Zelenograd
Nanotechnology
Center
Zelenograd
Nanotechnology
Center

Intellectual systems and navigation

JSC "ZNTC" designs and manufactures micromechanical accelerometers, gyroscopes, inclinometers, relays, mirrors, power inertial sensors, course-vertical, w/o platform inertial navigation system based on MEMS domestic production.

Micromechanical accelerometers Arkham, MMA, IMSU

Measuring range, g - ±0.2, 1.2, 5, 10, 50, 100

Nonlinearity - up0.5%

Noise power spectral density, g/Gts1/2 - no more than 3.10 to 5.10

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Micromechanical accelerometers Arkham and IMSU

The trend of the zero signal, g / h - max 5.10 -3

The drift of the zero signal in the range of operating temperatures, g - not more than 0.1 to 0.005

Operating temperature range, ° C -40 ... +85

Output signal: analog, digital interface (I2C)

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Micromachined accelerometer MMA

Micromechanical angular rate sensor ("gyroscope")

Measuring range, / a - 50, 100, 150, 300, 500, 2000

Nonlinearity, % - less than 1% to 0.2%

Random drift of the zero signal, / h - up to 50

Angular random walk, / P1 / 2 - to 3

The trend of the zero signal, ( / h) / h – 100

Operating temperature range, C -40 ... +85

Output signal: Analog, Digital (interfaces SPI, UART), self-calibration, dynamic tuning range

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Micromechanical angular rate sensor("gyroscope")
MMGK-HM1 and HM2-MMGK

Blocks inertial information (accelerometers and angular rate sensors "gyroscope" 3-axis sensitivity)

Range of angular velocities, / s 300

The range of linear acceleration, g 5

The accuracy of pitch and roll angles, to 1

The accuracy of the angle of the course, to 3 Resolution, 0.1

Operating temperature range, C -40 ... +85

Output signal: Digital (interfaces SPI, UART), the integrated receiver GPS

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Course vertical MAC and MEMS-K; SINS