD4 is available as DLL in 64 Bit (Windows 10/11).
Next...

Datenblatt - USB data acquisition system USB-AD16f (v. 4.0)

BMCM - Drivers for Windows 10 / 11

Software - Driver package for bmcm data acquisition hardware (v. 5.1.606)

You are looking for drivers for older windows versions? You can find them in the download archive.

NextView - Measurement Software

Handbuch - User manual for NextView® 5 (v. 5.0)
Software - Installation of NextView® 5.2 (Pro, Lite, Analysis, Trial) (64bit) (v. 5.2.645)

LIBAD - Programming Interface (API)

Handbuch - Library for programming interface LIBAD4 (v. 5.0)
Software - Programming interface LIBAD4 API für Windows® (v. 5.0.584)

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