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OP470GP
IC OPAMP GP 4 CIRCUIT 14DIP
- メーカー
- Mfr。パート #OP470GP
- パッケージ 14-DIP
- データシート OP470GP DataSheet
- 在庫中3903
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仕様
| Package | Tube,Tube |
| ProductStatus | Obsolete |
| AmplifierType | General Purpose |
| NumberofCircuits | 4 |
| SlewRate | 3V/µs |
| GainBandwidthProduct | 6 MHz |
| Current-InputBias | 15 nA |
| Voltage-InputOffset | 400 µV |
| Current-Supply | 9mA |
| Voltage-SupplySpan(Min) | 9 V |
| Voltage-SupplySpan(Max) | 36 V |
| OperatingTemperature | -40°C ~ 85°C |
| MountingType | Through Hole |
| Package/Case | 14-DIP (0.300, 7.62mm) |
概要
Description
OP470GP is an operational amplifier (op-amp) known for its high performance and versatility in analog applications. It features low offset voltage, low noise, and high gain bandwidth, making it suitable for various signal processing tasks. The device typically operates on a dual power supply, enhancing its capability to handle both positive and negative voltage signals.
Key specifications include a wide input common-mode voltage range, high input impedance, and low output impedance, which contribute to its effectiveness in buffering and amplifying signals. The GP designation indicates that it is part of a general-purpose family, allowing it to be used in applications such as filters, amplifiers, comparators, and integrators.
OP470GP's applications span consumer electronics, industrial controls, and instrumentation, where reliable and precise signal manipulation is essential. Its robustness and adaptability make it a favorable choice among engineers and designers in the field of electronics.
Key specifications include a wide input common-mode voltage range, high input impedance, and low output impedance, which contribute to its effectiveness in buffering and amplifying signals. The GP designation indicates that it is part of a general-purpose family, allowing it to be used in applications such as filters, amplifiers, comparators, and integrators.
OP470GP's applications span consumer electronics, industrial controls, and instrumentation, where reliable and precise signal manipulation is essential. Its robustness and adaptability make it a favorable choice among engineers and designers in the field of electronics.
Features
The OP470GP is a precision operational amplifier known for its high performance and versatility in various applications. Key features include:
1. Low Offset Voltage: Typically around 50 µV, ensuring accurate signal amplification.
2. Low Offset Voltage Drift: Approximately 0.5 µV/°C, leading to stable performance across temperature variations.
3. High Gain: Voltage gain of 200,000 (106 dB) at low frequencies, providing substantial amplification.
4. Wide Bandwidth: Unity-gain bandwidth of approximately 1 MHz, making it suitable for a range of signal frequencies.
5. Low Noise: Features low input voltage noise density, enhancing signal integrity.
6. High Slew Rate: Around 0.5 V/µs, allowing for rapid response to changes in the input signal.
7. Rail-to-Rail Output: Capable of outputting voltages close to the supply rails, increasing dynamic range.
8. Single-Supply Operation: Operates effectively on a single power supply, simplifying circuit design.
These features make the OP470GP ideal for applications in data acquisition, instrumentation, and signal conditioning.
1. Low Offset Voltage: Typically around 50 µV, ensuring accurate signal amplification.
2. Low Offset Voltage Drift: Approximately 0.5 µV/°C, leading to stable performance across temperature variations.
3. High Gain: Voltage gain of 200,000 (106 dB) at low frequencies, providing substantial amplification.
4. Wide Bandwidth: Unity-gain bandwidth of approximately 1 MHz, making it suitable for a range of signal frequencies.
5. Low Noise: Features low input voltage noise density, enhancing signal integrity.
6. High Slew Rate: Around 0.5 V/µs, allowing for rapid response to changes in the input signal.
7. Rail-to-Rail Output: Capable of outputting voltages close to the supply rails, increasing dynamic range.
8. Single-Supply Operation: Operates effectively on a single power supply, simplifying circuit design.
These features make the OP470GP ideal for applications in data acquisition, instrumentation, and signal conditioning.
