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SIS‑100 High‑Precision & Low‑Noise 3‑Axis FOG, 0.01°/h Zero‑Bias Stability, High‑Reliability for INS & AHRS Systems

SIS‑100 High‑Precision & Low‑Noise 3‑Axis FOG, 0.01°/h Zero‑Bias Stability, High‑Reliability for INS & AHRS Systems

Mindestbestellmenge: 1 Satz
Lieferfrist: 6-8 Wochen
Zahlungsmethode: L/C, D/A, D/P, T/T, Western Union
Detailinformationen
Markenname
SI
Modellnummer
SIS-100
Biasstabilität:
≤0.01 (°) /h
Grad:
Industriell
Technologie:
Glasfaser-Gyroskop
Anwendung:
Bewegungserkennung, Stabilisierung, Navigation
Produktname:
Drei Achsen-Gyroskop
Versorgungsspannung:
+5 V
Hervorheben:

3-axis FOG with 0.01°/h stability

,

high-reliability FOG for INS systems

,

low-noise three axis gyroscope

Produkt-Beschreibung
Product Principle This product is an inertial angular velocity sensor based on the Sagnac effect, designed to measure the rotational angular velocity of the carrier along the sensitive axis. Adopting a digital closed-loop detection circuit, the device captures the optical path difference of counter-propagating light inside the optical fiber coil caused by external rotational angular motion. The optical path difference signal is converted into a voltage signal for modulation
Produkte
EINZELHEITEN ZU DEN PRODUKTEN
SIS‑100 High‑Precision & Low‑Noise 3‑Axis FOG, 0.01°/h Zero‑Bias Stability, High‑Reliability for INS & AHRS Systems
Mindestbestellmenge: 1 Satz
Lieferfrist: 6-8 Wochen
Zahlungsmethode: L/C, D/A, D/P, T/T, Western Union
Detailinformationen
Markenname
SI
Modellnummer
SIS-100
Biasstabilität:
≤0.01 (°) /h
Grad:
Industriell
Technologie:
Glasfaser-Gyroskop
Anwendung:
Bewegungserkennung, Stabilisierung, Navigation
Produktname:
Drei Achsen-Gyroskop
Versorgungsspannung:
+5 V
Min Bestellmenge:
1 Satz
Lieferzeit:
6-8 Wochen
Zahlungsbedingungen:
L/C, D/A, D/P, T/T, Western Union
Hervorheben

3-axis FOG with 0.01°/h stability

,

high-reliability FOG for INS systems

,

low-noise three axis gyroscope

Produkt-Beschreibung
Product Principle This product is an inertial angular velocity sensor based on the Sagnac effect, designed to measure the rotational angular velocity of the carrier along the sensitive axis. Adopting a digital closed-loop detection circuit, the device captures the optical path difference of counter-propagating light inside the optical fiber coil caused by external rotational angular motion. The optical path difference signal is converted into a voltage signal for modulation