How to measure resistance and how to measure resistance with Ohm meter
Measuring resistance is a fundamental task in electronics and electrical engineering. Here is step-by-step guide on how to measure resistance.
Materials Needed:
1. Resistor to be measured.
2. Ohmmeter or multimeter with a resistance (ohms) measurement function.
Procedure:
1. Safety First: Ensure that the circuit you're working with is de-energized and disconnected from any power source.
2. Select the Appropriate Range: If you're using a multimeter, set it to the resistance (ohms) measurement mode. If you're using a dedicated ohmmeter, it should already be set for resistance measurement.
• Take the red test lead and connect it to the "ohm" or "Ω" jack on your ohmmeter or multimeter.
• Take the black test lead and connect it to the "COM" or common jack on your ohmmeter or multimeter.
5. Prepare the Resistor:
• Ensure the resistor you want to measure is not connected to any circuit.
• Check for any dirt or oxidation on the resistor's leads. Clean them if necessary to ensure good contact.
6. Measure the Resistance:
• Touch the metal probes at the ends of the test leads to the leads of the resistor.
• Ensure that the probes make good contact with the resistor's leads, avoiding contact with your fingers.
• Read the resistance value displayed on the ohmmeter or multimeter's screen. The unit of measurement is ohms (Ω).
7. Record the Measurement: Make a note of the resistance value. If your multimeter has an auto-hold function, it may hold the reading for you.
8. Turn Off the Meter: Once you've recorded the measurement, turn off the ohmmeter or multimeter to conserve battery life.
9. Calculate Tolerance (Optional): If the resistor has color bands indicating its resistance value and tolerance, you can compare your measured value to the expected value to ensure it falls within the specified tolerance range.
10. Safety Precautions: Always exercise caution when handling electrical components. Be aware of the resistor's wattage rating and ensure it is not exceeded during measurement.
Measuring resistance with an ohmmeter is a straightforward process, but it's crucial to follow these steps carefully to ensure accurate results and avoid damaging the components or the meter.
osition to the flow of electric current in a component or circuit. One common component whose resistance is measured is a resistor. To measure resistance accurately, you can use an instrument called an ohmmeter or a multimeter set to the resistance (ohms) measurement mode. Here's a step-by-step guide on how to measure resistance, specifically the resistance of a resistor, using an ohmmeter:
Materials Needed:
1. Resistor to be measured.
2. Ohmmeter or multimeter with a resistance (ohms) measurement function.
3. Safety goggles (optional but recommended).
Procedure:
1. Safety First: Ensure that the circuit you're working with is de-energized and disconnected from any power source. Wear safety goggles to protect your eyes in case of any unexpected events.
2. Select the Appropriate Range: If you're using a multimeter, set it to the resistance (ohms) measurement mode. If you're using a dedicated ohmmeter, it should already be set for resistance measurement.
3. Zero the Meter (Optional): Some digital multimeters have a "zero" or "null" function. If available, press this button to eliminate any resistance present in the test leads. This ensures accurate measurements.
4. Connect the Test Leads:
• Take the red test lead and connect it to the "ohm" or "Ω" jack on your ohmmeter or multimeter.
• Take the black test lead and connect it to the "COM" or common jack on your ohmmeter or multimeter.
5. Prepare the Resistor:
• Ensure the resistor you want to measure is not connected to any circuit.
• Check for any dirt or oxidation on the resistor's leads. Clean them if necessary to ensure good contact.
6. Measure the Resistance:
• Touch the metal probes at the ends of the test leads to the leads of the resistor.
• Ensure that the probes make good contact with the resistor's leads, avoiding contact with your fingers.
• Read the resistance value displayed on the ohmmeter or multimeter's screen. The unit of measurement is ohms (Ω).
7. Record the Measurement: Make a note of the resistance value. If your multimeter has an auto-hold function, it may hold the reading for you.
8. Turn Off the Meter: Once you've recorded the measurement, turn off the ohmmeter or multimeter to conserve battery life.
9. Calculate Tolerance (Optional): If the resistor has color bands indicating its resistance value and tolerance, you can compare your measured value to the expected value to ensure it falls within the specified tolerance range.
10. Safety Precautions: Always exercise caution when handling electrical components. Be aware of the resistor's wattage rating and ensure it is not exceeded during measurement.
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Solar cells combined in series|Solar cell Voltage and current in series|Solar cell Voltage & current
1. Solar Cell Basics: A solar cell is a semiconductor device that converts sunlight into electricity. When exposed to sunlight, it generates a current (I) and a voltage (V).
