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Here’s a detailed description for the 100 Ohm (100Ω) 2W 1% Axial Through Hole Resistor - MOF:
The 100 Ohm (100Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for applications that require accurate resistance and the ability to handle moderate power dissipation in both low-power and medium-power circuits. Utilizing Metal Oxide Film (MOF) technology, this resistor combines excellent thermal stability, low noise characteristics, and long-term reliability, making it an ideal choice for circuits requiring consistent performance and precision.
This resistor has a 100 ohm (100Ω) resistance value, which makes it suitable for a wide range of applications, including voltage division, current limiting, and signal conditioning. The 100Ω resistance is often used in circuits where moderate current regulation is required, such as in biasing networks, load balancing, filtering applications, or in setting operating points for other components like transistors and operational amplifiers (op-amps).
The 2W power rating means this resistor can safely dissipate up to 2 watts of heat energy, making it suitable for medium-power applications. The 2W rating ensures that the resistor can handle moderate currents without overheating, making it ideal for applications such as power supplies, voltage dividers, LED drivers, and other circuits where power dissipation is a factor, but extreme high-power handling is not required. It offers a balance between power dissipation and size, making it ideal for both prototyping and production designs.
With a 1% tolerance, this resistor guarantees that the actual resistance will be within ±1% of its nominal value of 100 ohms. This level of precision is essential for high-accuracy applications, where even small variations in resistance could affect the performance of sensitive circuits. It is commonly used in signal processing, voltage regulation, feedback networks, and current-sensing applications where maintaining accurate values is crucial for stable operation.
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 other side. This through-hole mounting provides strong mechanical stability and reliable electrical connections, which are ideal for high-power applications where secure mounting is needed. Through-hole resistors are also easier to handle and replace in field repairs or prototyping environments.
Constructed from Metal Oxide Film (MOF), this resistor offers superior thermal stability and resistance to voltage surges compared to traditional carbon film resistors. The MOF construction makes the resistor highly resistant to temperature fluctuations and electrical stress, ensuring reliable performance over time, even in harsh environmental conditions. MOF resistors also tend to have lower noise, making them suitable for signal processing and high-precision circuits.
The MOF material is particularly well-suited for circuits that require low drift, high reliability, and resilience to thermal or mechanical stress. Whether used in power regulation, current sensing, or voltage divider circuits, the 100Ω 2W resistor provides consistent performance and long-term durability.
Current Limiting: The 100Ω resistor is often used in current-limiting circuits, especially in applications such as LED drivers, motor controllers, and power supplies, where controlling the amount of current flowing through a circuit is important. This resistor ensures that sensitive components do not experience excess current, preventing damage and improving the circuit’s lifespan.
Voltage Divider Networks: The 100Ω value is commonly used in voltage divider networks, where resistors are used in combination with others to create specific voltage reference points. This is particularly useful in sensor interfaces, ADC (analog-to-digital conversion) inputs, or for providing a stable reference voltage to other parts of the circuit.
Signal Conditioning and Filtering: In signal processing circuits, this resistor is used in RC (Resistor-Capacitor) or RL (Resistor-Inductor) filters. It plays a role in shaping the frequency response of the circuit and in signal conditioning for applications like audio processing, RF (radio frequency) circuits, and analog signal filtering. The 2W power rating ensures the resistor can handle moderate power levels in these circuits without compromising performance.
Biasing Networks: The 100Ω resistor is frequently used in biasing circuits for transistors, op-amps, and other active components. It helps set the operating point of the active components and ensures they work within their linear range, providing accurate and stable performance in amplifiers, oscillators, and control systems.
Load and Feedback Circuits: The 100Ω resistor is often found in load circuits where it helps balance the load in power supplies and feedback networks in op-amp circuits. It is used in feedback loops to stabilize the gain of amplifiers and regulate the feedback signals to maintain desired circuit performance.
Power Supplies and Voltage Regulation: The 100Ω 2W resistor is also used in voltage regulation circuits and power supplies to limit current or set voltage reference points. It is particularly useful in linear regulators and buck converters, where precise control of voltage is necessary.
The axial through-hole design makes this resistor easy to handle and solder, making it a great option for prototype designs and DIY projects. The durability of the MOF construction ensures it can withstand regular soldering and desoldering operations during repairs, while maintaining its precision and reliability.
The through-hole mounting also allows for easy replacement in the event of damage or failure, which is essential in maintenance and repair work. The long leads allow for flexible placement and easy integration into various PCB designs.
The 100 Ohm (100Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, medium-power resistor designed for a variety of applications where accuracy, thermal stability, and moderate power dissipation are required. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor is perfect for voltage regulation, current limiting, signal conditioning, and biasing networks. The axial through-hole mounting ensures a secure connection and easy handling, making it ideal for both prototyping and production environments.
Whether used in power supplies, signal processing circuits, LED drivers, or voltage dividers, this resistor offers the precision and reliability needed for consistent, long-term operation in medium-power electronic systems.
