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Here’s a detailed description for the 1 Ohm (1Ω) 2W 1% Axial Through Hole Resistor - MOF:
The 1 Ohm (1Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for applications that demand accurate low resistance and the ability to dissipate relatively high power. Made with Metal Oxide Film (MOF) technology, this resistor is built for reliable performance in a wide range of current-limiting, voltage regulation, and signal conditioning applications. Below is an in-depth breakdown of its key features and typical uses.
This resistor has a 1 ohm (1Ω) resistance value, making it ideal for applications that require very low resistance, where precise control over current flow is critical. A 1Ω resistor is commonly used in current sensing circuits, power supplies, and low-resistance voltage dividers, where small resistances are needed to regulate current flow or detect voltage drops across components.
Low-resistance resistors like the 1Ω are especially useful when high current needs to be measured or controlled, or when circuits require very little opposition to current flow. For example, it's used in shunt resistors for current sensing or in power regulation circuits to handle larger currents while keeping resistance minimal.
This resistor is rated for 2W (2 watts) of continuous power dissipation. The 2W power rating makes it suitable for high-current circuits where moderate amounts of power need to be dissipated. It ensures that the resistor can handle moderate to high current flows without excessive heating, which is crucial in applications like power supplies, current sensing in motor control, and LED drivers.
The 2W rating offers sufficient headroom to prevent thermal damage, even in more demanding environments or applications that require constant current measurement or regulation over extended periods.
With a 1% tolerance, this resistor ensures that its actual resistance value will remain within ±1% of its nominal value of 1 ohm. This level of precision is ideal for high-accuracy applications where small variations in resistance could affect overall performance. The 1% tolerance is critical in current sensing and feedback systems, where precision is required to maintain the correct operation of amplifiers, voltage regulators, and feedback loops.
The axial through-hole design features leads that extend from both ends of the resistor, allowing it to be mounted on a printed circuit board (PCB) by passing the leads through holes and soldering them on the opposite side. This mounting style provides mechanical stability and reliable electrical connections, making the resistor easy to install and replace. The through-hole configuration is highly preferred for high-power applications where durability and ease of replacement are important.
Manufactured from Metal Oxide Film (MOF), this resistor offers numerous advantages over traditional carbon film resistors. MOF resistors provide higher temperature tolerance, low noise, and excellent resistance stability across a wide range of environmental conditions. The MOF material ensures that the resistor is thermally stable, making it ideal for high-power or current-sensing applications where the resistor may need to withstand significant temperature variations without performance degradation.
The MOF construction also gives the resistor improved resistance to voltage surges and environmental factors, such as humidity, making it suitable for reliable long-term operation in a wide variety of demanding electronic systems.
Current Sensing: The 1Ω resistor is ideal for current-sensing applications, where a very low resistance is needed to detect small voltage drops across a conductor in high-current circuits. By measuring the voltage drop across the resistor, current flow can be calculated accurately, making this resistor a key component in battery management systems, motor controllers, power supplies, and load regulation.
Power Regulation: This resistor is used in power regulation circuits to limit current flow or to set current thresholds in voltage regulators and current-limiting circuits. With a 2W power rating, it can handle moderate power dissipation while ensuring the safety of sensitive components by preventing excessive current flow. It's commonly used in power supplies, LED drivers, and DC-DC converters where precise control of current is crucial.
Voltage Dividers: The 1Ω resistor can be used in voltage divider circuits, particularly when paired with a higher resistance to produce specific voltage levels with very low current consumption. It can be used to create precise voltage reference points or to sample signals without significantly altering the circuit's behavior, as the low resistance ensures minimal load on the signal.
Feedback Networks and Amplifiers: This resistor is often used in feedback networks of operational amplifiers (op-amps) or power amplifiers, where low resistance is needed to help regulate the gain or to set the desired response of the circuit. The 1Ω value ensures that the circuit can function with minimal distortion or signal loss, making it ideal for audio amplifiers, control systems, and high-precision signal processing.