2. Series Connection: When multiple solar cells are connected in series, the positive terminal of one cell is connected to the negative terminal of the next cell, creating a chain-like configuration. This means that the current flowing through each cell remains the same because they are in a single loop, but the voltages of each cell add up.
3. Voltage Increase: The voltage values of the individual cells are additive in a series connection. If you have, for example, two solar cells with a voltage of 0.5 volts each, connecting them in series will result in a total voltage of 1 volt (0.5V + 0.5V).
4. Constant Current: The current remains relatively constant in a series connection. If one solar cell produces 2 amps of current, connecting it in series with another cell will still result in 2 amps of current flowing through the entire series circuit.
5. Total Power: To calculate the total power output of the series-connected solar cells, you can use the formula P = V x I, where P is power, V is voltage, and I is current. In a series configuration, the current (I) remains the same across all cells, but the total voltage (V) increases. Therefore, the total power output is higher compared to using a single cell.
In summary, combining solar cells in series increases the total voltage output while maintaining a relatively constant current. This can be advantageous in solar panel design when higher voltages are required for charging batteries or feeding into inverters for grid-connected systems. However, it's essential to note that if one cell in the series is shaded or underperforming, it can affect the entire series' output, so proper shading management and monitoring are essential in such configurations.
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Voltage measurement of solar cell II Measure voltage of solar cell II Solar cell definition
Voltage Measurement of a Solar Cell:
Measuring the voltage of a solar cell is a crucial step in assessing its performance and determining its output potential. A solar cell, also known as a photovoltaic cell, generates electrical voltage when exposed to sunlight. To measure the voltage of a solar cell, follow these steps:
1. Setup: Ensure the solar cell is exposed to an adequate amount of sunlight. Natural sunlight or a consistent light source is typically used for accurate measurements.
2. Connect a Voltmeter: Use a digital voltmeter (DVM) or a multimeter set to the voltage (V) measurement mode. Make sure the voltmeter is properly calibrated and can handle the expected voltage range.
3. Probe Connection: Connect the voltmeter's probes to the terminals of the solar cell. The positive (red) probe goes to the positive terminal, and the negative (black) probe goes to the negative terminal.
4. Read the Voltage: The voltmeter will display the voltage generated by the solar cell. Solar cell voltages can vary widely depending on factors like the intensity of sunlight, the type of solar cell, and its condition. Record the voltage reading.
5. Consider Load Conditions: Keep in mind that the voltage reading may change when the solar cell is connected to a load, such as a battery or an electrical circuit. The voltage measurement without a load is often referred to as the open-circuit voltage (Voc), while the voltage under load is the operating voltage (Vmp).
Solar Cell Definition:
A solar cell, also known as a photovoltaic cell, is a semiconductor device that converts sunlight into electricity through the photovoltaic effect. It is a fundamental building block of solar panels and solar arrays used to harness solar energy for various applications. Here's a concise definition of a solar cell:
Solar Cell (Photovoltaic Cell): A solar cell is a semiconductor device that converts sunlight directly into electrical energy. When exposed to photons from sunlight, solar cells generate a flow of electrons, creating an electric current. Solar cells are the primary components of solar panels and are widely used to capture and convert solar energy into electricity for residential, commercial, and industrial purposes, as well as for powering remote devices and spacecraft. The electricity produced by solar cells is clean, renewable, and sustainable, making solar energy an important part of the global transition to cleaner energy sources.
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Digital logic gates | Digital logic | Digital electronics | digital logic trainer experiments
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Digital logic design projects | Practical Boolean logic | Digital logic practical
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Charging and discharging of capacitor experiment | Charging and discharging of a capacitor through resistor | Capacitor
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Relay | Relay uses and function | Relay uses switch | Relay uses electronics | Relay applications
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Windmill working process | windmill uses | Windmill | windmill power generation
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Diode as a rectifier | Diode as a half wave rectifier | Diode as a switch | Test a diode | Test a diode rectifier
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LED and its uses | What are the applications of LED | Testing LED with multimeter
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Seven segments display | Seven segment display pinout | 7 segment numbers
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Properties of Thermistors | Physical properties of Thermistors | Thermal properties of Thermistors | NTC PTC Thermistors
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What is SPDT switch | SPDT switch connections | SPDT switch application | SPDT switch uses | SPDT switch
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Power dissipation | Power dissipation in resistor | Power dissipation formula | Power dissipation calculation
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Lever limit switches | Liver limit switches | Liver type limit switch | Liver switch | How to use Liver switch
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How variable resistor is used as potential divider | where is a variable resistor used | Potential dividers
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38
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How does reed switch work | How to use reed switch | How to use reed switch as a sensor | Reed switch
You are about to enter the exciting world of solid-state Electronics
comprising of Analog, digital, instrumentation and renewable energy domains, through this channel we will provide you the technical and practical demonstrations of many basic principles of Electronics with an emphasis on basic concepts to clear.
