Description: E Shore Technologies is a robotic solution provider company in Malaysia. The company offers robotic parts, robotic services, embedded systems, and hobby kits for the robotic market. Additionally, E Shore Technologies promotes an open-source philosophy by sharing knowledge related to robotics, electronics, programming, and hardware on its website. The company was established by a team of engineers specializing in embedded system design, embedded software design, and PC-based engineering software design.
E Shore Technologies operates in a rapidly evolving field, focusing on the integration of robotics into various applications. The company’s offerings include a wide range of robotic components such as sensors, actuators, and controllers, which are essential for building functional robotic systems. The embedded systems provided by the company enable the development of customized solutions tailored to specific needs in automation and robotics.
The open-source initiative is a significant aspect of E Shore Technologies, as it allows users to access valuable resources, tutorials, and documentation. This approach fosters community engagement and encourages collaboration among enthusiasts and professionals in the field. By sharing knowledge and resources, the company aims to enhance the understanding of robotics and promote innovation.
Furthermore, the expertise of the engineering team in embedded system design and software development ensures that the products and services offered are of high quality and meet industry standards. The combination of practical experience and theoretical knowledge positions E Shore Technologies as a key player in the robotics market in Malaysia and beyond.E Shore Technologies is a robotic solution provider company in Malaysia. We provide robotic parts, robotic services, embedded system and hobby kit for the robotic market and in the mean time we open source everything we know about robotics, electronics, programming and hardware on our website. We are formed from a group of engineers who specialized in Embedded System Design, Embedded Software Design and PC based engineering software design..
This page contains links to various projects and items of interest for the RoboticsArt Studio class projects.
The RoboticsArt Studio class projects encompass a range of innovative endeavors that integrate art and robotics. These projects typically involve the design, assembly, and...
The following circuit illustrates an Ultrasonic Receiver Circuit Diagram. This circuit is based on the CA3140 integrated circuit. Features include the frequency of sound produced.
The ultrasonic receiver circuit utilizes the CA3140 operational amplifier, known for its high input impedance and...
The image depicts an ultrasonic liquid level indicator circuit. This circuit consists of an ultrasonic transmitter circuit and a receiver circuit. The ultrasonic transmitter circuit includes a 555 timer, resistor R1, variable resistor W1, capacitor C1, and the ultrasonic transmitter...
The performance of this sensitive ultrasonic receiver is impressive. It allows users to listen to various sources of ultrasonic sounds, including bugs, bats, and engines. The circuit utilizes a piezo tweeter as an ultrasonic microphone, with amplifier stages Q1 and...
An ultrasonic sound wave can be generated using an electronic circuit. This simple electronic circuit can generate an ultrasonic wave with a frequency range of 12 kHz and above.
The electronic circuit designed for generating ultrasonic sound waves typically utilizes an...
Utilizes a barium titanate transducer as a microphone, tuned with a 20 mH coil to generate peaks at control frequencies of 38.5 kHz and 41.5 kHz. A balanced discriminator detects the two ultrasonic tones. A frequency shift in the continuous...
A higher-end version of the same device, featuring additional user-selectable settings to enable both audible and ultrasonic output, enhancing its effectiveness against animals.
The described device is an advanced electronic system designed to produce sound waves at both audible and ultrasonic...
The circuit diagram of an ultrasonic mosquito repeller is based on the principle that insects, such as mosquitoes, can be repelled using sound frequencies in the ultrasonic range (above 20 kHz). The circuit utilizes a CMOS 4047 PLL IC configured...
An ultrasonic cleaner is effective for cleaning specific items. This circuit employs a microcontroller to manage timing and provide a digital display, although a basic oscillator can be utilized if preferred. RESL and RES2 are piezoelectric transducers activated by power...
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