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Certainly! Here’s a detailed description for the 2.7K Ohm (2.7K) 1W 1% Axial Through Hole Resistor – MOF:
The 2.7K Ohm (2.7K) 1W 1% Axial Through Hole Resistor - MOF is a high-performance resistor designed for precision applications where accuracy, reliability, and power handling are essential. Made from Metal Oxide Film (MOF), this resistor is particularly suited for circuits requiring stable resistance values, such as high-precision signal processing, power regulation, and instrumentation. Here's a breakdown of its key characteristics:
This resistor offers a resistance of 2.7K ohms (2700 ohms), making it suitable for applications where you need moderate resistance values to control current flow, set biasing points, or divide voltages in analog circuits, feedback networks, or sensor interfacing. The 2.7K ohm value is common in high-impedance circuits and voltage divider networks.
The 1W (1 watt) power rating allows this resistor to safely dissipate up to 1 watt of power as heat. This makes it suitable for medium-power circuits, ensuring the resistor will operate safely without overheating. It's ideal for applications where higher current flow is expected, such as in voltage dividers for power supplies, amplifiers, and signal conditioning circuits.
With a 1% tolerance, this resistor is highly accurate, meaning its actual resistance will be within ±1% of the nominal value of 2.7K ohms. This level of precision makes it ideal for high-precision applications such as calibration circuits, measurement equipment, and high-performance amplifiers, where even small variations in resistance could affect the overall performance.
This resistor features an axial through-hole design, meaning it has two leads that extend from opposite ends of the resistor body, making it easy to insert into PCB holes and solder. The axial design provides a convenient and secure mounting style for stable electrical connections, and is commonly used in both professional designs and DIY projects. The leads are typically longer than those of surface-mount resistors, making them easier to handle and solder manually, which is particularly beneficial for prototyping.
Made from metal oxide film, this resistor offers superior heat resistance and greater stability compared to standard carbon film resistors. The MOF construction allows it to perform reliably in higher-temperature environments and in circuits subject to higher electrical stresses. Metal oxide resistors also provide better tolerance, making them suitable for high-precision applications where low drift and stable performance over time are important.
Voltage Division: Ideal for use in voltage divider networks, where precise voltage levels are needed in signal conditioning and measurement equipment. The 2.7K value is suitable for setting appropriate voltage levels for analog sensors or DACs (Digital-to-Analog Converters).
Signal Processing: Often used in filter circuits, amplifiers, and feedback loops where stable resistance is needed to ensure proper circuit operation, especially in audio equipment, RF circuits, or precision amplifiers.
Biasing Networks: Common in transistor biasing or operational amplifier circuits, where accurate control of current and voltage is essential for stable operation.
Power Regulation: This resistor is ideal for use in power supplies, where it helps in voltage regulation, current limiting, or over-voltage protection. The 1-watt power rating ensures it can handle moderate current levels without overheating.
Calibration and Measurement: Thanks to its 1% tolerance, the resistor is perfect for use in calibration circuits, precision instrumentation, and other applications that require high-accuracy resistors for stable and repeatable measurements.
The axial through-hole design makes this resistor easy to handle and solder. It's especially convenient for prototyping and repair in breadboard setups or assembled PCB projects. The longer leads also allow for easier adjustments during repairs or circuit modifications, making it a popular choice for those working on both high-precision and hobbyist projects.
The 2.7K Ohm (2.7K) 1W 1% Axial Through Hole Resistor - MOF is a high-precision, medium-power resistor designed for a range of applications where accuracy, reliability, and power handling are crucial. Its 1% tolerance ensures precision, and the 1W power rating makes it suitable for circuits with moderate power requirements. The metal oxide film (MOF) construction provides excellent stability, heat resistance, and durability. Whether you’re working on voltage dividers, signal conditioning, power regulation, or instrumentation, this resistor offers the performance needed for reliable, high-accuracy results.
This resistor would be perfect for your precision circuits where both the power handling and tolerance are key to the overall system performance. Let me know if you need any more details or specific examples for your application!
