High Precision V/F Conversion Circuit
ER-VFC-G30M Features:
1. Small volume, low power consumption;
2. High-precision voltage/frequency conversion circuit;
3. Continuously convert current signals output by three accelerometers.
ER-VFC-G30M Features:
1. Small volume, low power consumption;
2. High-precision voltage/frequency conversion circuit;
3. Continuously convert current signals output by three accelerometers.
ER-TS-2285CA Features:
1. Two axis tilt monitoring;
2. Full range accuracy 0.005°, resolution 0.0007°;
3. Output frequency 5~100HZ (optional).
ER-AS-98 Features:
1. Accuracy: 0.01g, resolution: 0.001g;
2. Three axes (X, Y, Z) are optional;
3. Impact resistance 2000g.
ER-TS-2286DI Features:
1. Two axis tilt monitoring;
2. Full range accuracy 0.005°, resolution 0.0007°;
3. Output frequency 5~100HZ (optional).
ER-GT-02 (≤3.6") Features:
1. Orienteering accuracy ≤3.6" (1σ);
2. Pit interference ability is strong, integrated fuselage design, compact structure, stable performance;
3. Has the functions of low lock, automatic zero observation and etc.
ER-TS-5146DI Features:
1. Single axis tilt monitoring;
2. Full range accuracy 0.3°, resolution 0.05°;
3. Output frequency 5~100HZ (optional).
ER-TS-5148CU Features:
1. Single axis tilt monitoring;
2. Full range accuracy 0.3°, resolution 0.05°;
3. Output 4~20mA, 0~20mA, 0~24mA optional.
ER-TS-2288CU Features:
1. Two axis tilt monitoring;
2. Full range accuracy 0.005°, resolution 0.0007°;
3. Output 4~20mA, 0~20mA, 0~24mA (optional).
ER-TS-3262DI Features:
1. Dual axis tilt monitoring;
2. Output frequency 5~100HZ (optional);
3. Full range accuracy 0.02°, resolution 0.005°.
ER-FINS-70 (0.3°):
1. Heading accuracy (1σ): ≤0.3°;
2. Attitude accuracy (1σ): ≤0.03°;
3. High performance & low cost.
ER-TS-3260VO Features:
1. Dual axis tilt monitoring;
2. Output 0~5V, 0~10V (optional);
3. Full range accuracy 0.01°, resolution 0.001°.
ER-TS-3267DI Features:
1. Dual axis tilt monitoring;
2. Output frequency 5~100HZ (optional);
3. Full range accuracy 0.01°, resolution 0.001°.
ER-TS-3265CA Features:
1. Dual axis tilt monitoring;
2. Full range accuracy 0.01°, resolution 0.001°;
3. Output frequency 5~100HZ (optional).
ER-MINS-5610 (0.1°) Features:
1. Equipped with MEMS gyroscope and accelerometer and mapping multi-mode multi-frequency GNSS receiver;
2. It can achieve a single antenna dynamic alignment or dual antenna-assisted fast high-precision orientation;
3. The directional accuracy can reach up to 0.1 deg.
ER-TS-3269DI Features:
1. Dual axis tilt monitoring;
2. Output frequency 5~100HZ (optional);
3. Full range accuracy 0.01°, resolution 0.001°.
ER-MINS-5651 (0.1°) Features:
1. Equipped with MEMS gyroscope and accelerometer and mapping multi-mode multi-frequency GNSS receiver;
2. It can achieve a single antenna dynamic alignment or dual antenna-assisted fast high-precision orientation;
3. The directional accuracy can reach up to 0.1 deg.
ER-TS-3266DI Features:
1. Dual axis tilt monitoring;
2. Output frequency 5~100HZ (optional);
3. Full range accuracy 0.01°, resolution 0.001°.
ER-TS-3268CU Features:
1. Dual axis tilt monitoring;
2. Full range accuracy 0.01°, resolution 0.001°;
3. Output 4~20mA, 0~20mA, 0~24mA (optional).
ER-TS-4250VO Features:
1. Dual-axis tilt sensor measurement;
2. Full range accuracy 0.1°, resolution 0.01°;
3. Output 0~5V, 0.5~4.5V, 0~10V optional.
ER-FINS-98 (0.1°secψ):
1. Azimuth accuracy ≤ 0.1° secψ (1σ);
2. Attitude accuracy ≤ 0.02° (1σ);
3. Azimuth holding accuracy ≤ 0.05°sec lat (1σ).
ER-MINS-210/230 (0.3~1.0°) Features:
1. Provide horizontal attitude, heading attitude, longitude, latitude, altitude, etc;
2. Can be widely used in unmanned aerial vehicles, vehicle navigation, aviation and platform stability control and other fields.
ER-TS-4255CA Features:
1. Biaxial tilt monitoring;
2. Full range accuracy 0.1°, resolution 0.01°;
3. Output frequency 5~100HZ optional.
ER-TS-5249DI Features:
1. Two axis tilt monitoring;
2. Output frequency 5~100HZ optional;
3. Full range accuracy 0.3°, resolution 0.05°.
ER-FINS-120 (0.02°):
1. Heading accuracy (1σ): ≤0.02°;
2. Attitude accuracy (1σ): ≤0.02°;
3. Positional accuracy (1σ): 1.0nm/2h.