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Here’s a detailed description for the 10 Ohm (10Ω) 2W 1% Axial Through Hole Resistor - MOF:
The 10 Ohm (10Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for use in power-sensitive and precision circuits that require stable performance and minimal tolerance. Manufactured using Metal Oxide Film (MOF) technology, this resistor provides excellent thermal stability, high voltage resistance, and long-lasting reliability. Below is a detailed breakdown of its key features and common applications.
This resistor has a 10 ohm (10Ω) resistance, which is commonly used in applications where a moderate level of resistance is needed to control current flow and voltage drops without excessively restricting the circuit. With a 10Ω value, this resistor is typically used for current-limiting, voltage regulation, and signal processing in circuits that require steady, controlled resistance.
This resistance is ideal for use in sensor interfaces, power supply regulation, and signal conditioning circuits where a balance between current control and performance is required.
The 2W power rating means this resistor is designed to safely dissipate up to 2 watts of heat energy, making it suitable for medium-power applications. The 2W rating allows it to handle moderate current flows without excessive heat buildup, which is essential for power-sensitive applications. This power rating is commonly used in power supplies, current sensing, biasing networks, and other applications where the resistor needs to endure consistent current flow without risk of overheating.
With a 1% tolerance, the actual resistance of this resistor will vary within ±1% of its nominal value of 10 ohms. This level of precision is important in applications where exact resistance values are crucial for maintaining circuit stability and performance. The 1% tolerance makes this resistor suitable for precision voltage dividers, current sensing, feedback networks, and other high-accuracy applications, such as signal processing, instrumentation, and calibration circuits.
This resistor is designed with axial through-hole leads, meaning the leads extend from both ends of the resistor, allowing it to be mounted by passing the leads through holes in a printed circuit board (PCB) and then soldering them in place. This through-hole mounting ensures a strong mechanical connection and secure electrical contact between the resistor and the circuit, providing durability and long-term stability in a variety of applications. Through-hole mounting is especially favored in high-power circuits, prototyping, and repairable systems.
The Metal Oxide Film (MOF) construction of this resistor offers several advantages over traditional carbon film resistors. MOF resistors are known for their low thermal noise, superior voltage tolerance, and stable resistance under varying environmental conditions. The MOF material allows the resistor to operate effectively in a wide temperature range, making it suitable for use in high-power circuits, voltage regulation, and high-precision applications. The MOF construction also ensures resilience to voltage surges, thermal stress, and humidity, allowing for stable, long-term performance.
Current Limiting: The 10Ω resistor is widely used in current-limiting circuits, where it is used to prevent excessive current from flowing through sensitive components, such as LEDs, diodes, or transistors. In power supplies, DC-DC converters, and LED drivers, this resistor helps protect against current spikes and ensures that components operate within safe limits, extending their lifespan.
Power Supply Regulation: In voltage regulation and power supply applications, the 10Ω resistor is often used in feedback networks or voltage dividers to create specific voltage levels or provide a reference for voltage regulation circuits. Its 1% tolerance ensures that the voltage regulation remains stable and precise, which is critical in maintaining consistent output voltages in power-sensitive systems.
Signal Conditioning and Filtering: This resistor is used in signal conditioning circuits, especially when paired with capacitors or inductors in RC (Resistor-Capacitor) or RL (Resistor-Inductor) filter circuits. It is ideal for audio, RF, and analog signal processing, where precise control of the frequency response and signal filtering is necessary. The 2W power rating allows it to handle moderate power levels without degrading the signal quality.
Voltage Divider Networks: The 10Ω resistor is also commonly used in voltage divider networks, where it helps set precise voltage levels for sensor interfaces, ADC (analog-to-digital conversion) inputs, or other parts of the circuit requiring a stable reference voltage. This is particularly important in high-precision measurement or calibration circuits, where small variations in resistance could lead to significant errors.