Motor Control Circuits: In motor control systems, this resistor is used in current sensing circuits to monitor the current flowing through the motor and adjust the system accordingly. It helps ensure that the motor is operating within safe limits, preventing damage due to excessive current. It is often found in DC motors, servo systems, and stepper motor controllers.
LED Drivers: In LED driving circuits, this resistor is used for current regulation to ensure that the LEDs receive the correct amount of current to prevent overheating or burnout. The 1Ω value ensures precise current control in high-power LED applications, including automotive lighting, industrial lighting, and displays.
The axial through-hole design allows for easy handling, soldering, and replacement. The resistor's leads provide a secure and stable connection when inserted into PCBs, making it ideal for use in prototyping, production environments, and field repairs. In the event that the resistor needs to be replaced, the through-hole design allows for easy desoldering and resoldering, ensuring minimal downtime.
The 1 Ohm (1Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for current sensing, power regulation, and low-resistance voltage division applications. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor is perfect for high-current circuits, feedback networks, motor control systems, and LED drivers. The axial through-hole mounting ensures durability, easy installation, and reliable performance over time.
Whether you're designing current-sensing circuits, power regulation systems, or signal processing networks, this 1Ω resistor will provide the precision and reliability needed for your application.
₹ 414.00 ₹ 460.00
₹ 3,680.00 ₹ 4,600.00
Here’s a detailed description for the 1 Ohm (1Ω) 2W 1% Axial Through Hole Resistor - MOF:
The 1 Ohm (1Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for applications that demand accurate low resistance and the ability to dissipate relatively high power. Made with Metal Oxide Film (MOF) technology, this resistor is built for reliable performance in a wide range of current-limiting, voltage regulation, and signal conditioning applications. Below is an in-depth breakdown of its key features and typical uses.
This resistor has a 1 ohm (1Ω) resistance value, making it ideal for applications that require very low resistance, where precise control over current flow is critical. A 1Ω resistor is commonly used in current sensing circuits, power supplies, and low-resistance voltage dividers, where small resistances are needed to regulate current flow or detect voltage drops across components.
Low-resistance resistors like the 1Ω are especially useful when high current needs to be measured or controlled, or when circuits require very little opposition to current flow. For example, it's used in shunt resistors for current sensing or in power regulation circuits to handle larger currents while keeping resistance minimal.
This resistor is rated for 2W (2 watts) of continuous power dissipation. The 2W power rating makes it suitable for high-current circuits where moderate amounts of power need to be dissipated. It ensures that the resistor can handle moderate to high current flows without excessive heating, which is crucial in applications like power supplies, current sensing in motor control, and LED drivers.
The 2W rating offers sufficient headroom to prevent thermal damage, even in more demanding environments or applications that require constant current measurement or regulation over extended periods.
With a 1% tolerance, this resistor ensures that its actual resistance value will remain within ±1% of its nominal value of 1 ohm. This level of precision is ideal for high-accuracy applications where small variations in resistance could affect overall performance. The 1% tolerance is critical in current sensing and feedback systems, where precision is required to maintain the correct operation of amplifiers, voltage regulators, and feedback loops.
The axial through-hole design features leads that extend from both ends of the resistor, allowing it to be mounted on a printed circuit board (PCB) by passing the leads through holes and soldering them on the opposite side. This mounting style provides mechanical stability and reliable electrical connections, making the resistor easy to install and replace. The through-hole configuration is highly preferred for high-power applications where durability and ease of replacement are important.
Manufactured from Metal Oxide Film (MOF), this resistor offers numerous advantages over traditional carbon film resistors. MOF resistors provide higher temperature tolerance, low noise, and excellent resistance stability across a wide range of environmental conditions. The MOF material ensures that the resistor is thermally stable, making it ideal for high-power or current-sensing applications where the resistor may need to withstand significant temperature variations without performance degradation.
The MOF construction also gives the resistor improved resistance to voltage surges and environmental factors, such as humidity, making it suitable for reliable long-term operation in a wide variety of demanding electronic systems.
