ADLINK USB-1605 Removable screw terminal blocks or high-density D-Sub

ADLINK USB-1605 is a high-performance, USB 2.0 bus-powered data acquisition (DAQ) module designed for high-speed dynamic signal measurement, portable testing, and laboratory automation.

Product Overview

The ADLINK USB-1605 provides high-density analog input channels along with digital I/O in a compact, portable form factor. Featuring high-resolution analog-to-digital conversion, flexible sampling modes, and seamless plug-and-play USB connectivity, it turns any standard PC or laptop into a powerful measurement system without requiring internal expansion slots or external power adapters.

Technical Parameter List

Product Features & Core Advantages

Plug-and-Play Portability: USB bus-powered design eliminates bulky AC adapters, enabling easy field testing and mobile DAQ applications.

16-Bit High-Resolution Sensing: Delivers superior signal integrity for precision measurements in noise-sensitive environments.

Flexible Software Support: Fully compatible with ADLINK Task-Oriented DAQ drivers (U-DAQ), MATLAB, LabVIEW, and standard Windows/Linux C/C++ API libraries.

Versatile Signal Range: Software-programmable gain settings allow seamless switching between small millivolt signals and standard $pm 10text{ V}$ sensor outputs.

Onboard Buffering: High-capacity FIFO buffer prevents data loss during high-speed streaming when host CPU usage spikes.

Model Classification

The ADLINK USB-1000 DAQ Series includes several models structured by sampling speed, resolution, and channel density:

ADLINK USB-1605: 16-bit, $500text{ kS/s}$ high-resolution USB DAQ module optimized for dynamic signal acquisition.

ADLINK USB-1210: 12-bit, high-speed multi-channel USB DAQ module built for general-purpose voltage logging.

ADLINK USB-2401/2405: 24-bit high-precision DAQ modules designed for thermocouple, RTD, and strain gauge sensing.

ADLINK USB-7230/7250: High-density isolated digital I/O USB modules specifically for industrial relay/sensor switching.

Environmental Tolerance Conditions

Operating Temperature: $0^circtext{C}$ to $+55^circtext{C}$ ($32^circtext{F}$ to $131^circtext{F}$)

Storage Temperature: $-20^circtext{C}$ to $+70^circtext{C}$ ($-4^circtext{F}$ to $158^circtext{F}$)

Relative Humidity: 5% to 95% (non-condensing)

Vibration Resistance: $5text{ to }500text{ Hz}$, $1text{ Grms}$ per IEC 60068-2-64

Shock Tolerance: $10text{ G}$ peak acceleration ($11text{ ms}$ duration)

Installation Method

1.Install ADLINK Driver & Software Package：Software Setup。

Download and run the ADLINK U-DAQ driver installer or PCIS-DAQ software library. Complete driver installation before plugging in the hardware.

2.Wire Sensors to Terminal Block：Wiring Setup。

Connect sensor leads to the removable screw terminal block. Use shielded twisted-pair cables for analog inputs to minimize EMI noise.

3.Connect USB Cable to Host Computer：Physical Setup。

Plug the USB cable into a USB 2.0/3.0 port on the PC. The host system will automatically detect the device and enumerate the USB-1605.

4.Run ADLINK Hardware Test Utility：Diagnostics。

Launch the U-DAQ Creator utility to test analog input channels, verify voltage readings, and confirm counter functionality.

Operating Instructions

Single-Ended vs. Differential Selection: Configure analog input modes in software—use Differential Mode for noisy environments or floating sources, and Single-Ended Mode to maximize available channel count (16 channels).

Sampling Rate Tuning: Set aggregate sampling rates according to Nyquist criteria (at least $2times$ the highest signal frequency; recommended $5timestext{ to }10times$ for precise waveform reconstruction).

Grounding Best Practices: Ensure sensor signal grounds are tied to AGND on the USB-1605 to prevent ground loops and erroneous voltage offsets.