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Here’s a detailed description for the 100K Ohm (100K) 2W 1% Axial Through Hole Resistor - MOF:
The 100K Ohm (100K) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, medium to high-power resistor designed for applications that require accurate resistance and the ability to dissipate higher amounts of power. Made from Metal Oxide Film (MOF), this resistor offers superior thermal stability, high voltage tolerance, and long-term durability, making it ideal for power-sensitive and precision electronic circuits. Below is a comprehensive breakdown of its key features and potential applications.
This resistor has a resistance of 100K ohms (100,000 ohms), making it suitable for applications requiring moderate resistance in circuits such as voltage dividers, signal conditioning, and analog filtering. The 100K ohm resistance value is commonly used in high-impedance circuits, sensor interfaces, and input stages for analog systems. It is particularly effective in applications where precise control of voltage and current is necessary.
With a 2W (2 watts) power rating, this resistor is capable of dissipating up to 2 watts of heat energy without failure. This higher power rating compared to typical 1W resistors makes it ideal for medium to high-power applications, including signal processing, voltage regulation, biasing networks, and current-limiting circuits. The 2W power rating ensures that the resistor can safely operate in circuits with moderate to high current flow without risking thermal damage or instability.
The 1% tolerance means that the actual resistance value of the resistor will be within ±1% of the nominal value of 100K ohms. This level of precision ensures that the resistor will provide accurate and consistent resistance in sensitive circuits. The 1% tolerance is particularly important for high-precision applications such as measurement equipment, signal conditioning, and calibration circuits, where small variations in resistance could cause significant deviations in circuit behavior.
This resistor is designed with axial through-hole leads, which are ideal for easy installation into printed circuit boards (PCBs). The leads pass through holes in the PCB and are soldered on the opposite side, ensuring a strong mechanical and electrical connection. The through-hole mounting method is widely used for its durability, ease of handling, and reliable performance, especially in high-power circuits or applications where the resistor may need to be replaced or serviced over time.
This resistor is constructed from Metal Oxide Film (MOF), which provides numerous advantages over other resistor technologies. MOF resistors are known for their low noise, excellent thermal stability, and high voltage resistance. The MOF material resists thermal drift and environmental stress (e.g., temperature fluctuations, humidity), ensuring stable and reliable performance even in demanding conditions. MOF resistors also tend to have better long-term durability and power handling capacity, making them suitable for high-reliability applications where consistent performance is required over time.
Voltage Divider Networks: The 100K ohm resistor is commonly used in voltage divider circuits to create specific voltage levels required for sensor interfaces, analog-to-digital converters (ADCs), or other signal-processing circuits. The high precision of the 1% tolerance ensures that voltage division is accurate, which is crucial for interfacing with microcontrollers, sensors, and analog devices.
Signal Conditioning and Filtering: In signal processing, this resistor is ideal for use in RC (Resistor-Capacitor) or RL (Resistor-Inductor) filters where it helps determine the cutoff frequencies and filtering characteristics of a circuit. It can be used in audio, RF, or video applications, where it helps filter out unwanted noise or define the frequency response. The 2W power rating allows it to handle higher power levels in these circuits, ensuring stable performance even in high-power signal processing.
Biasing Networks: This resistor plays a crucial role in biasing circuits for active components like transistors, operational amplifiers (op-amps), and voltage regulators. It helps set the proper operating point for these components, ensuring that they function efficiently and within their linear range. The 100K ohm value is frequently used in amplifier circuits, oscillators, and filter circuits where precise biasing is necessary.
Feedback Networks: In feedback circuits, such as those found in amplifiers or oscillators, this resistor helps control the gain or frequency response of the system. By setting the feedback ratio, the 100K ohm resistor helps maintain system stability and linearity. The 1% tolerance ensures the feedback loop operates as intended, with minimal variation in circuit performance.
Power Regulation and Current Limiting: The 2W power rating makes this resistor ideal for use in current-limiting circuits or power regulation systems. It can be used to limit current flow and protect sensitive components from excessive current or voltage spikes. Additionally, it plays a role in voltage regulation, where it ensures that voltage levels stay within safe limits for other components in the circuit.