₹ 315.00 ₹ 350.00
₹ 2,800.00 ₹ 3,500.00
Certainly! Here’s a detailed description for the 2.7K Ohm (2.7K) 1W 1% Axial Through Hole Resistor – MOF:
The 2.7K Ohm (2.7K) 1W 1% Axial Through Hole Resistor - MOF is a high-performance resistor designed for precision applications where accuracy, reliability, and power handling are essential. Made from Metal Oxide Film (MOF), this resistor is particularly suited for circuits requiring stable resistance values, such as high-precision signal processing, power regulation, and instrumentation. Here's a breakdown of its key characteristics:
This resistor offers a resistance of 2.7K ohms (2700 ohms), making it suitable for applications where you need moderate resistance values to control current flow, set biasing points, or divide voltages in analog circuits, feedback networks, or sensor interfacing. The 2.7K ohm value is common in high-impedance circuits and voltage divider networks.
The 1W (1 watt) power rating allows this resistor to safely dissipate up to 1 watt of power as heat. This makes it suitable for medium-power circuits, ensuring the resistor will operate safely without overheating. It's ideal for applications where higher current flow is expected, such as in voltage dividers for power supplies, amplifiers, and signal conditioning circuits.
With a 1% tolerance, this resistor is highly accurate, meaning its actual resistance will be within ±1% of the nominal value of 2.7K ohms. This level of precision makes it ideal for high-precision applications such as calibration circuits, measurement equipment, and high-performance amplifiers, where even small variations in resistance could affect the overall performance.
This resistor features an axial through-hole design, meaning it has two leads that extend from opposite ends of the resistor body, making it easy to insert into PCB holes and solder. The axial design provides a convenient and secure mounting style for stable electrical connections, and is commonly used in both professional designs and DIY projects. The leads are typically longer than those of surface-mount resistors, making them easier to handle and solder manually, which is particularly beneficial for prototyping.
Made from metal oxide film, this resistor offers superior heat resistance and greater stability compared to standard carbon film resistors. The MOF construction allows it to perform reliably in higher-temperature environments and in circuits subject to higher electrical stresses. Metal oxide resistors also provide better tolerance, making them suitable for high-precision applications where low drift and stable performance over time are important.
Voltage Division: Ideal for use in voltage divider networks, where precise voltage levels are needed in signal conditioning and measurement equipment. The 2.7K value is suitable for setting appropriate voltage levels for analog sensors or DACs (Digital-to-Analog Converters).
Signal Processing: Often used in filter circuits, amplifiers, and feedback loops where stable resistance is needed to ensure proper circuit operation, especially in audio equipment, RF circuits, or precision amplifiers.
Biasing Networks: Common in transistor biasing or operational amplifier circuits, where accurate control of current and voltage is essential for stable operation.
Power Regulation: This resistor is ideal for use in power supplies, where it helps in voltage regulation, current limiting, or over-voltage protection. The 1-watt power rating ensures it can handle moderate current levels without overheating.
Calibration and Measurement: Thanks to its 1% tolerance, the resistor is perfect for use in calibration circuits, precision instrumentation, and other applications that require high-accuracy resistors for stable and repeatable measurements.
The axial through-hole design makes this resistor easy to handle and solder. It's especially convenient for prototyping and repair in breadboard setups or assembled PCB projects. The longer leads also allow for easier adjustments during repairs or circuit modifications, making it a popular choice for those working on both high-precision and hobbyist projects.
The 2.7K Ohm (2.7K) 1W 1% Axial Through Hole Resistor - MOF is a high-precision, medium-power resistor designed for a range of applications where accuracy, reliability, and power handling are crucial. Its 1% tolerance ensures precision, and the 1W power rating makes it suitable for circuits with moderate power requirements. The metal oxide film (MOF) construction provides excellent stability, heat resistance, and durability. Whether you’re working on voltage dividers, signal conditioning, power regulation, or instrumentation, this resistor offers the performance needed for reliable, high-accuracy results.
This resistor would be perfect for your precision circuits where both the power handling and tolerance are key to the overall system performance. Let me know if you need any more details or specific examples for your application!