Package
The OP470GP is packaged in a 14-lead PDIP (Plastic Dual In-Line Package). This package type is suitable for through-hole mounting and offers easy handling for prototyping and assembly.
Pinout
The OP470GP is a quad operational amplifier (op-amp) designed for precision applications. It comes in a 14-pin Dual In-Line Package (DIP) configuration. The pin count is 14.
Pin Functions:
1. Pin 1: Offset Null (for fine-tuning offset voltage)
2. Pin 2: Inverting Input (for the first op-amp)
3. Pin 3: Non-Inverting Input (for the first op-amp)
4. Pin 4: Output (for the first op-amp)
5. Pin 5: Inverting Input (for the second op-amp)
6. Pin 6: Non-Inverting Input (for the second op-amp)
7. Pin 7: Output (for the second op-amp)
8. Pin 8: NC (No Connect)
9. Pin 9: Inverting Input (for the third op-amp)
10. Pin 10: Non-Inverting Input (for the third op-amp)
11. Pin 11: Output (for the third op-amp)
12. Pin 12: Inverting Input (for the fourth op-amp)
13. Pin 13: Non-Inverting Input (for the fourth op-amp)
14. Pin 14: Output (for the fourth op-amp)
15. V-: Negative Voltage Supply
16. V+: Positive Voltage Supply
The OP470GP is known for low noise and low offset voltage, making it suitable for sensitive signal processing applications.
Pin Functions:
1. Pin 1: Offset Null (for fine-tuning offset voltage)
2. Pin 2: Inverting Input (for the first op-amp)
3. Pin 3: Non-Inverting Input (for the first op-amp)
4. Pin 4: Output (for the first op-amp)
5. Pin 5: Inverting Input (for the second op-amp)
6. Pin 6: Non-Inverting Input (for the second op-amp)
7. Pin 7: Output (for the second op-amp)
8. Pin 8: NC (No Connect)
9. Pin 9: Inverting Input (for the third op-amp)
10. Pin 10: Non-Inverting Input (for the third op-amp)
11. Pin 11: Output (for the third op-amp)
12. Pin 12: Inverting Input (for the fourth op-amp)
13. Pin 13: Non-Inverting Input (for the fourth op-amp)
14. Pin 14: Output (for the fourth op-amp)
15. V-: Negative Voltage Supply
16. V+: Positive Voltage Supply
The OP470GP is known for low noise and low offset voltage, making it suitable for sensitive signal processing applications.
Manufacturer
The OP470GP is manufactured by Analog Devices, Inc. Analog Devices is a global leader in high-performance analog, mixed-signal, and digital signal processing (DSP) integrated circuits (ICs). Founded in 1965 and headquartered in Norwood, Massachusetts, the company specializes in providing solutions for various applications, including industrial automation, communications, automotive, healthcare, and consumer electronics. Their products are crucial in enabling the conversion, conditioning, and processing of real-world signals to digital forms, catering to a wide range of markets and industries.
Application
The OP470GP is a precision, low-noise operational amplifier used in various applications, including signal conditioning, data acquisition systems, instrumentation, and audio processing. Its features make it suitable for medical devices, industrial automation, and sensor interfaces, where high accuracy and stability are essential. Additionally, it is often employed in active filters, amplifiers, and feedback control systems.
Equivalent
The OP470GP operational amplifier can be compared to the following equivalent products:
1. AD711 - Analog Devices
2. LM358 - Texas Instruments (for similar applications, but lower performance)
3. OPA2134 - Texas Instruments (for audio applications with higher performance)
Keep in mind that while these alternatives may serve similar functions, they may have different specifications regarding bandwidth, noise, and power supply requirements. Always check datasheets for detailed comparisons.
1. AD711 - Analog Devices
2. LM358 - Texas Instruments (for similar applications, but lower performance)
3. OPA2134 - Texas Instruments (for audio applications with higher performance)
Keep in mind that while these alternatives may serve similar functions, they may have different specifications regarding bandwidth, noise, and power supply requirements. Always check datasheets for detailed comparisons.
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