OP470S (4)
OP470S is available from Analog Devices at Xecor. Designed for precision amplification in aerospace and other demanding applications, the OP470S offers very low noise, excellent input offset voltage (0.4 mV max), and low offset voltage drift. Available in 14-Pin DIL tube packaging, it is ideal for high-gain applications, signal processing, and power-conscious designs. Whether used in aerospace systems, instrumentation, or industrial control, this series ensures exceptional performance, accuracy, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the OP470S series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| 5962L8856503VCA | Solve your amplification needs with our precision op amps solution | CDIP-14 | 3,053 | |
| 5962R8856501VCA | Precision op amp for accurate signal amplification | CDIP-14 | 5,791 | |
| 5962R8856501V2A | Precision Amplifiers IC for demanding applications | LLCC-20 | 6,122 | |
| 5962-8856501V2A | Enhance your audio experience with this powerful amplifier | LCC-20 | 6,101 |
Key Featrues
Very Low-Noise Operation: The OP470 features very low noise, making it ideal for high-precision applications such as medical instrumentation and audio processing, where signal clarity is critical. This reduces interference and enhances the overall signal quality.
Excellent Input Offset Voltage (0.4 mV Max): With an input offset voltage of less than 0.4 mV, the OP470 ensures high accuracy in signal amplification, particularly beneficial in sensitive measurement systems and control circuits where precision is paramount.
Low Offset Voltage Drift: The low offset voltage drift of the OP470 guarantees stable performance over a wide temperature range, making it suitable for aerospace and military applications that operate in extreme environmental conditions.
High Open-Loop Gain (Over 1,000,000): The OP470’s high open-loop gain ensures excellent linearity and gain accuracy, even in high-gain applications, which is essential for maintaining signal integrity in complex analog circuits.
Low Power Consumption: The OP470 consumes half the power of four OP27 amplifiers, making it an energy-efficient choice for power-sensitive applications such as portable devices and battery-operated systems, extending operational life and reducing heat generation.
Excellent Input Offset Voltage (0.4 mV Max): With an input offset voltage of less than 0.4 mV, the OP470 ensures high accuracy in signal amplification, particularly beneficial in sensitive measurement systems and control circuits where precision is paramount.
Low Offset Voltage Drift: The low offset voltage drift of the OP470 guarantees stable performance over a wide temperature range, making it suitable for aerospace and military applications that operate in extreme environmental conditions.
High Open-Loop Gain (Over 1,000,000): The OP470’s high open-loop gain ensures excellent linearity and gain accuracy, even in high-gain applications, which is essential for maintaining signal integrity in complex analog circuits.
Low Power Consumption: The OP470 consumes half the power of four OP27 amplifiers, making it an energy-efficient choice for power-sensitive applications such as portable devices and battery-operated systems, extending operational life and reducing heat generation.
Applications
Precision Instrumentation Amplifier: The OP470 is ideal for use in precision instrumentation amplifiers, where its low input offset voltage (below 0.4mV) and high open-loop gain (over 1,000,000) ensure accurate signal amplification. Its low noise and high CMR (over 110dB) make it suitable for amplifying signals from sensitive sensors in medical devices or laboratory equipment.
High-Gain Signal Conditioning: The OP470 is well-suited for high-gain signal conditioning applications, such as amplifying weak signals from photodiodes or thermocouples. Its low input bias current (under 25nA) minimizes errors caused by signal source resistance, while its high gain-bandwidth product (6MHz) ensures stable operation even at high gains.
Low-Power Data Acquisition Systems: With its low power consumption (half that of four OP27s), the OP470 is an excellent choice for low-power data acquisition systems. Its ability to operate with minimal power makes it ideal for battery-powered devices, such as portable environmental monitoring systems or IoT sensors.
Ground Noise Reduction in Industrial Control Systems: The OP470's high PSRR (less than 1.8µV/V) and CMR (over 110dB) make it ideal for reducing errors caused by ground noise and power supply fluctuations in industrial control systems. It can be used to amplify signals from sensors in noisy environments, such as motor control or process monitoring systems, ensuring accurate and reliable operation.
High-Gain Signal Conditioning: The OP470 is well-suited for high-gain signal conditioning applications, such as amplifying weak signals from photodiodes or thermocouples. Its low input bias current (under 25nA) minimizes errors caused by signal source resistance, while its high gain-bandwidth product (6MHz) ensures stable operation even at high gains.
Low-Power Data Acquisition Systems: With its low power consumption (half that of four OP27s), the OP470 is an excellent choice for low-power data acquisition systems. Its ability to operate with minimal power makes it ideal for battery-powered devices, such as portable environmental monitoring systems or IoT sensors.
Ground Noise Reduction in Industrial Control Systems: The OP470's high PSRR (less than 1.8µV/V) and CMR (over 110dB) make it ideal for reducing errors caused by ground noise and power supply fluctuations in industrial control systems. It can be used to amplify signals from sensors in noisy environments, such as motor control or process monitoring systems, ensuring accurate and reliable operation.
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