VHM Modules

Picture	Manufacturer No.	Description	Datasheet	Order
	FBARVMS-01	12v car battery Bluetooth 4.0 tester diagnostic instrument BM2 Battery monitor Tester		Send Order
	FBARVMS-02	VHM-313 TPA3110 2x15W Bluetooth digital amplifier board Bluetooth ceiling speakers for background music		Send Order
	FBARVMS-03	VHM-314 MP3 Bluetooth audio receiver decoder board 4.1 lossless car audio amplifier diy module		Send Order
	FBARVMS-04	VHM-008 Battery charging and discharging module Integrated voltmeter Undervoltage and overvoltage protection Timing charging and discharging		Send Order
	FBARVMS-05	VHM-000 battery charger protection switch battery charging control module overcharge protection board 30A		Send Order
	FBARVMS-06	VHM-306 TPA3118 Bluetooth digital amplifier board 2X30W stereo retrofit Bluetooth speakers		Send Order
	FBARVMS-07	VHM-003 Battery lithium battery charging control module Battery charging control protection switch 12-24V		Send Order
	FBARVMS-08	VHM-111 DC-DC digital booster board booster module high-power booster board booster 5-45V output 5A		Send Order
	FBARVMS-09	VHM-013 timer module countdown switch board switch module 0-999 minutes one button timing		Send Order
	FBARVMS-10	VHM-143 LM2596 Adjustable Buck Module DC Power Supply Digital Display Green Display DC-DC Wide Voltage		Send Order
	FBARVMS-11	VHM-902 dual 30-bit LED music spectrum level audio LED indicator stereo amplifier board DIY		Send Order
	FBARVMS-12	VHM-009 battery over-discharge protection module low-voltage protection board loss of power disconnect under-voltage low battery power off		Send Order

• Unleash the Power of Vehicle Health Management with FBelec's VHM Module

  In the fast-paced world of automotive parts, innovation is the key to success. At FBelec, we are proud to introduce our revolutionary VHM (Vehicle Health Management) Module, a game-changing solution that is set to redefine the standards of vehicle maintenance and performance.

  
  

  The FBelec VHM Module is a technological marvel that empowers vehicles with intelligent self-awareness. It acts as a vigilant guardian, constantly monitoring every aspect of a vehicle's health. Engine performance, transmission efficiency, electrical system integrity, and even the subtlest nuances of tire and brake conditions – nothing escapes its watchful eye. By providing real-time, accurate data and diagnostics, it allows for proactive maintenance, preventing potential breakdowns and costly repairs.

  
  

  
  

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  One of the standout features of the FBelec VHM Module is its seamless integration capabilities. Engineered with precision and versatility, it effortlessly interfaces with a vast array of vehicle makes and models. This universality ensures that our module is not a niche product but a comprehensive solution suitable for the diverse automotive landscape. Whether it's a high-performance sports car, a reliable family sedan, or a heavy-duty commercial vehicle, FBelec's VHM Module fits right in and starts optimizing performance from the moment of installation.
  Installation is a breeze, designed with the mechanic and the DIY enthusiast in mind. Clear instructions and a user-friendly interface make the process straightforward and efficient. But our commitment to customer satisfaction doesn't end there. FBelec is renowned for its exceptional after-sales support. Our team of experts is always on standby to assist with any queries or technical issues, ensuring that our partners and their customers have a seamless experience.

  

  Moreover, we understand the importance of continuous improvement in the automotive industry. That's why our VHM Module is backed by regular software updates. These updates not only enhance the module's performance but also introduce new features and compatibility enhancements, keeping your customers' vehicles at the forefront of technological innovation.

• VHM Modules

  By choosing the FBelec VHM Module, you are not just selecting a product; you are forging a partnership with a brand that stands for quality, reliability, and innovation. We offer a unique blend of top-notch technology, comprehensive support, and a commitment to excellence that sets us apart in the crowded automotive parts market. Join the FBELE family and drive your business forward with a product that is engineered to outperform and outlast. Let's revolutionize the way the world approaches vehicle health management – together.

