Acquisizione dati

Brand: Labjack

LJTick-Vref-25

The LJTick-VRef is a Voltage reference accessory that outputs a stable 2.5V or 4.096V signal. These ticks are commonly used as an excitation voltage for various circuits. The IOA and IOB lines are pass-through terminals, and do not interact with the accessory in any way. VRef-25 Specs: Voltage: 2.5V Accuracy: ±0.08%, ±2mV Maximum load: 50mA Short...

Brand: Teltonika

TRB140003000

Brand: Labjack

LJTick-DigitalOut5V

Brand: Labjack

LJTICK-OUTBUFF

Increases the output current of the DAC outputs on LabJack devices. Can also be used for switched 3.3V when attached to a 3.3V digital I/O line. LabJack devices cannot output more than about 15mA on their DAC0 and DAC1 analog outputs, so this accessory is very helpful for users who want to increase that capability. One common application is to control the...

Brand: Labjack

LJTICK-INBUFF

Very low bias current (1pA) input buffer which can directly measure pH sensors (electrode type sensors) and other weakly driven or high source impedance signals. The analog inputs on our compatible DAQ products (U3, U6, UE9, T7, T4) have typical bias currents on the order of 20 nA, which is quite low, but the LJTick-InBuff reduces that dramatically. Only...

Brand: Labjack

LJU6

SCHEDA DI ACQUISIZIONE DATI LABJACK U6

Brand: Labjack

LJU3-LV

Scheda di acquisizione U3-LV

Brand: Labjack

LJU3-HV

Acquisition Board Labjack U3-HV

Brand: Labjack

LJTICK-RELAYDRIVER

Module to control 2 relays

Brand: Labjack

LJTICK-INAMP

Signal-conditioning module provides two instrumentation amplifiers ideal for low-level signals such as bridge circuits (e.g. strain gauges) and thermocouples. Each amplifier converts a differential input to single-ended. The LJTIA has switches to choose from 5 gain settings (x1, x11, x51, x201, or custom) and two output voltage offsets. The 4-pin design...

Brand: Labjack

LJTICK-DIVIDER-4

Riduttore per 2 segnali da 0-10V a 0-2.5V

Brand: Labjack

LJTICK-DAC

Accessorio per labjack, fornisce due uscite analogiche +/-10V da due uscite digitali