sensor

Microcontroller Based Fluid Level Control System.

PIC Microcontroller Projects in C: Basic to Advanced – A Project Deep Dive

Building Skills Through Projects This project’s strength lies in its project-based approach. Learning by doing is a powerful technique, especially in the realm of embedded systems. By working on progressively complex projects, learners can solidify their theoretical understanding of PIC microcontrollers and C programming. Here’s a breakdown of the potential skill development: PIC Microcontroller Architecture: Understanding […]

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SENSIRION SEK SFM3119 FLOW METER EVALUATION KIT

SENSIRION SEK-SFM3119 FLOW METER EVALUATION KIT

Sensirion SEK-SFM3119 Flow Meter Evaluation Kit is designed to quickly and easily evaluate the SFM3119 Low Pressure Drop Digital Flow Meter. The kit includes a flow sensor, connector cable, and downloadable SEK-ControlCenter software. The kit requires a SEK-SensorBridge (sold separately). The SEK-SensorBridge enables the connection of the sensors to a computer and works hand-in-hand with the software. The SEK-SensorBridge features two

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Solar tracker robot control architecture

Efficient Sun-Following Robot: A Solar Tracker with Microcontroller Control

Abstract The impending global challenge of dwindling non-renewable fuel resources underscores the urgency of transitioning towards renewable energy alternatives like solar power. However, the efficacy of solar energy generation hinges on the intensity of solar irradiation. This project aims to address this by designing and implementing an automatic Solar Tracker Robot (STR) capable of optimizing

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Timing diagram of ADC 0808 0809

Crafting a Microcontroller-Based Temperature Monitoring System

Abstract As technological advancements progress, processes become increasingly intricate, demanding a corresponding expansion in the parameters necessary for efficient analysis. Data acquisition, the systematic gathering of information regarding systems or procedures, involves automated collection from both analog and digital measurement sources such as sensors and testing devices. In earlier eras devoid of widespread computing capabilities,

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Block diagram of the system

Smart Baby Incubator: Enhancing Care with PIC Microcontrollers

INTRODUCTION Within the effective Baby Incubator system, the incubator serves as an infant-stimulation apparatus designed for the intensive care of newborns, particularly those who are premature or unwell. This system ensures a secure and hygienic environment, offering fresh air and sterile conditions essential for the well-being of infants. Globally, four million infants face mortality within

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The virtual terminal output with different inputs

Microcontroller-Based Laser Pulse Code Detection: Harnessing Pulse Repetition Frequency

This paper presents an enhanced system for detecting and tracking laser-guided weapons through a microcontroller-based decoding mechanism. The system utilizes a 4-quadrant laser detector to receive reflected pulses, and an electronic circuit processes these pulses. The processed data is then sent to a microcontroller for decoding the laser signal reflected by the target. The decoding

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Design of Circuit Diagram for PIC

Precision Temperature Monitoring in Boiling Water with PIC Microcontroller

ABSTRACT In the industrial setting, accurately measuring the temperature of boiled water is a crucial undertaking. This paper presents the design and implementation of a temperature measurement system for boiled water utilizing a PIC microcontroller, specifically the PIC 18F452, and a temperature sensor from National Semiconductors, the LM35. The designed system is employed to gauge

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NEXT GENERATION DIGITAL FLOW SENSORS FOR HIGH VOLUME APPLICATIONS

NEXT-GENERATION DIGITAL FLOW SENSORS FOR HIGH VOLUME APPLICATIONS

Sensirion has introduced three next-generation sensors – SFM3003, SFM3013, and SFM3119 as part of SFM3xxx platform. Available worldwide via Sensirion distributors, these new flow sensors are suitable for inspiratory applications at ambient pressure. All three flow sensors offer high accuracy, very low-pressure drop, and fast signal sampling. Moreover, these devices are fully calibrated and temperature-compensated and can accurately

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