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Supplier: MTC Industries & Research Carmiel Ltd.
Description: Miniature, lightweight, two-axis free gyroscope actuated by spring stored energy. Operates for at least 90 seconds. Specially designed to meet the need for short range, high acceleration missions. The G-070 has a single potentiometer on the outer gimbal. Inner and outer gimbal
- Angular / Rotary Axes: Biaxial
- Linearity: 0.5000 ±% Full Scale
- Maximum Dimension: 63.5 inch
- Operating Temperature: -55 to 85 F
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Supplier: MTC Industries & Research Carmiel Ltd.
Description: Miniature, lightweight, one axis measuring, two-axis free gyroscope actuated by spring stored energy. Operates for at least 120 seconds. Specially designed to meet the need for short range, high acceleration missions. The G-3040 has a single potentiometer on the outer gimbal. Inner and
- Angular / Rotary Axes: Biaxial
- Linearity: 0.0500 ±% Full Scale
- Maximum Dimension: 51 inch
- Operating Temperature: -40 to 85 F
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Supplier: MTC Industries & Research Carmiel Ltd.
Description: Miniature, lightweight, one axis measuring, two-axis free gyroscope actuated by spring stored energy. Operates for at least 120 seconds. Specially designed to meet the need for short & medium range, high acceleration missions. The G-4083 has a single potentiometer measuring roll angles
- Angular / Rotary Axes: Biaxial
- Linearity: 0.0500 ±% Full Scale
- Maximum Dimension: 51 inch
- Operating Temperature: -40 to 85 F
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Supplier: MTC Industries & Research Carmiel Ltd.
Description: Miniature, lightweight, one axis measuring, 2-axis Free Gyro, actuated by spring stored energy. Operates for at least 150 seconds. Specially designed to meet the need for short & medium range high-acceleration missions. Special high-accuracy rotary encoder allows continuous measurement up to
- Angular / Rotary Axes: Biaxial
- Angular Rate Range: 1800 deg/sec
- Linearity: 0.1000 ±% Full Scale
- Maximum Dimension: 52.2 inch
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In research labs around the world, palm-sized motorized gimbals are used to align optical fibers, steer lasers, and adjust the angle of lenses and mirrors for optical systems. It can be easy to set up the exact gimbal required when using off-the-shelf modular hardware with well (read more)
Browse Gimbals Datasheets for Zaber Technologies, Inc. -
Build a Miniature Gimbal System with Off-the-Shelf Hardware in Minutes In research labs around the world, palm-sized motorized gimbal stages are used to align optical fibers, steer lasers, and adjust the (read more)
Browse Gimbals Datasheets for Zaber Technologies, Inc. -
New Yorker Electronics has announced Vishay Intertechnology’s release of the new miniature position sensor with a small 12.7mm outer diameter. According to Vishay, the sensor delivers higher accuracy and resolution than similar devices of the same size, while offering increased reliability (read more)
Browse Current Sensors Datasheets for New Yorker Electronics Co., Inc. -
technological milestones. What started out as a basic remotely controlled aircraft has seen transformations such as: Manual piloting graduating to autopilot capabilities and increased autonomy in navigation and data processing, Static designs shifting to two-axis gimbals, then three (read more)
Browse Transient Voltage Suppressor Diodes (TVS) Datasheets for MDE Semiconductor, Inc.
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Designing Miniature Gimbal Systems with the RSM and the GSM - Our Miniature Rotary and Goniometer Stages
Zaber's RSM and GSM family of stages are designed to share a common form factor and mounting pattern. This makes them well suited to be stacked into many different configurations of compact gimbal systems. The RSM family of ultra compact rotation stages features a stepper motor driven worm drive
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Basic Output Generator Excitation and Demodulation Requirements for USD Gyroscopes
known as a pickoff, generates a user output signal indicating the position of the gyro's gimbal, usually in terms of millivolts per (angular) degree of gimbal rotation. All US Dynamics miniature gyroscope pickoff arrangements are implemented in the form a variable transformer. There are several
More Information Top
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Mechanical & Fluid Systems :: NASA Tech Briefs
This is achieved using a miniature gimbal mechanism that allows for independent motion about one, two, or three axes within the grip volume of the hand, and miniature flexure assemblies co-located with the gimbal mechanism that provide substantial stiffness and breakout …
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Mechanical & Fluid Systems :: NASA Tech Briefs
This is achieved using a miniature gimbal mechanism that allows for independent motion about one, two, or three axes within the grip volume of the hand, and miniature flexure assemblies co-located with the gimbal mechanism that provide substantial stiffness and breakout …
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Mechanical & Fluid Systems :: NASA Tech Briefs
This is achieved using a miniature gimbal mechanism that allows for independent motion about one, two, or three axes within the grip volume of the hand, and miniature flexure assemblies co-located with the gimbal mechanism that provide substantial stiffness and breakout …
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Mechanical & Fluid Systems :: NASA Tech Briefs
This is achieved using a miniature gimbal mechanism that allows for independent motion about one, two, or three axes within the grip volume of the hand, and miniature flexure assemblies co-located with the gimbal mechanism that provide substantial stiffness and breakout …
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Mechanical & Fluid Systems :: NASA Tech Briefs
This is achieved using a miniature gimbal mechanism that allows for independent motion about one, two, or three axes within the grip volume of the hand, and miniature flexure assemblies co-located with the gimbal mechanism that provide substantial stiffness and breakout …
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Mechanical & Fluid Systems :: NASA Tech Briefs
This is achieved using a miniature gimbal mechanism that allows for independent motion about one, two, or three axes within the grip volume of the hand, and miniature flexure assemblies co-located with the gimbal mechanism that provide substantial stiffness and breakout …
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Mechanical & Fluid Systems :: NASA Tech Briefs
This is achieved using a miniature gimbal mechanism that allows for independent motion about one, two, or three axes within the grip volume of the hand, and miniature flexure assemblies co-located with the gimbal mechanism that provide substantial stiffness and breakout …
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Miniature Multi-Axis Mechanism for Hand Controllers - Nasa Tech Briefs :: NASA Tech Briefs
This is achieved using a miniature gimbal mechanism that allows for independent motion about one, two, or three axes within the grip volume of the hand, and miniature flexure assemblies co-located with the gimbal mechanism that provide substantial stiffness and breakout …
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Gimbal system configurations and line-of-sight control techniques for small UAV applications
Many of these require sensors / payloads such as cameras, laser pointers / illuminators /rangefinders and other systems that must be pointed and / or stabilized and therefore require a precision miniature gimbal or other means to control their line-of-sight …
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Low SWaP MWIR detector based on XBn focal plane array
The detector is designed for low SWaP applications, involving mainly hand-held and miniature gimbal based systems.