1.Frequency range 9 kHz - 6 GHz
2.Phase noise: -100dBc@300kHz
3.Immunity: 200V/m
4. SRM-3006 has high resolution, reliability, large dynamic range, high accuracy and wide measurement range compared with other products in the industry.
5. Suitable for outdoor use: ergonomic design, rugged, dustproof, waterproof, replaceable rechargeable lithium battery, built-in GPS and voice recorder
6. Support 5G NR signal demodulation analysis measurement, and evalsuate the potential maximum radiation field strength of 5G communication base stations
7. UMTS and LTE-FDD/TDD operation modes to evalsuate the guided frequency signal information and maximum radiation field strength of 3G and 4G mobiles communication base stations
1. Built-in GB 8702, ICNIRP and many other international standards, measurement results can be directly displayed by the percentage of the standard limit value compatible with ICNIRP 2020 standard
2. Comply with HJ 1151-2020 "5G mobiles communication base station electromagnetic radiation environmental monitoring methods", HJ 972-2018 "mobiles communication base station electromagnetic radiation environmental monitoring methods", IEC 62232, EN 50492 and other international standards for monitoring instruments
3. Spectrum analysis of signals of different frequencies, while supporting broadband comprehensive assessment of the signal band of interest
4. Oscilloscope mode supports real-time analysis of pulse signals and long-time recording of changing exposure levels
5. Editable and directly definable classification of each communication service provider band (e.g. broadcast, GSM and WiMAX)
6. Spectrum analysis of various unknown signals, comprehensive evalsuation and measurement data management after measurement
7. Fast and reliable measurement and result display, with predefined measurement tasks, measurement conditions and parameter settings, and automatic measurement
1.Base station testing, e.g. determining the compliance of high power transmitting equipment, antenna towers, waveguide installation and evalsuating electromagnetic radiation at maximum load, etc.
2.EMC, e.g. design & testing of new electronic equipment, design and development of military electronic security vehicles
3. Guiding the development of environmental analysis technologies, e.g., scientific research assistance, government engineering project support, etc.
4. Health protection issues, e.g., addressing people's radiation safety needs
5. Military applications, e.g., personal radiation safety for combatants, radar equipment testing for naval bases, etc.
