Pachet etalonari CERTELAB

SEAP

DA31527854

Data

03 Octombrie 2022

Valoare

26.350 RON

Stare

Oferta refuzata

Autoritatea contractanta

37821331 - UNIVERSITATEA "STEFAN CEL MARE" Suceava

Localitate

Suceava, Suceava

Furnizor

10274437 - S.C. ROMTEK ELECTRONICS S.R.L. S.R.L.

Tipul contractului

Servicii

Cod CPV

50433000-9 - Servicii de calibrare (Rev.2)

Descriere:

Etalonare in regim acreditat ISO17025 pentru R&S ENV216, Etalonare in regim acreditat ISO17025 pentru SMR 20, Etalonare in regim acreditat ISO17025 pentru ETS HI-6053

Achizitii

7.350 RON

Cantitate: 1

Unitate masura: bucata

Etalonare in regim acreditat ISO17025 pentru R&S ENV216

Etalonare in regim acreditat ISO17025 pentru R&S ENV216. Accredited calibration in accordance with the European Standard EN 55016-1-2, ed 2, 2014. Frequency range 9 kHz – 30 MHz. Measured parameters: - Voltage transmission (between respective EUT Socket's terminal and RF test receiver output, Mains plug terminated using 50 Ω resistors) - Impedance at EUT (Mains plug terminated by Open / Short) - Impedance at RF connector (Mains plug terminated by Open / Short) - Isolation (transmission between respective Mains Socket and RF test receiver output, EUT socket terminated using 50 Ω resistors)

8.750 RON

Cantitate: 1

Unitate masura: bucata

Etalonare in regim acreditat ISO17025 pentru SMR 20

Etalonare in regim acreditat ISO17025 pentru SMR 20: - Reference oscillator frequency check - Frequency flatness, L = {3, -10} dBm - Linearity of output level, f = 1 GHz - Harmonic distortion (2nd, 3rd) for f up to 13 GHz / 8 GHz - Output frequency check - Maximum output level check

10.250 RON

Cantitate: 1

Unitate masura: bucata

Etalonare in regim acreditat ISO17025 pentru ETS HI-6053

Etalonare in regim acreditat ISO17025 pentru ETS HI-6053: 1. Frequency response (E = 20 V/m): f = {10, 27, 50, 100, 200, 300, 400, 500, 600, 700, 800, 900, 1000, 1500, 1800, 2450, 2700, 3000, 3500, 4000, 5000, 6000, 7000, 8000, 9000, 10000} MHz. Expected uncertainty of calibration is approx. 0.5–1.5 dB (a higher uncertainty can be expected especially at the 7 GHz frequency point) 2. Linearity check (f = 100 MHz): E = {3, 10, 20, 30, 50, 100, 200, 300} V/m Expected uncertainty of calibration is approx. 0.5–1.0 dB 3. Isotropy check (f = 100 MHz) Expected uncertainty of calibration is approx. 0.7 dB