Current Sensing: The 1Ω resistor is ideal for current-sensing applications, where a very low resistance is needed to detect small voltage drops across a conductor in high-current circuits. By measuring the voltage drop across the resistor, current flow can be calculated accurately, making this resistor a key component in battery management systems, motor controllers, power supplies, and load regulation.
Power Regulation: This resistor is used in power regulation circuits to limit current flow or to set current thresholds in voltage regulators and current-limiting circuits. With a 2W power rating, it can handle moderate power dissipation while ensuring the safety of sensitive components by preventing excessive current flow. It's commonly used in power supplies, LED drivers, and DC-DC converters where precise control of current is crucial.
Voltage Dividers: The 1Ω resistor can be used in voltage divider circuits, particularly when paired with a higher resistance to produce specific voltage levels with very low current consumption. It can be used to create precise voltage reference points or to sample signals without significantly altering the circuit's behavior, as the low resistance ensures minimal load on the signal.
Feedback Networks and Amplifiers: This resistor is often used in feedback networks of operational amplifiers (op-amps) or power amplifiers, where low resistance is needed to help regulate the gain or to set the desired response of the circuit. The 1Ω value ensures that the circuit can function with minimal distortion or signal loss, making it ideal for audio amplifiers, control systems, and high-precision signal processing.
Motor Control Circuits: In motor control systems, this resistor is used in current sensing circuits to monitor the current flowing through the motor and adjust the system accordingly. It helps ensure that the motor is operating within safe limits, preventing damage due to excessive current. It is often found in DC motors, servo systems, and stepper motor controllers.
LED Drivers: In LED driving circuits, this resistor is used for current regulation to ensure that the LEDs receive the correct amount of current to prevent overheating or burnout. The 1Ω value ensures precise current control in high-power LED applications, including automotive lighting, industrial lighting, and displays.
The axial through-hole design allows for easy handling, soldering, and replacement. The resistor's leads provide a secure and stable connection when inserted into PCBs, making it ideal for use in prototyping, production environments, and field repairs. In the event that the resistor needs to be replaced, the through-hole design allows for easy desoldering and resoldering, ensuring minimal downtime.
The 1 Ohm (1Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for current sensing, power regulation, and low-resistance voltage division applications. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor is perfect for high-current circuits, feedback networks, motor control systems, and LED drivers. The axial through-hole mounting ensures durability, easy installation, and reliable performance over time.
Whether you're designing current-sensing circuits, power regulation systems, or signal processing networks, this 1Ω resistor will provide the precision and reliability needed for your application.
Here’s a detailed description for the 1 Ohm (1Ω) 2W 1% Axial Through Hole Resistor - MOF:
The 1 Ohm (1Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for applications that demand accurate low resistance and the ability to dissipate relatively high power. Made with Metal Oxide Film (MOF) technology, this resistor is built for reliable performance in a wide range of current-limiting, voltage regulation, and signal conditioning applications. Below is an in-depth breakdown of its key features and typical uses.
This resistor has a 1 ohm (1Ω) resistance value, making it ideal for applications that require very low resistance, where precise control over current flow is critical. A 1Ω resistor is commonly used in current sensing circuits, power supplies, and low-resistance voltage dividers, where small resistances are needed to regulate current flow or detect voltage drops across components.
Low-resistance resistors like the 1Ω are especially useful when high current needs to be measured or controlled, or when circuits require very little opposition to current flow. For example, it's used in shunt resistors for current sensing or in power regulation circuits to handle larger currents while keeping resistance minimal.
This resistor is rated for 2W (2 watts) of continuous power dissipation. The 2W power rating makes it suitable for high-current circuits where moderate amounts of power need to be dissipated. It ensures that the resistor can handle moderate to high current flows without excessive heating, which is crucial in applications like power supplies, current sensing in motor control, and LED drivers.
