![STEVAL-GMBL02V1 Stmicroelectronics, Development Kit, Gimbal Controller Reference Design, STM32F303RE MCU | Farnell UK STEVAL-GMBL02V1 Stmicroelectronics, Development Kit, Gimbal Controller Reference Design, STM32F303RE MCU | Farnell UK](https://uk.farnell.com/productimages/large/en_GB/2987041-40.jpg)
STEVAL-GMBL02V1 Stmicroelectronics, Development Kit, Gimbal Controller Reference Design, STM32F303RE MCU | Farnell UK
![Enhancement of Microjitter Attenuation Capability for a Stepper-Actuated Two-Axis Gimbal-Type Antenna by Using a Spring-Blade Isolator | Journal of Aerospace Engineering | Vol 30, No 4 Enhancement of Microjitter Attenuation Capability for a Stepper-Actuated Two-Axis Gimbal-Type Antenna by Using a Spring-Blade Isolator | Journal of Aerospace Engineering | Vol 30, No 4](https://ascelibrary.org/cms/asset/514b9730-7bed-4a4d-a095-7eed7cffc5c8/figure2.gif)
Enhancement of Microjitter Attenuation Capability for a Stepper-Actuated Two-Axis Gimbal-Type Antenna by Using a Spring-Blade Isolator | Journal of Aerospace Engineering | Vol 30, No 4
![Enhancement of Microjitter Attenuation Capability for a Stepper-Actuated Two-Axis Gimbal-Type Antenna by Using a Spring-Blade Isolator | Journal of Aerospace Engineering | Vol 30, No 4 Enhancement of Microjitter Attenuation Capability for a Stepper-Actuated Two-Axis Gimbal-Type Antenna by Using a Spring-Blade Isolator | Journal of Aerospace Engineering | Vol 30, No 4](https://ascelibrary.org/cms/asset/7f146ee7-0276-46ac-9926-80e3d17727ea/figure1.jpg)
Enhancement of Microjitter Attenuation Capability for a Stepper-Actuated Two-Axis Gimbal-Type Antenna by Using a Spring-Blade Isolator | Journal of Aerospace Engineering | Vol 30, No 4
![Azimuth and Elevation Two-axis Gimbal Mount features high resolution and continuous rotation of axes Azimuth and Elevation Two-axis Gimbal Mount features high resolution and continuous rotation of axes](https://www.motioncontroltips.com/wp-content/uploads/2020/08/OES-AU300-AE-01-and-02-Azimuth-Elevation-Gimbal-Mount-4x5x300.jpg)