INSTRUMENTS WITH A DIGITAL SOUL

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AX-7510

Infrared thermometer; LCD, with a backlit; -20÷550°C; ε: 0,1÷1

AX-TH05

Thermo-hygrometer; LCD; -50÷70°C; Accur: ±1°C; 0.1°C; 10÷99%RH

AX-7531

Infrared thermometer; LCD, with a backlit; -50÷800°C; ε: 0,1÷1

DM-9258

Temperature meter; LCD; Sampling: 1x/s; -50÷300°C; Probe l: 105mm

AX-5002

Temperature meter; LCD 4 digits, with a backlit; Resol: 0.1°C

AX-5001

Thermo-hygrometer; LCD, with a backlit; Sampling: 1x/s; -10÷50°C

AX-5003

Temperature meter; LCD 4 digits, with a backlit; Sampling: 1x/s

AX-9201

Temperature meter; LCD; -50÷150°C; Accur: ±1°C; Resol: 0.1°C

DM-9231A

Temperature meter; LCD; Sampling: 1x/s; -50÷300°C; Accur: ±1°C

AX-7530

Infrared thermometer; LCD, with a backlit; -32÷480°C; ε: 0,1÷1

AXIOMET Catalogue

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What does the frequency sweep feature in generators do?

Frequency sweep feature allows for generation of waveform having certain parameters. One of these parameters – that is, frequency – changes cyclically.

Users define:

  • shape of generated signal (e.g. sinusoidal, rectangular),
  • an amplitude of this signal and
  • additional parameters, such as duty cycle.

Then, they indicate the way in which signal frequency is supposed to be changing.

They choose:

  • limit frequencies and full sweep time,
  • direction (e.g. ascending or ascending-descending) and
  • frequency ramp-up type (e.g. linear, logarithmic).

The signal generated this way is used mainly for examining frequency characteristics of devices and components. Moreover, it can be used to control other devices for which frequency of input signal constitutes information about way of operation.