Sensors are introduced first time at very basic level to grasp the concept and to use them
physically by their own. This is an effort to enrich each one with professional experience in
applied electronics; this equally facilitates the student, hobbyist, technicians, Engineers or
non-technical person of the community. This channel provides equal opportunity for different audience, to develop keen interest in the subject of Electronics. Very basic circuits are introduced along with max attention on measurement
techniques and physical testing by their own, even one can learn a lot about electronics without consulting any teacher. This is the main aim and our contribution for all those who are interested to learn electronics practically through video lectures and demonstrations in a short period while remaining at their own premises. With the passage of time, you will feel more comfortable to perform all these given experiments through video demonstrations and would gain in depth knowledge while achieving
hands on experience through confidence and courage. Our services are for those who wants to learn and earn through this Technology, in future we shall continue bringing video lectures related to many advanced topics and projects listed below.
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8.Active and passive solar systems.
9.Automobile electronics.
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40
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What is a push switch | How to make logic gates with push switch | Push button switch based AND and OR logic gate demo
You are about to enter the exciting world of solid-state Electronics
comprising of Analog, digital, instrumentation and renewable energy domains, through this channel we will provide you the technical and practical demonstrations of many basic principles of Electronics with an emphasis on basic concepts to clear.
Sensors are introduced first time at very basic level to grasp the concept and to use them
physically by their own. This is an effort to enrich each one with professional experience in
applied electronics; this equally facilitates the student, hobbyist, technicians, Engineers or
non-technical person of the community. This channel provides equal opportunity for different audience, to develop keen interest in the subject of Electronics. Very basic circuits are introduced along with max attention on measurement
techniques and physical testing by their own, even one can learn a lot about electronics without consulting any teacher. This is the main aim and our contribution for all those who are interested to learn electronics practically through video lectures and demonstrations in a short period while remaining at their own premises. With the passage of time, you will feel more comfortable to perform all these given experiments through video demonstrations and would gain in depth knowledge while achieving
hands on experience through confidence and courage. Our services are for those who wants to learn and earn through this Technology, in future we shall continue bringing video lectures related to many advanced topics and projects listed below.
1.Electronics.
2.Renewable energy.
3.Electromedical Equipment.
4.Servicing and Troubleshooting.
5.Measuring Instruments and there uses.
6.Robotics.
7.Advance Projects in Electronics.
8.Active and passive solar systems.
9.Automobile electronics.
AND MUCH MORE!!!
38
views
How to test variable resistor using multimeter | Variable resistor function | Potentiometer pin configuration
You are about to enter the exciting world of solid-state Electronics
comprising of Analog, digital, instrumentation and renewable energy domains, through this channel we will provide you the technical and practical demonstrations of many basic principles of Electronics with an emphasis on basic concepts to clear.
Sensors are introduced first time at very basic level to grasp the concept and to use them
physically by their own. This is an effort to enrich each one with professional experience in
applied electronics; this equally facilitates the student, hobbyist, technicians, Engineers or
non-technical person of the community. This channel provides equal opportunity for different audience, to develop keen interest in the subject of Electronics. Very basic circuits are introduced along with max attention on measurement
techniques and physical testing by their own, even one can learn a lot about electronics without consulting any teacher. This is the main aim and our contribution for all those who are interested to learn electronics practically through video lectures and demonstrations in a short period while remaining at their own premises. With the passage of time, you will feel more comfortable to perform all these given experiments through video demonstrations and would gain in depth knowledge while achieving
hands on experience through confidence and courage. Our services are for those who wants to learn and earn through this Technology, in future we shall continue bringing video lectures related to many advanced topics and projects listed below.
1.Electronics.
2.Renewable energy.
3.Electromedical Equipment.
4.Servicing and Troubleshooting.
5.Measuring Instruments and there uses.
6.Robotics.
7.Advance Projects in Electronics.
8.Active and passive solar systems.
9.Automobile electronics.
AND MUCH MORE!!!