₹ 414.00 ₹ 460.00
₹ 3,680.00 ₹ 4,600.00
Here’s a detailed description for the 100 Ohm (100Ω) 2W 1% Axial Through Hole Resistor - MOF:
The 100 Ohm (100Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for applications that require accurate resistance and the ability to handle moderate power dissipation in both low-power and medium-power circuits. Utilizing Metal Oxide Film (MOF) technology, this resistor combines excellent thermal stability, low noise characteristics, and long-term reliability, making it an ideal choice for circuits requiring consistent performance and precision.
This resistor has a 100 ohm (100Ω) resistance value, which makes it suitable for a wide range of applications, including voltage division, current limiting, and signal conditioning. The 100Ω resistance is often used in circuits where moderate current regulation is required, such as in biasing networks, load balancing, filtering applications, or in setting operating points for other components like transistors and operational amplifiers (op-amps).
The 2W power rating means this resistor can safely dissipate up to 2 watts of heat energy, making it suitable for medium-power applications. The 2W rating ensures that the resistor can handle moderate currents without overheating, making it ideal for applications such as power supplies, voltage dividers, LED drivers, and other circuits where power dissipation is a factor, but extreme high-power handling is not required. It offers a balance between power dissipation and size, making it ideal for both prototyping and production designs.
With a 1% tolerance, this resistor guarantees that the actual resistance will be within ±1% of its nominal value of 100 ohms. This level of precision is essential for high-accuracy applications, where even small variations in resistance could affect the performance of sensitive circuits. It is commonly used in signal processing, voltage regulation, feedback networks, and current-sensing applications where maintaining accurate values is crucial for stable operation.
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 other side. This through-hole mounting provides strong mechanical stability and reliable electrical connections, which are ideal for high-power applications where secure mounting is needed. Through-hole resistors are also easier to handle and replace in field repairs or prototyping environments.
Constructed from Metal Oxide Film (MOF), this resistor offers superior thermal stability and resistance to voltage surges compared to traditional carbon film resistors. The MOF construction makes the resistor highly resistant to temperature fluctuations and electrical stress, ensuring reliable performance over time, even in harsh environmental conditions. MOF resistors also tend to have lower noise, making them suitable for signal processing and high-precision circuits.
The MOF material is particularly well-suited for circuits that require low drift, high reliability, and resilience to thermal or mechanical stress. Whether used in power regulation, current sensing, or voltage divider circuits, the 100Ω 2W resistor provides consistent performance and long-term durability.
Current Limiting: The 100Ω resistor is often used in current-limiting circuits, especially in applications such as LED drivers, motor controllers, and power supplies, where controlling the amount of current flowing through a circuit is important. This resistor ensures that sensitive components do not experience excess current, preventing damage and improving the circuit’s lifespan.
Voltage Divider Networks: The 100Ω value is commonly used in voltage divider networks, where resistors are used in combination with others to create specific voltage reference points. This is particularly useful in sensor interfaces, ADC (analog-to-digital conversion) inputs, or for providing a stable reference voltage to other parts of the circuit.
Signal Conditioning and Filtering: In signal processing circuits, this resistor is used in RC (Resistor-Capacitor) or RL (Resistor-Inductor) filters. It plays a role in shaping the frequency response of the circuit and in signal conditioning for applications like audio processing, RF (radio frequency) circuits, and analog signal filtering. The 2W power rating ensures the resistor can handle moderate power levels in these circuits without compromising performance.
Biasing Networks: The 100Ω resistor is frequently used in biasing circuits for transistors, op-amps, and other active components. It helps set the operating point of the active components and ensures they work within their linear range, providing accurate and stable performance in amplifiers, oscillators, and control systems.
Load and Feedback Circuits: The 100Ω resistor is often found in load circuits where it helps balance the load in power supplies and feedback networks in op-amp circuits. It is used in feedback loops to stabilize the gain of amplifiers and regulate the feedback signals to maintain desired circuit performance.
Power Supplies and Voltage Regulation: The 100Ω 2W resistor is also used in voltage regulation circuits and power supplies to limit current or set voltage reference points. It is particularly useful in linear regulators and buck converters, where precise control of voltage is necessary.
The axial through-hole design makes this resistor easy to handle and solder, making it a great option for prototype designs and DIY projects. The durability of the MOF construction ensures it can withstand regular soldering and desoldering operations during repairs, while maintaining its precision and reliability.
The through-hole mounting also allows for easy replacement in the event of damage or failure, which is essential in maintenance and repair work. The long leads allow for flexible placement and easy integration into various PCB designs.
The 100 Ohm (100Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, medium-power resistor designed for a variety of applications where accuracy, thermal stability, and moderate power dissipation are required. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor is perfect for voltage regulation, current limiting, signal conditioning, and biasing networks. The axial through-hole mounting ensures a secure connection and easy handling, making it ideal for both prototyping and production environments.
Whether used in power supplies, signal processing circuits, LED drivers, or voltage dividers, this resistor offers the precision and reliability needed for consistent, long-term operation in medium-power electronic systems.