Precision Instrumentation: Due to its 1% tolerance and stable resistance, the 100K ohm resistor is perfect for use in precision measurement and calibration instruments. It is ideal for applications where exact resistance values are required, such as test equipment, sensor calibration, and scientific instrumentation.
The axial through-hole design of this resistor makes it easy to install, solder, and replace. Its leads are long enough to provide a secure connection to the PCB, and the resistor's durable construction ensures that it can withstand mechanical stress and heat during the soldering process. If the resistor needs to be replaced, the through-hole configuration allows for quick and easy removal and reinstallation, making it perfect for prototype designs, repairable systems, or long-term applications.
The 100K Ohm (100K) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, medium to high-power resistor that delivers stable performance and accurate resistance in a wide range of electronic applications. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor is ideal for voltage divider networks, signal conditioning, biasing circuits, feedback loops, and power regulation systems. The axial through-hole design ensures easy installation, handling, and repair, while the MOF material guarantees long-term durability and reliable performance even in demanding conditions.
This resistor is well-suited for high-precision applications that require moderate to high power handling, such as sensor interfaces, signal processing systems, precision instrumentation, and voltage regulation circuits.
₹ 414.00 ₹ 460.00
₹ 3,680.00 ₹ 4,600.00
Here’s a detailed description for the 100K Ohm (100K) 2W 1% Axial Through Hole Resistor - MOF:
The 100K Ohm (100K) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, medium to high-power resistor designed for applications that require accurate resistance and the ability to dissipate higher amounts of power. Made from Metal Oxide Film (MOF), this resistor offers superior thermal stability, high voltage tolerance, and long-term durability, making it ideal for power-sensitive and precision electronic circuits. Below is a comprehensive breakdown of its key features and potential applications.
This resistor has a resistance of 100K ohms (100,000 ohms), making it suitable for applications requiring moderate resistance in circuits such as voltage dividers, signal conditioning, and analog filtering. The 100K ohm resistance value is commonly used in high-impedance circuits, sensor interfaces, and input stages for analog systems. It is particularly effective in applications where precise control of voltage and current is necessary.
With a 2W (2 watts) power rating, this resistor is capable of dissipating up to 2 watts of heat energy without failure. This higher power rating compared to typical 1W resistors makes it ideal for medium to high-power applications, including signal processing, voltage regulation, biasing networks, and current-limiting circuits. The 2W power rating ensures that the resistor can safely operate in circuits with moderate to high current flow without risking thermal damage or instability.
The 1% tolerance means that the actual resistance value of the resistor will be within ±1% of the nominal value of 100K ohms. This level of precision ensures that the resistor will provide accurate and consistent resistance in sensitive circuits. The 1% tolerance is particularly important for high-precision applications such as measurement equipment, signal conditioning, and calibration circuits, where small variations in resistance could cause significant deviations in circuit behavior.
This resistor is designed with axial through-hole leads, which are ideal for easy installation into printed circuit boards (PCBs). The leads pass through holes in the PCB and are soldered on the opposite side, ensuring a strong mechanical and electrical connection. The through-hole mounting method is widely used for its durability, ease of handling, and reliable performance, especially in high-power circuits or applications where the resistor may need to be replaced or serviced over time.
This resistor is constructed from Metal Oxide Film (MOF), which provides numerous advantages over other resistor technologies. MOF resistors are known for their low noise, excellent thermal stability, and high voltage resistance. The MOF material resists thermal drift and environmental stress (e.g., temperature fluctuations, humidity), ensuring stable and reliable performance even in demanding conditions. MOF resistors also tend to have better long-term durability and power handling capacity, making them suitable for high-reliability applications where consistent performance is required over time.
Voltage Divider Networks: The 100K ohm resistor is commonly used in voltage divider circuits to create specific voltage levels required for sensor interfaces, analog-to-digital converters (ADCs), or other signal-processing circuits. The high precision of the 1% tolerance ensures that voltage division is accurate, which is crucial for interfacing with microcontrollers, sensors, and analog devices.