The 2W rating offers sufficient headroom to prevent thermal damage, even in more demanding environments or applications that require constant current measurement or regulation over extended periods.
With a 1% tolerance, this resistor ensures that its actual resistance value will remain within ±1% of its nominal value of 1 ohm. This level of precision is ideal for high-accuracy applications where small variations in resistance could affect overall performance. The 1% tolerance is critical in current sensing and feedback systems, where precision is required to maintain the correct operation of amplifiers, voltage regulators, and feedback loops.
The axial through-hole design features leads that extend from both ends of the resistor, allowing it to be mounted on a printed circuit board (PCB) by passing the leads through holes and soldering them on the opposite side. This mounting style provides mechanical stability and reliable electrical connections, making the resistor easy to install and replace. The through-hole configuration is highly preferred for high-power applications where durability and ease of replacement are important.
Manufactured from Metal Oxide Film (MOF), this resistor offers numerous advantages over traditional carbon film resistors. MOF resistors provide higher temperature tolerance, low noise, and excellent resistance stability across a wide range of environmental conditions. The MOF material ensures that the resistor is thermally stable, making it ideal for high-power or current-sensing applications where the resistor may need to withstand significant temperature variations without performance degradation.
The MOF construction also gives the resistor improved resistance to voltage surges and environmental factors, such as humidity, making it suitable for reliable long-term operation in a wide variety of demanding electronic systems.
Current Sensing: The 1Ω resistor is ideal for current-sensing applications, where a very low resistance is needed to detect small voltage drops across a conductor in high-current circuits. By measuring the voltage drop across the resistor, current flow can be calculated accurately, making this resistor a key component in battery management systems, motor controllers, power supplies, and load regulation.
Power Regulation: This resistor is used in power regulation circuits to limit current flow or to set current thresholds in voltage regulators and current-limiting circuits. With a 2W power rating, it can handle moderate power dissipation while ensuring the safety of sensitive components by preventing excessive current flow. It's commonly used in power supplies, LED drivers, and DC-DC converters where precise control of current is crucial.
Voltage Dividers: The 1Ω resistor can be used in voltage divider circuits, particularly when paired with a higher resistance to produce specific voltage levels with very low current consumption. It can be used to create precise voltage reference points or to sample signals without significantly altering the circuit's behavior, as the low resistance ensures minimal load on the signal.
Feedback Networks and Amplifiers: This resistor is often used in feedback networks of operational amplifiers (op-amps) or power amplifiers, where low resistance is needed to help regulate the gain or to set the desired response of the circuit. The 1Ω value ensures that the circuit can function with minimal distortion or signal loss, making it ideal for audio amplifiers, control systems, and high-precision signal processing.
Motor Control Circuits: In motor control systems, this resistor is used in current sensing circuits to monitor the current flowing through the motor and adjust the system accordingly. It helps ensure that the motor is operating within safe limits, preventing damage due to excessive current. It is often found in DC motors, servo systems, and stepper motor controllers.
LED Drivers: In LED driving circuits, this resistor is used for current regulation to ensure that the LEDs receive the correct amount of current to prevent overheating or burnout. The 1Ω value ensures precise current control in high-power LED applications, including automotive lighting, industrial lighting, and displays.
The axial through-hole design allows for easy handling, soldering, and replacement. The resistor's leads provide a secure and stable connection when inserted into PCBs, making it ideal for use in prototyping, production environments, and field repairs. In the event that the resistor needs to be replaced, the through-hole design allows for easy desoldering and resoldering, ensuring minimal downtime.
The 1 Ohm (1Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for current sensing, power regulation, and low-resistance voltage division applications. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor is perfect for high-current circuits, feedback networks, motor control systems, and LED drivers. The axial through-hole mounting ensures durability, easy installation, and reliable performance over time.
Whether you're designing current-sensing circuits, power regulation systems, or signal processing networks, this 1Ω resistor will provide the precision and reliability needed for your application.
Min: 10 pcs
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Min: 10 pcs
(0 review)
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