  VHM Modules for All Your Needs

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  Virtual Reality Technology VHM-013 DC 12V Countdown Control Module - DIY-Kit

  1. Research direction of virtual reality technology

  Virtual reality is a comprehensive technology integrating computer graphics, man-machine interface technology, sensing technology, psychology, ergonomics and artificial intelligence. In Titanic, there is a scene of salvaging items left on a sunken ship with the help of helmet mounted display and remote manipulator; People who have participated in virtual role games and virtual communities will also be immersed in their realistic and telepresence experience. The common feeling they bring to people is that there is no obvious boundary between virtual and reality. The wide application prospect of virtual reality makes it one of the most influential technologies at present.VHM Timer Module Countdown Switch Board

  
  

  Virtual reality technology integrates computer graphics technology, computer simulation technology, sensor technology, display technology and other science and technology. It creates a virtual information environment in multi-dimensional information space, which can enable users to have an immersive sense, have the ability to interact with the environment, and help inspire ideas. It has become the construction of virtual prototype, It is an important tool to support virtual prototyping technology. Virtual prototype is a complex system, which is mainly manifested in complex composition relationship, complex interaction relationship with the external environment, complex development process, many simulation types and subject fields involved, wide application range and so on. Virtual prototype can be understood as using virtual reality technology to change product data into a digital model instead of physical prototype, emphasizing the visualization of simulation data and realistically displaying all product features in virtual environment. Virtual prototype is a model consortium composed of distributed, different tool developed and even heterogeneous sub models, mainly including product CAD model, product appearance model, product function and performance simulation model, various product analysis models (manufacturability, assembly line, etc.), product use and maintenance model and environment model. With the help of virtual prototype, designers can simulate various motion and dynamic characteristics of products in the real environment through mature three-dimensional computer graphics, and optimize the design scheme of products according to the simulation results. Virtual reality system generally consists of five key parts: virtual world, virtual reality software, computer, input device and output device.

  
  

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  2. Research on Virtual Reality Modeling

  The modeling of virtual environment is the basis of VR, mainly including three-dimensional visual modeling and three-dimensional auditory modeling. Visual modeling mainly includes geometric modeling, kinematic modeling, physical modeling, object behavior modeling and model segmentation. Geometric modeling describes the shape (polygons, triangles, and vertices) and appearance (textures, surface reflections, colors) of an object. The object shape can be created from scratch through PHIGS, GL, XGL and other graphics libraries, but it is generally carried out with special modeling tools to improve efficiency. The simplest method is to use 3D modeling software, such as PROE, Adams, AutoCAD, etc. In order to obtain high-quality 3D database, special VR modeling tools are usually used, such as MultiGen, Vega, vrt3, etc. Motion modeling is mainly used to determine the position of 3D objects in the world coordinate system and their motion in the virtual world. The object motion is restricted by the parent-child hierarchical relationship, and the motion of the parent object will affect the child object. Another aspect of motion modeling is to set the way to observe the world, that is, the motion of the virtual camera. Finally, the camera image needs to be transformed and projected into the two-dimensional display window to provide visual feedback for users.

  
  

  Physical modeling comprehensively reflects the physical characteristics of the object, including weight, inertia, surface hardness, softness, deformation mode, etc. These features and the behavior of objects bring greater realism to the model of virtual world. The computational load required for physical modeling is assigned to the tactile rendering pipeline. Behavior modeling is mainly completed by virtual human. The behavior model of virtual human agent includes emotion, behavior rules and actions. The behavior of agent is hierarchical, and the bottom layer is reflective behavior. The reflection behavior is to block every time you see your opponent. Emotion based behavior filters perceptual data through like, dislike, anger and fear, so it is higher than simple reflective behavior. Model management includes technologies that help VR engine draw complex virtual environment at interactive speed without significant impact on simulation quality.