Certainly! Here’s a detailed description for the 2.7K Ohm (2.7K) 1W 1% Axial Through Hole Resistor – MOF:
The 2.7K Ohm (2.7K) 1W 1% Axial Through Hole Resistor - MOF is a high-performance resistor designed for precision applications where accuracy, reliability, and power handling are essential. Made from Metal Oxide Film (MOF), this resistor is particularly suited for circuits requiring stable resistance values, such as high-precision signal processing, power regulation, and instrumentation. Here's a breakdown of its key characteristics:
This resistor offers a resistance of 2.7K ohms (2700 ohms), making it suitable for applications where you need moderate resistance values to control current flow, set biasing points, or divide voltages in analog circuits, feedback networks, or sensor interfacing. The 2.7K ohm value is common in high-impedance circuits and voltage divider networks.
The 1W (1 watt) power rating allows this resistor to safely dissipate up to 1 watt of power as heat. This makes it suitable for medium-power circuits, ensuring the resistor will operate safely without overheating. It's ideal for applications where higher current flow is expected, such as in voltage dividers for power supplies, amplifiers, and signal conditioning circuits.
With a 1% tolerance, this resistor is highly accurate, meaning its actual resistance will be within ±1% of the nominal value of 2.7K ohms. This level of precision makes it ideal for high-precision applications such as calibration circuits, measurement equipment, and high-performance amplifiers, where even small variations in resistance could affect the overall performance.
This resistor features an axial through-hole design, meaning it has two leads that extend from opposite ends of the resistor body, making it easy to insert into PCB holes and solder. The axial design provides a convenient and secure mounting style for stable electrical connections, and is commonly used in both professional designs and DIY projects. The leads are typically longer than those of surface-mount resistors, making them easier to handle and solder manually, which is particularly beneficial for prototyping.
Made from metal oxide film, this resistor offers superior heat resistance and greater stability compared to standard carbon film resistors. The MOF construction allows it to perform reliably in higher-temperature environments and in circuits subject to higher electrical stresses. Metal oxide resistors also provide better tolerance, making them suitable for high-precision applications where low drift and stable performance over time are important.
Voltage Division: Ideal for use in voltage divider networks, where precise voltage levels are needed in signal conditioning and measurement equipment. The 2.7K value is suitable for setting appropriate voltage levels for analog sensors or DACs (Digital-to-Analog Converters).
Signal Processing: Often used in filter circuits, amplifiers, and feedback loops where stable resistance is needed to ensure proper circuit operation, especially in audio equipment, RF circuits, or precision amplifiers.
Biasing Networks: Common in transistor biasing or operational amplifier circuits, where accurate control of current and voltage is essential for stable operation.
Power Regulation: This resistor is ideal for use in power supplies, where it helps in voltage regulation, current limiting, or over-voltage protection. The 1-watt power rating ensures it can handle moderate current levels without overheating.
Calibration and Measurement: Thanks to its 1% tolerance, the resistor is perfect for use in calibration circuits, precision instrumentation, and other applications that require high-accuracy resistors for stable and repeatable measurements.
The axial through-hole design makes this resistor easy to handle and solder. It's especially convenient for prototyping and repair in breadboard setups or assembled PCB projects. The longer leads also allow for easier adjustments during repairs or circuit modifications, making it a popular choice for those working on both high-precision and hobbyist projects.
The 2.7K Ohm (2.7K) 1W 1% Axial Through Hole Resistor - MOF is a high-precision, medium-power resistor designed for a range of applications where accuracy, reliability, and power handling are crucial. Its 1% tolerance ensures precision, and the 1W power rating makes it suitable for circuits with moderate power requirements. The metal oxide film (MOF) construction provides excellent stability, heat resistance, and durability. Whether you’re working on voltage dividers, signal conditioning, power regulation, or instrumentation, this resistor offers the performance needed for reliable, high-accuracy results.
This resistor would be perfect for your precision circuits where both the power handling and tolerance are key to the overall system performance. Let me know if you need any more details or specific examples for your application!
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