41
views
How to measure resistance | How to measure resistance of a resistor | How to measure resistance with Ohm meter
You are about to enter the exciting world of solid-state Electronics
comprising of Analog, digital, instrumentation and renewable energy domains, through this channel we will provide you the technical and practical demonstrations of many basic principles of Electronics with an emphasis on basic concepts to clear.
Sensors are introduced first time at very basic level to grasp the concept and to use them
physically by their own. This is an effort to enrich each one with professional experience in
applied electronics; this equally facilitates the student, hobbyist, technicians, Engineers or
non-technical person of the community. This channel provides equal opportunity for different audience, to develop keen interest in the subject of Electronics. Very basic circuits are introduced along with max attention on measurement
techniques and physical testing by their own, even one can learn a lot about electronics without consulting any teacher. This is the main aim and our contribution for all those who are interested to learn electronics practically through video lectures and demonstrations in a short period while remaining at their own premises. With the passage of time, you will feel more comfortable to perform all these given experiments through video demonstrations and would gain in depth knowledge while achieving
hands on experience through confidence and courage. Our services are for those who wants to learn and earn through this Technology, in future we shall continue bringing video lectures related to many advanced topics and projects listed below.
1.Electronics.
2.Renewable energy.
3.Electromedical Equipment.
4.Servicing and Troubleshooting.
5.Measuring Instruments and there uses.
6.Robotics.
7.Advance Projects in Electronics.
8.Active and passive solar systems.
9.Automobile electronics.
AND MUCH MORE!!!
45
views
How to use Moisture sensor | How to use humidity sensor | How to use soil Moisture sensor | Rain detector sensor
You are about to enter the exciting world of solid-state Electronics
comprising of Analog, digital, instrumentation and renewable energy domains, through this channel we will provide you the technical and practical demonstrations of many basic principles of Electronics with an emphasis on basic concepts to clear.
Sensors are introduced first time at very basic level to grasp the concept and to use them
physically by their own. This is an effort to enrich each one with professional experience in
applied electronics; this equally facilitates the student, hobbyist, technicians, Engineers or
non-technical person of the community. This channel provides equal opportunity for different audience, to develop keen interest in the subject of Electronics. Very basic circuits are introduced along with max attention on measurement
techniques and physical testing by their own, even one can learn a lot about electronics without consulting any teacher. This is the main aim and our contribution for all those who are interested to learn electronics practically through video lectures and demonstrations in a short period while remaining at their own premises. With the passage of time, you will feel more comfortable to perform all these given experiments through video demonstrations and would gain in depth knowledge while achieving
hands on experience through confidence and courage. Our services are for those who wants to learn and earn through this Technology, in future we shall continue bringing video lectures related to many advanced topics and projects listed below.
1.Electronics.
2.Renewable energy.
3.Electromedical Equipment.
4.Servicing and Troubleshooting.
5.Measuring Instruments and there uses.
6.Robotics.
7.Advance Projects in Electronics.
8.Active and passive solar systems.
9.Automobile electronics.
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39
views
How does a Voltage divider works | What is Voltage divider | Voltage divider are used with sensors | such as Photosensors
You are about to enter the exciting world of solid-state Electronics
comprising of Analog, digital, instrumentation and renewable energy domains, through this channel we will provide you the technical and practical demonstrations of many basic principles of Electronics with an emphasis on basic concepts to clear.
Sensors are introduced first time at very basic level to grasp the concept and to use them
physically by their own. This is an effort to enrich each one with professional experience in
applied electronics; this equally facilitates the student, hobbyist, technicians, Engineers or
non-technical person of the community. This channel provides equal opportunity for different audience, to develop keen interest in the subject of Electronics. Very basic circuits are introduced along with max attention on measurement
techniques and physical testing by their own, even one can learn a lot about electronics without consulting any teacher. This is the main aim and our contribution for all those who are interested to learn electronics practically through video lectures and demonstrations in a short period while remaining at their own premises. With the passage of time, you will feel more comfortable to perform all these given experiments through video demonstrations and would gain in depth knowledge while achieving
hands on experience through confidence and courage. Our services are for those who wants to learn and earn through this Technology, in future we shall continue bringing video lectures related to many advanced topics and projects listed below.
1.Electronics.
2.Renewable energy.
3.Electromedical Equipment.
4.Servicing and Troubleshooting.
5.Measuring Instruments and there uses.
6.Robotics.
7.Advance Projects in Electronics.
8.Active and passive solar systems.
9.Automobile electronics.
AND MUCH MORE!!!