Signal Conditioning and Filtering: In signal processing, this resistor is ideal for use in RC (Resistor-Capacitor) or RL (Resistor-Inductor) filters where it helps determine the cutoff frequencies and filtering characteristics of a circuit. It can be used in audio, RF, or video applications, where it helps filter out unwanted noise or define the frequency response. The 2W power rating allows it to handle higher power levels in these circuits, ensuring stable performance even in high-power signal processing.
Biasing Networks: This resistor plays a crucial role in biasing circuits for active components like transistors, operational amplifiers (op-amps), and voltage regulators. It helps set the proper operating point for these components, ensuring that they function efficiently and within their linear range. The 100K ohm value is frequently used in amplifier circuits, oscillators, and filter circuits where precise biasing is necessary.
Feedback Networks: In feedback circuits, such as those found in amplifiers or oscillators, this resistor helps control the gain or frequency response of the system. By setting the feedback ratio, the 100K ohm resistor helps maintain system stability and linearity. The 1% tolerance ensures the feedback loop operates as intended, with minimal variation in circuit performance.
Power Regulation and Current Limiting: The 2W power rating makes this resistor ideal for use in current-limiting circuits or power regulation systems. It can be used to limit current flow and protect sensitive components from excessive current or voltage spikes. Additionally, it plays a role in voltage regulation, where it ensures that voltage levels stay within safe limits for other components in the circuit.
Precision Instrumentation: Due to its 1% tolerance and stable resistance, the 100K ohm resistor is perfect for use in precision measurement and calibration instruments. It is ideal for applications where exact resistance values are required, such as test equipment, sensor calibration, and scientific instrumentation.
The axial through-hole design of this resistor makes it easy to install, solder, and replace. Its leads are long enough to provide a secure connection to the PCB, and the resistor's durable construction ensures that it can withstand mechanical stress and heat during the soldering process. If the resistor needs to be replaced, the through-hole configuration allows for quick and easy removal and reinstallation, making it perfect for prototype designs, repairable systems, or long-term applications.
The 100K Ohm (100K) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, medium to high-power resistor that delivers stable performance and accurate resistance in a wide range of electronic applications. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor is ideal for voltage divider networks, signal conditioning, biasing circuits, feedback loops, and power regulation systems. The axial through-hole design ensures easy installation, handling, and repair, while the MOF material guarantees long-term durability and reliable performance even in demanding conditions.
This resistor is well-suited for high-precision applications that require moderate to high power handling, such as sensor interfaces, signal processing systems, precision instrumentation, and voltage regulation circuits.
Here’s a detailed description for the 100K Ohm (100K) 2W 1% Axial Through Hole Resistor - MOF:
The 100K Ohm (100K) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, medium to high-power resistor designed for applications that require accurate resistance and the ability to dissipate higher amounts of power. Made from Metal Oxide Film (MOF), this resistor offers superior thermal stability, high voltage tolerance, and long-term durability, making it ideal for power-sensitive and precision electronic circuits. Below is a comprehensive breakdown of its key features and potential applications.
This resistor has a resistance of 100K ohms (100,000 ohms), making it suitable for applications requiring moderate resistance in circuits such as voltage dividers, signal conditioning, and analog filtering. The 100K ohm resistance value is commonly used in high-impedance circuits, sensor interfaces, and input stages for analog systems. It is particularly effective in applications where precise control of voltage and current is necessary.
With a 2W (2 watts) power rating, this resistor is capable of dissipating up to 2 watts of heat energy without failure. This higher power rating compared to typical 1W resistors makes it ideal for medium to high-power applications, including signal processing, voltage regulation, biasing networks, and current-limiting circuits. The 2W power rating ensures that the resistor can safely operate in circuits with moderate to high current flow without risking thermal damage or instability.
The 1% tolerance means that the actual resistance value of the resistor will be within ±1% of the nominal value of 100K ohms. This level of precision ensures that the resistor will provide accurate and consistent resistance in sensitive circuits. The 1% tolerance is particularly important for high-precision applications such as measurement equipment, signal conditioning, and calibration circuits, where small variations in resistance could cause significant deviations in circuit behavior.
