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OPA355QDBVRQ1
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メーカーSTマイクロエレクトロニクス
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メーカー品番 #OPA355QDBVRQ1
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データシート OPA355QDBVRQ1 DataSheet
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在庫状況2818
365 日間品質保証
7*24 日間の品質保証
90-時間単位のサービス保証
1日間のアフターサービス保証
仕様
| 属性 | 値 |
| Package | Bulk |
| Series | Automotive, AEC-Q100 |
| ProductStatus | Active |
| AmplifierType | CMOS |
| NumberofCircuits | 1 |
| OutputType | Rail-to-Rail |
| SlewRate | 360V/µs |
| GainBandwidthProduct | 200 MHz |
| -3dbBandwidth | 450 MHz |
| Current-InputBias | 3 pA |
| Voltage-InputOffset | 2 mV |
| Current-Supply | 8.3mA |
| Current-Output/Channel | 100 mA |
| Voltage-SupplySpan(Min) | 2.7 V |
| Voltage-SupplySpan(Max) | 5.5 V |
| OperatingTemperature | -40°C ~ 125°C |
| MountingType | Surface Mount |
| Package/Case | SOT-23-6 |
概要
Description
1. High-Speed Performance: It boasts a gain bandwidth product of 200 MHz and a slew rate of 360 V/µs, ensuring fast response times in dynamic systems.
2. Low Offset Voltage: With a low input offset voltage, it ensures precision in signal amplification.
3. Rail-to-Rail Output: Supports rail-to-rail output swing, enhancing dynamic range, which is critical for precision applications.
4. Wide Supply Range: Operates over a wide supply voltage range from 2.5V to 5.5V, providing flexibility in different circuit designs.
5. Automotive-Grade: It meets AEC-Q100 standards, ensuring reliability in automotive environments with extended temperature ranges.
The OPA355QDBVRQ1 is ideal for applications requiring fast, accurate signal processing, including data acquisition systems, communication equipment, and automotive sensor interfaces.
Equivalent
1. AD8065 by Analog Devices: Offers similar bandwidth and low noise.
2. LTC6255 by Analog Devices (previously Linear Technology): Features high speed with low power.
3. LMH6611 by Texas Instruments: Provides similar performance metrics.
4. THS4271 by Texas Instruments: High-speed, low-noise amplifier.
Ensure compatibility in terms of specifications like bandwidth, supply voltage, and power requirements when considering alternatives.
Features
1. High Speed: It offers a wide bandwidth of 200 MHz and a high slew rate of 360 V/µs, making it suitable for fast signal processing.
2. Low Power Consumption: The device operates on a low quiescent current of 8 mA, optimizing power efficiency.
3. Rail-to-Rail Output: Enables maximum dynamic range and flexibility in output voltage swings.
4. Wide Supply Voltage Range: Operates between 2.5V and 5.5V, accommodating various power supply conditions.
5. Low Input Offset Voltage: It has a low input offset voltage of 5 mV, enhancing precision in signal processing.
6. Automotive Grade: Qualified for automotive applications with an extended temperature range of -40°C to 125°C.
7. Small Package: Available in a compact SOT-23-5 package, ideal for space-constrained applications.
These features make the OPA355QDBVRQ1 suitable for high-speed signal processing in automotive, industrial, and consumer electronics applications.
Pinout
1. Pin 1 (NC): No internal connection.
2. Pin 2 (IN- or V-): Inverting input of the operational amplifier.
3. Pin 3 (IN+ or V+): Non-inverting input of the operational amplifier.
4. Pin 4 (V- or GND): Negative power supply or ground.
5. Pin 5 (OUT): Output of the operational amplifier.
6. Pin 6 (V+ or VDD): Positive power supply.
The OPA355QDBVRQ1 is specifically designed for high-speed and low-power applications, offering features such as rail-to-rail output, low noise, and high slew rate, making it suitable for various applications like precision data acquisition, active filters, and buffering in ADCs.
Manufacturer
Application
1. Automotive Systems: Utilized in sensor signal conditioning and active filters due to its wide bandwidth and high slew rate.
2. Consumer Electronics: Employed in video processing, imaging, and audio equipment for its low noise and fast response characteristics.
3. Communication Equipment: Used in transceivers and signal amplification for its high-speed operation.
4. Industrial Instrumentation: Suitable for data acquisition systems and test equipment where precision and speed are critical.
5. Medical Devices: Implemented in medical imaging and diagnostic equipment, benefiting from its accuracy and reliability.
Its robust performance makes it versatile for high-speed and precision-driven applications.