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VN-200 SMD Mechanical Drawing

VN-200 SMD Mechanical Drawing

Mechanical Drawings
VN-200
VN-200 Rugged Mechanical Drawing

VN-200 Rugged Mechanical Drawing

Mechanical Drawings
VN-200
VN-100 Rugged Mechanical Drawing

VN-100 Rugged Mechanical Drawing

Mechanical Drawings
VN-100
VN-100 SMD Mechanical Drawing

VN-100 SMD Mechanical Drawing

Mechanical Drawings
VN-100
VN-300 SMD STEP File

VN-300 SMD STEP File

CAD and PCB Files
VN-300
VN-300 Rugged STEP File

VN-300 Rugged STEP File

CAD and PCB Files
VN-300
VN-200 SMD STEP File

VN-200 SMD STEP File

CAD and PCB Files
VN-200
VN-200 Rugged STEP File

VN-200 Rugged STEP File

CAD and PCB Files
VN-200
VN-100 SMD STEP File

VN-100 SMD STEP File

CAD and PCB Files
VN-100
VN-100 Rugged STEP File

VN-100 Rugged STEP File

CAD and PCB Files
VN-100
Target Tracking Gimbal - Active Control

The Target Tracking Gimbal application note provides a detailed analysis for choosing the right GNSS/INS system for such applications, alongside other integration considerations that will determine total system performance. The error budget is derived and an example provided to demonstrate the impact of various design choices.

Application Note
VN-200, VN-210, VN-300, VN-310
What is an Inertial Measurement Unit?

An Inertial Measurement Unit (IMU) is a device that typically consists of gyroscopes to measure and report angular rate and accelerometers to measure and report specific force. In this section we delve deeper into the inner workings of an inertial measurement unit to explore all the relevant specifications and information required to select the correct IMU for your application.

Inertial Navigation Articles
What is an Inertial Navigation System?

An inertial navigation system (INS) is a self-contained device consisting of an inertial measurement unit (IMU) and computational unit. The IMU is typically made up of a 3-axis accelerometer, a 3-axiss gyroscope and sometimes a 3-axis magnetometer and measures the system's angular rate and acceleration. The computational unit used to determine the attitude, position, and velocity of the system based on the raw measurements from the IMU given an initial starting position and attitude.

Inertial Navigation Articles
VN-210 Quick Start Guide

This Quick Start Guide will assist you in getting the VN-210 configured and operational. It will also introduce some common operations performed with the sensor.

Quick Start Guide
VN-210
VN-310 Quick Start Guide

This Quick Start Guide will assist you in getting the VN-310 configured and operational. It will also introduce some common operations performed with the sensor.

Quick Start Guide
VN-310
VN-100 Quick Start Guide

This Quick Start Guide will assist you in getting the VN-100 configured and operational. It will also introduce some common operations performed with the sensor.

Quick Start Guide
VN-100
VN-200 Quick Start Guide

This Quick Start Guide will assist you in getting the VN-200 configured and operational. It will also introduce some common operations performed with the sensor.

Quick Start Guide
VN-200
VN-300 Quick Start Guide

This Quick Start Guide will assist you in getting the VN-300 configured and operational. It will also introduce some common operations performed with the sensor.

Quick Start Guide
VN-300
What is an Inertial Navigation System?

An inertial navigation system (INS) is a self-contained device consisting of an inertial measurement unit (IMU) and computational unit. The IMU is typically made up of a 3-axis accelerometer, a 3-axis gyroscope and sometimes a 3-axis magnetometer and measures the system's angular rate and acceleration. The computational unit used to determine the attitude, position, and velocity of the system based on the raw measurements from the IMU given an initial starting position and attitude.
VN-310 User Manual

The VN-310 user manual provides comprehensive guidance for optimal usage and configuration of the VN-310 tactical-grade Dual GNSS Inertial Navigation System (Dual GNSS/INS).

User Manual
Tactical Embedded, VN-310
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