39
views
Voltage divider circuit applications | Voltage divider circuit examples | Voltage divider circuit with LDR
You are about to enter the exciting world of solid-state Electronics
comprising of Analog, digital, instrumentation and renewable energy domains, through this channel we will provide you the technical and practical demonstrations of many basic principles of Electronics with an emphasis on basic concepts to clear.
Sensors are introduced first time at very basic level to grasp the concept and to use them
physically by their own. This is an effort to enrich each one with professional experience in
applied electronics; this equally facilitates the student, hobbyist, technicians, Engineers or
non-technical person of the community. This channel provides equal opportunity for different audience, to develop keen interest in the subject of Electronics. Very basic circuits are introduced along with max attention on measurement
techniques and physical testing by their own, even one can learn a lot about electronics without consulting any teacher. This is the main aim and our contribution for all those who are interested to learn electronics practically through video lectures and demonstrations in a short period while remaining at their own premises. With the passage of time, you will feel more comfortable to perform all these given experiments through video demonstrations and would gain in depth knowledge while achieving
hands on experience through confidence and courage. Our services are for those who wants to learn and earn through this Technology, in future we shall continue bringing video lectures related to many advanced topics and projects listed below.
1.Electronics.
2.Renewable energy.
3.Electromedical Equipment.
4.Servicing and Troubleshooting.
5.Measuring Instruments and there uses.
6.Robotics.
7.Advance Projects in Electronics.
8.Active and passive solar systems.
9.Automobile electronics.
AND MUCH MORE!!!
45
views
Series and parallel lamp circuits | Series and parallel combinations | Voltage and current in series and parallel
You are about to enter the exciting world of solid-state Electronics
comprising of Analog, digital, instrumentation and renewable energy domains, through this channel we will provide you the technical and practical demonstrations of many basic principles of Electronics with an emphasis on basic concepts to clear.
Sensors are introduced first time at very basic level to grasp the concept and to use them
physically by their own. This is an effort to enrich each one with professional experience in
applied electronics; this equally facilitates the student, hobbyist, technicians, Engineers or
non-technical person of the community. This channel provides equal opportunity for different audience, to develop keen interest in the subject of Electronics. Very basic circuits are introduced along with max attention on measurement
techniques and physical testing by their own, even one can learn a lot about electronics without consulting any teacher. This is the main aim and our contribution for all those who are interested to learn electronics practically through video lectures and demonstrations in a short period while remaining at their own premises. With the passage of time, you will feel more comfortable to perform all these given experiments through video demonstrations and would gain in depth knowledge while achieving
hands on experience through confidence and courage. Our services are for those who wants to learn and earn through this Technology, in future we shall continue bringing video lectures related to many advanced topics and projects listed below.
1.Electronics.
2.Renewable energy.
3.Electromedical Equipment.
4.Servicing and Troubleshooting.
5.Measuring Instruments and there uses.
6.Robotics.
7.Advance Projects in Electronics.
8.Active and passive solar systems.
9.Automobile electronics.
AND MUCH MORE!!!
42
views
LDR used in parallel combination | LDR resistance in light | LDR resistance vs light intensity
You are about to enter the exciting world of solid-state Electronics
comprising of Analog, digital, instrumentation and renewable energy domains, through this channel we will provide you the technical and practical demonstrations of many basic principles of Electronics with an emphasis on basic concepts to clear.
Sensors are introduced first time at very basic level to grasp the concept and to use them
physically by their own. This is an effort to enrich each one with professional experience in
applied electronics; this equally facilitates the student, hobbyist, technicians, Engineers or
non-technical person of the community. This channel provides equal opportunity for different audience, to develop keen interest in the subject of Electronics. Very basic circuits are introduced along with max attention on measurement
techniques and physical testing by their own, even one can learn a lot about electronics without consulting any teacher. This is the main aim and our contribution for all those who are interested to learn electronics practically through video lectures and demonstrations in a short period while remaining at their own premises. With the passage of time, you will feel more comfortable to perform all these given experiments through video demonstrations and would gain in depth knowledge while achieving
hands on experience through confidence and courage. Our services are for those who wants to learn and earn through this Technology, in future we shall continue bringing video lectures related to many advanced topics and projects listed below.
1.Electronics.
2.Renewable energy.
3.Electromedical Equipment.
4.Servicing and Troubleshooting.
5.Measuring Instruments and there uses.
6.Robotics.
7.Advance Projects in Electronics.
8.Active and passive solar systems.
9.Automobile electronics.
AND MUCH MORE!!!
52
views