The historical review of development of the company

Before the organization of " Tenzor " company leading experts worked in Nizhniy Novgorod Scientific-Research Instrument-Making Institute "Quartz". In 1988 in "Quartz" the stroboscopic combined oscillograph "C9-11" was created which became the first-ever serial oscillograph with a frequency band of 37 GHz in which specifications are written down normalize errors of measurement of easing, VSWR and S-parameters with use of superbroadband pulse signals. In total in Russia it is let out more such 90 devices at two factories. In 1992 under the order of the Moscow Radio Engineering Institute the collective of employees develops stroboscopic registrar of UWB signals for antenna measurements with long-term time instability and jitter no more than 1 ps.

The first batch production "Tenzor" company became blocks of the SHF receiver-transmitter for systems of a satellite communication of the X-range in standard INTELSAT, developed under the order Moscow design office "Impulse" and allocated in a consequence from it enterprise "Satis". In 1994-1996 it has been let out about 100 devices of a satellite communication.

In 1994 г by the enterprise have been developed and following devices were issued by small batches:

• Set with UWB measuring signals on the basis of the stroboscopic registrar "Dipole";
• Universal georadar GR-BP with antennas of a various range;
• Generator of UWB impulses with picosecond duration;
• System of antenna measurements in time domain.

On the basis of installation "Dipole" in cooperation with the Israeli Institute of Applied Physics (Jerusalem) the system of measurement in time area of dielectric permeability liquid and firm dielectrics is developed and put in a number of the countries of the world.

In 2002 employees of the enterprise together with Nizhniy Novgorod design office the radiomeasuring equipment develop and certify set for measurement of parameters of antennas in time area K2P-71 in a range of frequencies from 100 MHz up to 37 GHz.

In 2003 together with the Moscow Road Institute the universal radar is developed for monitoring roads and road coverings.

In 2004 three-channel digital transceiver station DKMV of a range is developed completely.

In 2005 under the order of the Japanese company the locator for monitoring ability to live of people with spectral density of radiated capacity corresponding standard FCC, a part 15 and an energy potential up to 160 dB is created.