Feedback Networks: In operational amplifier (op-amp) circuits, this resistor can be part of the feedback loop, helping to set the gain of the amplifier and stabilize the operation of the circuit. In amplifier and oscillator circuits, the 10Ω resistor helps ensure consistent gain control and accurate signal amplification.
Load and Biasing Networks: The 10Ω resistor is often found in biasing circuits for transistors or operational amplifiers. It helps to set the operating point of the components, ensuring that they function within their linear range. This resistor is also used in load circuits, where it can help manage the current through a component and ensure optimal performance.
The axial through-hole design of the 10Ω 2W resistor makes it easy to handle, solder, and replace. The long leads allow for flexible mounting and secure connections, while the resistor’s durable MOF construction ensures that it will remain stable over time, even in high-stress environments. If the resistor needs to be replaced, the through-hole design enables easy desoldering and reinstallation, which is particularly useful in prototyping or field repairs.
The 10 Ohm (10Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for current limiting, voltage regulation, signal conditioning, and feedback networks. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor offers stability, reliability, and accuracy in medium-power circuits where precision and power dissipation are important. The axial through-hole mounting ensures easy installation, secure connections, and durability over time.
Ideal for applications like power supplies, LED drivers, signal processing circuits, current sensing, and voltage regulation, the 10Ω 2W 1% resistor is a crucial component for ensuring consistent performance in high-precision electronic systems.
₹ 414.00 ₹ 460.00
₹ 3,680.00 ₹ 4,600.00
Here’s a detailed description for the 10 Ohm (10Ω) 2W 1% Axial Through Hole Resistor - MOF:
The 10 Ohm (10Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for use in power-sensitive and precision circuits that require stable performance and minimal tolerance. Manufactured using Metal Oxide Film (MOF) technology, this resistor provides excellent thermal stability, high voltage resistance, and long-lasting reliability. Below is a detailed breakdown of its key features and common applications.
This resistor has a 10 ohm (10Ω) resistance, which is commonly used in applications where a moderate level of resistance is needed to control current flow and voltage drops without excessively restricting the circuit. With a 10Ω value, this resistor is typically used for current-limiting, voltage regulation, and signal processing in circuits that require steady, controlled resistance.
This resistance is ideal for use in sensor interfaces, power supply regulation, and signal conditioning circuits where a balance between current control and performance is required.
The 2W power rating means this resistor is designed to safely dissipate up to 2 watts of heat energy, making it suitable for medium-power applications. The 2W rating allows it to handle moderate current flows without excessive heat buildup, which is essential for power-sensitive applications. This power rating is commonly used in power supplies, current sensing, biasing networks, and other applications where the resistor needs to endure consistent current flow without risk of overheating.
With a 1% tolerance, the actual resistance of this resistor will vary within ±1% of its nominal value of 10 ohms. This level of precision is important in applications where exact resistance values are crucial for maintaining circuit stability and performance. The 1% tolerance makes this resistor suitable for precision voltage dividers, current sensing, feedback networks, and other high-accuracy applications, such as signal processing, instrumentation, and calibration circuits.
This resistor is designed with axial through-hole leads, meaning the leads extend from both ends of the resistor, allowing it to be mounted by passing the leads through holes in a printed circuit board (PCB) and then soldering them in place. This through-hole mounting ensures a strong mechanical connection and secure electrical contact between the resistor and the circuit, providing durability and long-term stability in a variety of applications. Through-hole mounting is especially favored in high-power circuits, prototyping, and repairable systems.
The Metal Oxide Film (MOF) construction of this resistor offers several advantages over traditional carbon film resistors. MOF resistors are known for their low thermal noise, superior voltage tolerance, and stable resistance under varying environmental conditions. The MOF material allows the resistor to operate effectively in a wide temperature range, making it suitable for use in high-power circuits, voltage regulation, and high-precision applications. The MOF construction also ensures resilience to voltage surges, thermal stress, and humidity, allowing for stable, long-term performance.
