AimTTi ATM1055 Digital Bench Multimeter 5 1/2 digit, USB, Touch screen, 9 modes AimTTi ATM1055 Digital Bench Multimeter 5 1/2 digit, USB, Touch screen, 9 modes AimTTi ATM1055 Digital Bench Multimeter 5 1/2 digit, USB, Touch screen, 9 modes AimTTi ATM1055 Digital Bench Multimeter 5 1/2 digit, USB, Touch screen, 9 modes

AimTTi ATM1055 Digital Bench Multimeter

5 1/2 digit, USB, Touch screen, 9 modes

Varunummer: ADM1055
5 530,00

ADM1055 Digital Multimeter 5½ digit

5½ Digit high performance bench multimeter

  • High accuracy and resolution: 0.02%, 1uV, 1mO, 10nA, 0.01Hz, 100pF
  • Intuitive touch screen operation
  • Bar chart, histogram and statistics displays
  • Terminal illumination for guided use
  • 9 Measurement modes, including frequency and capacitance
  • Advanced math functions
  • Resettable current trip circuit
  • Compact footprint aluminium case 213 x 228 x 98 mm (WxDxH)
  • Kensington lock
  • USB remote interface, SCPI compatible
  • Free Test Bridge control software

The ADM1055 multimeters are the latest release from Aim-TTi's new A Series line, developed to meet the requirements of design, test and education customers. The ADM1055 provides high accuracy measurements with advanced results displays.

HIGH ACCURACY, HIGH RESOLUTION
The ADM1055 offers high-precision measurement with 5½ digit resolution and 0.02% basic DC accuracy. It supports ultra-fine measurements with sensitivities down to 1µV, 1mO, 10nA, 0.01Hz, and 100pF.

INTUITIVE DESIGN
Featuring a simple touch operated GUI with customisable display options, the ADM1055 is quick and intuitive to setup. It is ideal for busy lab environments, with measurement modes easily accessed via dedicated front-panel keys and illuminated input terminals that light up according to the selected function. Together, these features simplify operation, guide users to the correct connections, and help prevent errors.
In addition to the standard numeric display, the ADM1055 also includes bar chart, histogram, and statistical analysis modes. Helping users to visualise trends, and monitor signal stability in real time.