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Cost-Effective AVI-E If Conversion Module for Robotics Imu Acceleration and Vibration Sensing 3

Customization: Available
Type: Servo
Output Signal Type: Digital Output

Product Description

Basic Information
Model NO.AVI-E
Measuring Shaft Quantities1
Accuracy Grade0.2G
IP RatingIP67
CertificationISO
Data Transmission InterfacesRS422
Production Capacity1000/Month
OriginChina
HS Code9031809090
Packaging & Delivery
Package Size50.00cm * 40.00cm * 40.00cm
Package Gross Weight30.000kg
Transport PackageBox and Sponge
Technical Specifications
ParameterTest conditionsTypicalMaxUnit
Maximum output frequencyFull temperature-512kHz
Zero position F0Full temperature-20nA
Zero stabilityFull temperature510ppm
Scale factor temp coefficientFull temperature0.51ppm/℃
Scale factor asymmetryI=±1mA, TC=25℃-30ppm
Successive power on repeatabilityI=±1mA, TC=25℃715ppm
Working temperature range--45 to 70-
Product dimension-76*50*11-mm
Product Introduction

I/F conversion module: AVI-E

The AVI-E series I/F conversion module is a high-precision current/frequency converter that uses charge integration to continuously convert the current signals of three accelerometers simultaneously. The components used are all 100% produced with a range of ± 20mA and adjustable scaling factor. It features small zero position, low power consumption, and low temperature sensitivity.

Visual Presentation
Product Video Cover
Module Detail 1
Module Detail 2
Module Detail 3
Dimensions & Definitions
Dimensions Diagram
Frequently Asked Questions
Q1: What is the primary use of the AVI-E series conversion module?
A: The AVI-E series is a high-precision current-to-frequency (I/F) conversion module designed to convert current signals from tri-axis accelerometers into frequency outputs (up to 512kHz) using charge integration.
Q2: What is the supported current input range?
A: The module supports an input range of ±20mA. The scale factor is adjustable to suit various sensor types and specific application requirements.
Q3: What are the power supply requirements for this module?
A: It requires a triple power supply: VCC = +15V ±3%, VEE = -15V ±3%, and VDD = +5V ±3%. High stability in the power source is recommended for industrial applications.
Q4: In which industries are these sensors commonly applied?
A: These high-precision sensors are widely utilized in aerospace, automotive systems, robotics, and consumer electronics due to their reliability and long service life.
Q5: What are the environmental protections of the product?
A: The module features an IP67 rating, ensuring protection against dust and water immersion, making it suitable for demanding industrial environments.
Q6: Are customized solutions available?
A: Yes, customized solutions can be provided to meet specific customer requirements and support technological innovation across different industrial sectors.

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