This resistor is designed with axial through-hole leads, which are ideal for easy installation into printed circuit boards (PCBs). The leads pass through holes in the PCB and are soldered on the opposite side, ensuring a strong mechanical and electrical connection. The through-hole mounting method is widely used for its durability, ease of handling, and reliable performance, especially in high-power circuits or applications where the resistor may need to be replaced or serviced over time.
This resistor is constructed from Metal Oxide Film (MOF), which provides numerous advantages over other resistor technologies. MOF resistors are known for their low noise, excellent thermal stability, and high voltage resistance. The MOF material resists thermal drift and environmental stress (e.g., temperature fluctuations, humidity), ensuring stable and reliable performance even in demanding conditions. MOF resistors also tend to have better long-term durability and power handling capacity, making them suitable for high-reliability applications where consistent performance is required over time.
Voltage Divider Networks: The 100K ohm resistor is commonly used in voltage divider circuits to create specific voltage levels required for sensor interfaces, analog-to-digital converters (ADCs), or other signal-processing circuits. The high precision of the 1% tolerance ensures that voltage division is accurate, which is crucial for interfacing with microcontrollers, sensors, and analog devices.
Signal Conditioning and Filtering: In signal processing, this resistor is ideal for use in RC (Resistor-Capacitor) or RL (Resistor-Inductor) filters where it helps determine the cutoff frequencies and filtering characteristics of a circuit. It can be used in audio, RF, or video applications, where it helps filter out unwanted noise or define the frequency response. The 2W power rating allows it to handle higher power levels in these circuits, ensuring stable performance even in high-power signal processing.
Biasing Networks: This resistor plays a crucial role in biasing circuits for active components like transistors, operational amplifiers (op-amps), and voltage regulators. It helps set the proper operating point for these components, ensuring that they function efficiently and within their linear range. The 100K ohm value is frequently used in amplifier circuits, oscillators, and filter circuits where precise biasing is necessary.
Feedback Networks: In feedback circuits, such as those found in amplifiers or oscillators, this resistor helps control the gain or frequency response of the system. By setting the feedback ratio, the 100K ohm resistor helps maintain system stability and linearity. The 1% tolerance ensures the feedback loop operates as intended, with minimal variation in circuit performance.
Power Regulation and Current Limiting: The 2W power rating makes this resistor ideal for use in current-limiting circuits or power regulation systems. It can be used to limit current flow and protect sensitive components from excessive current or voltage spikes. Additionally, it plays a role in voltage regulation, where it ensures that voltage levels stay within safe limits for other components in the circuit.
Precision Instrumentation: Due to its 1% tolerance and stable resistance, the 100K ohm resistor is perfect for use in precision measurement and calibration instruments. It is ideal for applications where exact resistance values are required, such as test equipment, sensor calibration, and scientific instrumentation.
The axial through-hole design of this resistor makes it easy to install, solder, and replace. Its leads are long enough to provide a secure connection to the PCB, and the resistor's durable construction ensures that it can withstand mechanical stress and heat during the soldering process. If the resistor needs to be replaced, the through-hole configuration allows for quick and easy removal and reinstallation, making it perfect for prototype designs, repairable systems, or long-term applications.
The 100K Ohm (100K) 2W 1% Axial Through Hole Resistor - MOF is a high-precision, medium to high-power resistor that delivers stable performance and accurate resistance in a wide range of electronic applications. With its 1% tolerance, 2W power rating, and Metal Oxide Film (MOF) construction, this resistor is ideal for voltage divider networks, signal conditioning, biasing circuits, feedback loops, and power regulation systems. The axial through-hole design ensures easy installation, handling, and repair, while the MOF material guarantees long-term durability and reliable performance even in demanding conditions.
This resistor is well-suited for high-precision applications that require moderate to high power handling, such as sensor interfaces, signal processing systems, precision instrumentation, and voltage regulation circuits.
Min: 5 pcs
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