Here’s a detailed description for the 100 Ohm (100Ω) 2W 1% Axial Through Hole Resistor - MOF:
The 100 Ohm (100Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for applications that require accurate resistance and the ability to handle moderate power dissipation in both low-power and medium-power circuits. Utilizing Metal Oxide Film (MOF) technology, this resistor combines excellent thermal stability, low noise characteristics, and long-term reliability, making it an ideal choice for circuits requiring consistent performance and precision.
This resistor has a 100 ohm (100Ω) resistance value, which makes it suitable for a wide range of applications, including voltage division, current limiting, and signal conditioning. The 100Ω resistance is often used in circuits where moderate current regulation is required, such as in biasing networks, load balancing, filtering applications, or in setting operating points for other components like transistors and operational amplifiers (op-amps).
The 2W power rating means this resistor can safely dissipate up to 2 watts of heat energy, making it suitable for medium-power applications. The 2W rating ensures that the resistor can handle moderate currents without overheating, making it ideal for applications such as power supplies, voltage dividers, LED drivers, and other circuits where power dissipation is a factor, but extreme high-power handling is not required. It offers a balance between power dissipation and size, making it ideal for both prototyping and production designs.
With a 1% tolerance, this resistor guarantees that the actual resistance will be within ±1% of its nominal value of 100 ohms. This level of precision is essential for high-accuracy applications, where even small variations in resistance could affect the performance of sensitive circuits. It is commonly used in signal processing, voltage regulation, feedback networks, and current-sensing applications where maintaining accurate values is crucial for stable operation.
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 other side. This through-hole mounting provides strong mechanical stability and reliable electrical connections, which are ideal for high-power applications where secure mounting is needed. Through-hole resistors are also easier to handle and replace in field repairs or prototyping environments.
Constructed from Metal Oxide Film (MOF), this resistor offers superior thermal stability and resistance to voltage surges compared to traditional carbon film resistors. The MOF construction makes the resistor highly resistant to temperature fluctuations and electrical stress, ensuring reliable performance over time, even in harsh environmental conditions. MOF resistors also tend to have lower noise, making them suitable for signal processing and high-precision circuits.
The MOF material is particularly well-suited for circuits that require low drift, high reliability, and resilience to thermal or mechanical stress. Whether used in power regulation, current sensing, or voltage divider circuits, the 100Ω 2W resistor provides consistent performance and long-term durability.
Current Limiting: The 100Ω resistor is often used in current-limiting circuits, especially in applications such as LED drivers, motor controllers, and power supplies, where controlling the amount of current flowing through a circuit is important. This resistor ensures that sensitive components do not experience excess current, preventing damage and improving the circuit’s lifespan.
Voltage Divider Networks: The 100Ω value is commonly used in voltage divider networks, where resistors are used in combination with others to create specific voltage reference points. This is particularly useful in sensor interfaces, ADC (analog-to-digital conversion) inputs, or for providing a stable reference voltage to other parts of the circuit.
Signal Conditioning and Filtering: In signal processing circuits, this resistor is used in RC (Resistor-Capacitor) or RL (Resistor-Inductor) filters. It plays a role in shaping the frequency response of the circuit and in signal conditioning for applications like audio processing, RF (radio frequency) circuits, and analog signal filtering. The 2W power rating ensures the resistor can handle moderate power levels in these circuits without compromising performance.
Biasing Networks: The 100Ω resistor is frequently used in biasing circuits for transistors, op-amps, and other active components. It helps set the operating point of the active components and ensures they work within their linear range, providing accurate and stable performance in amplifiers, oscillators, and control systems.
Load and Feedback Circuits: The 100Ω resistor is often found in load circuits where it helps balance the load in power supplies and feedback networks in op-amp circuits. It is used in feedback loops to stabilize the gain of amplifiers and regulate the feedback signals to maintain desired circuit performance.
Power Supplies and Voltage Regulation: The 100Ω 2W resistor is also used in voltage regulation circuits and power supplies to limit current or set voltage reference points. It is particularly useful in linear regulators and buck converters, where precise control of voltage is necessary.
The axial through-hole design makes this resistor easy to handle and solder, making it a great option for prototype designs and DIY projects. The durability of the MOF construction ensures it can withstand regular soldering and desoldering operations during repairs, while maintaining its precision and reliability.
The through-hole mounting also allows for easy replacement in the event of damage or failure, which is essential in maintenance and repair work. The long leads allow for flexible placement and easy integration into various PCB designs.
The 100 Ohm (100Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, medium-power resistor designed for a variety of applications where accuracy, thermal stability, and moderate power dissipation are required. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor is perfect for voltage regulation, current limiting, signal conditioning, and biasing networks. The axial through-hole mounting ensures a secure connection and easy handling, making it ideal for both prototyping and production environments.
Whether used in power supplies, signal processing circuits, LED drivers, or voltage dividers, this resistor offers the precision and reliability needed for consistent, long-term operation in medium-power electronic systems.
Min: 2 pcs
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