Remote Control, Protection and Monitoring of Pump for Agricultural Purposes

Sengar, Neetika; Parakh, Arun

doi:10.35940/ijisme.l1271.1261220

Cited by 3 publications

(1 citation statement)

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“…Son yıllarda sulamada kullanılan pompaların uzaktan kontrolü ile akım ve gerilim parametrelerinin uzaktan izlenmesi (Sengar & Parakh, 2020;Kuo et al, 2021;Thomas et. al, 2021), farklı ısı pompalarında toplam yük, basınç, akışkan sıcaklığı, enerji vb.…”

Section: Introductionunclassified

Remote management of pump station with wireless sensor network

Meriç¹

2022

Ege Üniversitesi Ziraat Fakültesi Dergisi

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Amaç: Bu çalışmada sulama pompa istasyonunun uzaktan izlenmesini ve kontrolünü sağlayacak kablosuz sensör ağı kontrol kartı (düğüm noktası) donanım ve yazılımının tasarlanması ve saha testi amaçlanmıştır. Materyal ve Yöntem: Pompa istasyonunda ölçülmesi planlanan parametrelere bağlı olarak prototip PCB tasarımı ve üretimi yapılmış, farklı geliştirme ortamları kullanılarak gömülü yazılım tasarlanmış ve saha testi gerçekleştirilmiştir. Araştırma Bulguları: Test sırasında pompa üzerindeki statik ve dinamik su yüksekliği 130.8 - 78 m. arasında değişmiştir. Çıkış basıncının değişimi ile debide ve pompa üzerindeki su yüksekliğinde değişimler gözlenmiş, toplam 7598 m3 su hacmi kaydedilmiştir. Faz ile nötr arası gerilimin her faz için 215 - 235 volt arasında değiştiği, akımın ise pompaların tahrik edildiği anda sıçramalar gösterdiği, stabil çalışma koşullarında ise 72 amper civarında kaldığı belirlenmiştir. Sonuç: Elde dilen bulgular, geliştirilen kablosuz sensör ağı kontrol kartının donanım ve yazılımının sulama amacıyla kullanılan pompaların izlenmesinde ve kontrolünde kullanılabileceğini ortaya koymuştur.

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Section: Introductionunclassified

Remote management of pump station with wireless sensor network

Meriç¹

2022

Ege Üniversitesi Ziraat Fakültesi Dergisi

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Review on Rooting and Shooting Growth Performance of Populus Alba in Hydroponic Soil Cultures

Kindie,

Bekele

2024

IJBSAC

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In a greenhouse soil and hydroponic media experiment was carried out with plastic bottles to examine the effects of biochar, azolla, and moss as growth media components on root and shooting development performance in tiny cuttings of populous plants. Root installations were observed using the cutting length, cutting thickness, and cutting ages. The information showed that certain modifications and root media had a major impact on the populus establishment. The number of roots, length of roots, number of leaves, shoot height, and rooting percentage of the rooted mini-cuttings were also measured. Out of all the supplements and rooting media, moss (25 mg L-1) outperformed water in the current study in terms of rooting percent (100%), number of roots (16.33), and root formation.

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A Comprehensive Study on Failure Modes and Mechanisms of Thin Film Chip Resistors

Dash,

Kamat

2024

IJEAT

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Usually, resistors and capacitors populate majority portion of a common electrical circuit, hence miniaturization drive of any package or subsystem starts with miniaturized resistor and capacitors. In this context, thin film chip resistors are the most sought-after components for any electronic/electrical circuit due to their small size, wide range of values, military temperature range, stringent tolerance, low TCR value (recognised with PPM). Increased use of thin-film surface mount chip resistors in military and space application has led to an increased awareness of its potential failure modes in harsh environments. Thin film resistor with lower TCR (5PPM, 10PPM and 25PPM) are most preferable and widely used because of very low temperature coefficient of resistance (TCR) and high resistivity, which suits for high precision measurement application. Low temperature coefficients characteristics of thin film resistors also makes them stable and reliable. Because of their high-volume usage in recent times, failure in thin film resistor with lower TCR/PPM (Parts per Million) are also being seen more predominantly. In general, there are two types of thin film chip resistors, one is discrete type and the other is die type or wire bondable type. Discrete type chip resistor are used directly on cards, whereas, die type/wire bondable type chip resistors used in hermetically sealed HMC packages. Standard failure mode of a resistor is open mode or high resistance mode, whereas short mode failure has a very low probability. Hence in this paper, failure modes and mechanisms of both types of thin film chip resistors, with respect to common failure causes such as EOS, ESD are discussed, which is in continuation to Fabrication/Workmanship related failures discussed in our earlier technical paper. With this, all possible failure modes and mechanism related thin film chip resistors are explained. Discussion in totality always provide in depth analysis on a subject of concern, which in turn facilitate reliability assessment of the component and corrective action, if any.

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Remote Control, Protection and Monitoring of Pump for Agricultural Purposes

Cited by 3 publications

References 0 publications

Remote management of pump station with wireless sensor network

Remote management of pump station with wireless sensor network

Review on Rooting and Shooting Growth Performance of Populus Alba in Hydroponic Soil Cultures

A Comprehensive Study on Failure Modes and Mechanisms of Thin Film Chip Resistors

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