Owen Worldwide - FOG & Inertial Systems
Design success into your next challenge with KVH’s subject-proven precision fiber optic gyros (FOGs) and FOG-based solutions. KVH sensors supply simple integration with installation flexibility, and our Developer’s Package permits rapid prototyping. KVH goes past merely assembly specifications to delivering premium performance that meets the wants of your finish-consumer.
DSP-1750 Fibre Optic is the smallest excessive-efficiency fibre optic gyro on this planet. Designed for ease of integration, the DSP-1750 has a two-piece design permitting the optical sensors to be installed directly on the sensitive axis, with the gyroscope's management circuit cards built-in elsewhere in the system. DSP 1750_Datasheet
DSP-1760 Fibre Optic Gyro is a extremely adaptable, simple-to-integrate resolution for meeting a variety of stabilization and navigation purposes. The DSP-1760 permits the end consumer to select 1-, 2- or 3-axes of the world's smallest high-performance FOGs in an unhoused OEM configuration or housed in an environmentally-sealed, compact housing. DSP 1760_Datasheet
DSP-3000 Fibre Optic Gyro affords a mix of exceptional low noise and high resistance to shock and vibration. With options of digital and analogue RS-232 outputs, the DSP-3000 is extremely versatile and a super choice for weapon platform stabilization, in addition to integration into such increased systems as inertial measurement models (IMUs), GNSS/inertial navigation systems, Attitude, Heading and Reference Systems (AHRS).
DSP-3100 Fibre Optic Gyro offers defence and ocmmercial engineers a high velocity digital RS-422 interface with a thousand Hz asynchronous output. This strong and versatile gyro also features an industry-customary Samtec 26-pin connector. Its small package makes it perfect for integration into methods requirement for a compact precsion gyro.
DSP-3400 Fibre Optic Gyro (FOG) delivers reliability and robust performance in a durable shielded package. The DSP-3400 provides a digistal RS-422 interface and one thousand Hz synchronous output in a precision gryroscope approximately the size of a deck of taking part in cards. The DSP-3400 FOG is good for defence and industrial purposes.
DSP-4000 Fibre Optic Gyro is a excessive-performance, successor to troublesome mechanical gyros for business and military applications. MEMS Inertial navigation system -fibre design ensures excessive reliability, superior efficiency and distinctive vibration, shock and acceleration survivability. The twin-axis DSP-4000 additionally features low noise, high bandwidth, improved bias stability and glorious resolution, it delivers superior stabilization and monitoring capabilities for turret, antenna and optical stabilization techniques.
For more data on KVH's product vary, please This e mail handle is being protected from spambots. You want JavaScript enabled to view it.
DSP-1750 Fibre Optic is the smallest excessive-efficiency fibre optic gyro on this planet. Designed for ease of integration, the DSP-1750 has a two-piece design permitting the optical sensors to be installed directly on the sensitive axis, with the gyroscope's management circuit cards built-in elsewhere in the system. DSP 1750_Datasheet
DSP-1760 Fibre Optic Gyro is a extremely adaptable, simple-to-integrate resolution for meeting a variety of stabilization and navigation purposes. The DSP-1760 permits the end consumer to select 1-, 2- or 3-axes of the world's smallest high-performance FOGs in an unhoused OEM configuration or housed in an environmentally-sealed, compact housing. DSP 1760_Datasheet
DSP-3000 Fibre Optic Gyro affords a mix of exceptional low noise and high resistance to shock and vibration. With options of digital and analogue RS-232 outputs, the DSP-3000 is extremely versatile and a super choice for weapon platform stabilization, in addition to integration into such increased systems as inertial measurement models (IMUs), GNSS/inertial navigation systems, Attitude, Heading and Reference Systems (AHRS).
DSP-3100 Fibre Optic Gyro offers defence and ocmmercial engineers a high velocity digital RS-422 interface with a thousand Hz asynchronous output. This strong and versatile gyro also features an industry-customary Samtec 26-pin connector. Its small package makes it perfect for integration into methods requirement for a compact precsion gyro.
DSP-3400 Fibre Optic Gyro (FOG) delivers reliability and robust performance in a durable shielded package. The DSP-3400 provides a digistal RS-422 interface and one thousand Hz synchronous output in a precision gryroscope approximately the size of a deck of taking part in cards. The DSP-3400 FOG is good for defence and industrial purposes.
DSP-4000 Fibre Optic Gyro is a excessive-performance, successor to troublesome mechanical gyros for business and military applications. MEMS Inertial navigation system -fibre design ensures excessive reliability, superior efficiency and distinctive vibration, shock and acceleration survivability. The twin-axis DSP-4000 additionally features low noise, high bandwidth, improved bias stability and glorious resolution, it delivers superior stabilization and monitoring capabilities for turret, antenna and optical stabilization techniques.
For more data on KVH's product vary, please This e mail handle is being protected from spambots. You want JavaScript enabled to view it.
Public Last updated: 2021-12-22 12:53:27 PM
