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SIS‑100HD High‑Precision & Low‑Noise 3‑Axis FOG, 0.005°/h Zero‑Bias Stability, High‑Reliability for INS & AHRS Systems

SIS‑100HD High‑Precision & Low‑Noise 3‑Axis FOG, 0.005°/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-100HD
Technologie:
Faseroptisches Gyroskop
Anwendungen:
Drohnen, Robotik, Gaming, Navigationssysteme
Grad:
Industriell
maßgeschneiderte Unterstützung:
OEM, ODM
Versorgungsspannung:
+5 V
Biasstabilität:
≤0,005(°)/h
Hervorheben:

3-axis FOG with low-noise

,

high-precision three axis gyroscope

,

FOG gyroscope for INS systems

Produkt-Beschreibung
This product is a high-precision inertial angular velocity sensor based on the Sagnac effect, designed to measure the rotational angular velocity of a carrier along its sensitive axis. Equipped with a digital closed-loop detection circuit, the system captures the optical path difference of counter-propagating light in the fiber coil generated by external rotational motion. The collected optical path difference signal is converted into a voltage signal for professional
Produkte
EINZELHEITEN ZU DEN PRODUKTEN
SIS‑100HD High‑Precision & Low‑Noise 3‑Axis FOG, 0.005°/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-100HD
Technologie:
Faseroptisches Gyroskop
Anwendungen:
Drohnen, Robotik, Gaming, Navigationssysteme
Grad:
Industriell
maßgeschneiderte Unterstützung:
OEM, ODM
Versorgungsspannung:
+5 V
Biasstabilität:
≤0,005(°)/h
Min Bestellmenge:
1 Satz
Lieferzeit:
6-8 Wochen
Zahlungsbedingungen:
L/C, D/A, D/P, T/T, Western Union
Hervorheben

3-axis FOG with low-noise

,

high-precision three axis gyroscope

,

FOG gyroscope for INS systems

Produkt-Beschreibung
This product is a high-precision inertial angular velocity sensor based on the Sagnac effect, designed to measure the rotational angular velocity of a carrier along its sensitive axis. Equipped with a digital closed-loop detection circuit, the system captures the optical path difference of counter-propagating light in the fiber coil generated by external rotational motion. The collected optical path difference signal is converted into a voltage signal for professional