NI 193132-01 | USB-6009 OEM, circuit board kit (without housing)

Name: 193132-01 | USB-6009 OEM, circuit board kit (without housing)
Brand: NI
SKU: 193132-01
Price: 715.0 CHF
Availability: InStock

Manufacturer number: 193132-01

Delivery time upon request

CHF 715.00

plus VAT. CHF 772.92 VAT plus shipping costs

or choose one of the following options:

Request a quote Product inquiries Request education-price

193132-01 | USB-6009 OEM, circuit board kit (without housing).

Technical Data

Bustype:	USB 2.0
Connection type front:	Female Screw connection
Max. Number of differential analogue input channels:	0
Max. Number of ground-related analogue input channels:	8
Max. Update rate (MS/s):	0.00015
Measured electrical signal:	Voltage
Measurements per second/sampling rate (MS/s):	0.048
Number of analogue output channels:	2
Number of bidirectional digital channels:	12
Number of counters/timers:	1
Protectively coated:	No
Resolution of the analogue input:	14 bit
Samplerate:	48 kS/s
Voltage measuring range of the analogue input (V):	-10 V to 10 V, -2 V to 2 V, -1.25 V to 1.25 V, -4 V to 4 V, -2.5 V to 2.5 V, -20 V to 20 V, -5 V to 5 V, -1 V to 1 V
Warranty (years):	1
Weight (kg):	0.06
With case:	Yes

Description

193132-01 | USB-6009 OEM, circuit board kit (without housing)

The USB-6009 is a low-cost, multifunctional data collection device. It offers analog I / O, digital I / O and a counter with 32 bit resolution. The USB-6009 has basic functions for applications such as simple data logging, mobile measurements and experiments in university laboratories. The device has a light housing and is bus-powered for mobile handling. Sensors and signals can be easily connected to the USB-6009 using screw terminal connections. The NI-DAQmx driver included in the scope of delivery simplifies the configuration and execution of measurements.

About the Manufacturer

National Instruments is a global leader in test, measurement, and control solutions. NI's platform-based approach combines modular hardware and software to help customers address complex engineering challenges. Applications range from automotive, electronics, and energy to research/education and industrial systems.