Current Limiting: The 10Ω resistor is widely used in current-limiting circuits, where it is used to prevent excessive current from flowing through sensitive components, such as LEDs, diodes, or transistors. In power supplies, DC-DC converters, and LED drivers, this resistor helps protect against current spikes and ensures that components operate within safe limits, extending their lifespan.
Power Supply Regulation: In voltage regulation and power supply applications, the 10Ω resistor is often used in feedback networks or voltage dividers to create specific voltage levels or provide a reference for voltage regulation circuits. Its 1% tolerance ensures that the voltage regulation remains stable and precise, which is critical in maintaining consistent output voltages in power-sensitive systems.
Signal Conditioning and Filtering: This resistor is used in signal conditioning circuits, especially when paired with capacitors or inductors in RC (Resistor-Capacitor) or RL (Resistor-Inductor) filter circuits. It is ideal for audio, RF, and analog signal processing, where precise control of the frequency response and signal filtering is necessary. The 2W power rating allows it to handle moderate power levels without degrading the signal quality.
Voltage Divider Networks: The 10Ω resistor is also commonly used in voltage divider networks, where it helps set precise voltage levels for sensor interfaces, ADC (analog-to-digital conversion) inputs, or other parts of the circuit requiring a stable reference voltage. This is particularly important in high-precision measurement or calibration circuits, where small variations in resistance could lead to significant errors.
Feedback Networks: In operational amplifier (op-amp) circuits, this resistor can be part of the feedback loop, helping to set the gain of the amplifier and stabilize the operation of the circuit. In amplifier and oscillator circuits, the 10Ω resistor helps ensure consistent gain control and accurate signal amplification.
Load and Biasing Networks: The 10Ω resistor is often found in biasing circuits for transistors or operational amplifiers. It helps to set the operating point of the components, ensuring that they function within their linear range. This resistor is also used in load circuits, where it can help manage the current through a component and ensure optimal performance.
The axial through-hole design of the 10Ω 2W resistor makes it easy to handle, solder, and replace. The long leads allow for flexible mounting and secure connections, while the resistor’s durable MOF construction ensures that it will remain stable over time, even in high-stress environments. If the resistor needs to be replaced, the through-hole design enables easy desoldering and reinstallation, which is particularly useful in prototyping or field repairs.
The 10 Ohm (10Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for current limiting, voltage regulation, signal conditioning, and feedback networks. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor offers stability, reliability, and accuracy in medium-power circuits where precision and power dissipation are important. The axial through-hole mounting ensures easy installation, secure connections, and durability over time.
Ideal for applications like power supplies, LED drivers, signal processing circuits, current sensing, and voltage regulation, the 10Ω 2W 1% resistor is a crucial component for ensuring consistent performance in high-precision electronic systems.
Here’s a detailed description for the 10 Ohm (10Ω) 2W 1% Axial Through Hole Resistor - MOF:
The 10 Ohm (10Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for use in power-sensitive and precision circuits that require stable performance and minimal tolerance. Manufactured using Metal Oxide Film (MOF) technology, this resistor provides excellent thermal stability, high voltage resistance, and long-lasting reliability. Below is a detailed breakdown of its key features and common applications.
This resistor has a 10 ohm (10Ω) resistance, which is commonly used in applications where a moderate level of resistance is needed to control current flow and voltage drops without excessively restricting the circuit. With a 10Ω value, this resistor is typically used for current-limiting, voltage regulation, and signal processing in circuits that require steady, controlled resistance.
This resistance is ideal for use in sensor interfaces, power supply regulation, and signal conditioning circuits where a balance between current control and performance is required.
The 2W power rating means this resistor is designed to safely dissipate up to 2 watts of heat energy, making it suitable for medium-power applications. The 2W rating allows it to handle moderate current flows without excessive heat buildup, which is essential for power-sensitive applications. This power rating is commonly used in power supplies, current sensing, biasing networks, and other applications where the resistor needs to endure consistent current flow without risk of overheating.
With a 1% tolerance, the actual resistance of this resistor will vary within ±1% of its nominal value of 10 ohms. This level of precision is important in applications where exact resistance values are crucial for maintaining circuit stability and performance. The 1% tolerance makes this resistor suitable for precision voltage dividers, current sensing, feedback networks, and other high-accuracy applications, such as signal processing, instrumentation, and calibration circuits.
This resistor is designed with axial through-hole leads, meaning the leads extend from both ends of the resistor, allowing it to be mounted by passing the leads through holes in a printed circuit board (PCB) and then soldering them in place. This through-hole mounting ensures a strong mechanical connection and secure electrical contact between the resistor and the circuit, providing durability and long-term stability in a variety of applications. Through-hole mounting is especially favored in high-power circuits, prototyping, and repairable systems.
The Metal Oxide Film (MOF) construction of this resistor offers several advantages over traditional carbon film resistors. MOF resistors are known for their low thermal noise, superior voltage tolerance, and stable resistance under varying environmental conditions. The MOF material allows the resistor to operate effectively in a wide temperature range, making it suitable for use in high-power circuits, voltage regulation, and high-precision applications. The MOF construction also ensures resilience to voltage surges, thermal stress, and humidity, allowing for stable, long-term performance.
Current Limiting: The 10Ω resistor is widely used in current-limiting circuits, where it is used to prevent excessive current from flowing through sensitive components, such as LEDs, diodes, or transistors. In power supplies, DC-DC converters, and LED drivers, this resistor helps protect against current spikes and ensures that components operate within safe limits, extending their lifespan.
Power Supply Regulation: In voltage regulation and power supply applications, the 10Ω resistor is often used in feedback networks or voltage dividers to create specific voltage levels or provide a reference for voltage regulation circuits. Its 1% tolerance ensures that the voltage regulation remains stable and precise, which is critical in maintaining consistent output voltages in power-sensitive systems.
Signal Conditioning and Filtering: This resistor is used in signal conditioning circuits, especially when paired with capacitors or inductors in RC (Resistor-Capacitor) or RL (Resistor-Inductor) filter circuits. It is ideal for audio, RF, and analog signal processing, where precise control of the frequency response and signal filtering is necessary. The 2W power rating allows it to handle moderate power levels without degrading the signal quality.
Voltage Divider Networks: The 10Ω resistor is also commonly used in voltage divider networks, where it helps set precise voltage levels for sensor interfaces, ADC (analog-to-digital conversion) inputs, or other parts of the circuit requiring a stable reference voltage. This is particularly important in high-precision measurement or calibration circuits, where small variations in resistance could lead to significant errors.
Feedback Networks: In operational amplifier (op-amp) circuits, this resistor can be part of the feedback loop, helping to set the gain of the amplifier and stabilize the operation of the circuit. In amplifier and oscillator circuits, the 10Ω resistor helps ensure consistent gain control and accurate signal amplification.
Load and Biasing Networks: The 10Ω resistor is often found in biasing circuits for transistors or operational amplifiers. It helps to set the operating point of the components, ensuring that they function within their linear range. This resistor is also used in load circuits, where it can help manage the current through a component and ensure optimal performance.
The axial through-hole design of the 10Ω 2W resistor makes it easy to handle, solder, and replace. The long leads allow for flexible mounting and secure connections, while the resistor’s durable MOF construction ensures that it will remain stable over time, even in high-stress environments. If the resistor needs to be replaced, the through-hole design enables easy desoldering and reinstallation, which is particularly useful in prototyping or field repairs.
The 10 Ohm (10Ω) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, high-power resistor designed for current limiting, voltage regulation, signal conditioning, and feedback networks. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor offers stability, reliability, and accuracy in medium-power circuits where precision and power dissipation are important. The axial through-hole mounting ensures easy installation, secure connections, and durability over time.
Ideal for applications like power supplies, LED drivers, signal processing circuits, current sensing, and voltage regulation, the 10Ω 2W 1% resistor is a crucial component for ensuring consistent performance in high-precision electronic systems.
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