LT1001 (6)
LT1001 is available from Analog Devices Inc. Inc. at Xecor. Designed for precision operational amplification, the LT1001 offers key features such as low offset voltage, low drift, low bias current, and exceptional noise performance. Available in multiple package options, including the 8-PDIP, it is ideal for applications like thermocouple amplifiers, strain gauge amplifiers, low-level signal processing, and high-accuracy data acquisition. Whether used in industrial instrumentation, medical devices, or precision measurement systems, this series ensures high performance, reliability, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices Inc. Inc.. Please view our extensive selection of the LT1001 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| LT1001CS8 | ±22V 8-Pin SOIC N | 8-SOIC | 6,589 | |
| LT1001ACN8 | 001 - Precision Operational Amplifier | PDIP-8 | 7,422 | |
| LT1001CS8#TRPBF | The LT1001CS8#TRPBF offers exceptional accuracy and stability | SOIC-8 | 7,750 | |
| LT1001CS8#PBF | Op Amp Single Precision Amplifier ±22V 8-Pin SOIC N Tube | SOIC-8 | 4,142 | |
| LT1001CN8#PBF | High-precision op amp for precise signal processing | PDIP-8 | 3,601 | |
| LT1001ACN8#PBF | Packaged in a durable 8-pin PDIP tube for easy installation | PDIP-8 | 2,345 |
Key Featrues
Low Offset Voltage: The LT1001AM guarantees a maximum offset voltage of 15µV, and the LT1001C guarantees 60µV max. This feature ensures high accuracy in signal amplification, making it ideal for precision applications like data acquisition and sensor signal conditioning.
Low Drift: With a maximum drift of 0.6µV/°C for the LT1001AM and 1.0µV/°C for the LT1001C, the amplifier maintains stable performance across varying temperatures. This reduces the need for frequent recalibration and enhances reliability in temperature-sensitive environments.
Low Bias Current: The LT1001AM has a maximum bias current of 2nA, and the LT1001C has 4nA max. This minimizes errors in high-impedance circuits, improving accuracy in applications like low-level signal processing and sensor interfacing.
High CMRR and PSRR: The LT1001AM offers a minimum CMRR of 114dB and PSRR of 110dB, while the LT1001C provides 110dB and 106dB, respectively. These features ensure excellent noise rejection and power supply stability, making the amplifier suitable for noisy industrial environments.
Low Power Dissipation: The LT1001AM and LT1001C have maximum power dissipation of 75mW and 80mW, respectively. This low power consumption enhances energy efficiency and makes the amplifier suitable for battery-powered or energy-sensitive applications.
Low Drift: With a maximum drift of 0.6µV/°C for the LT1001AM and 1.0µV/°C for the LT1001C, the amplifier maintains stable performance across varying temperatures. This reduces the need for frequent recalibration and enhances reliability in temperature-sensitive environments.
Low Bias Current: The LT1001AM has a maximum bias current of 2nA, and the LT1001C has 4nA max. This minimizes errors in high-impedance circuits, improving accuracy in applications like low-level signal processing and sensor interfacing.
High CMRR and PSRR: The LT1001AM offers a minimum CMRR of 114dB and PSRR of 110dB, while the LT1001C provides 110dB and 106dB, respectively. These features ensure excellent noise rejection and power supply stability, making the amplifier suitable for noisy industrial environments.
Low Power Dissipation: The LT1001AM and LT1001C have maximum power dissipation of 75mW and 80mW, respectively. This low power consumption enhances energy efficiency and makes the amplifier suitable for battery-powered or energy-sensitive applications.
Applications
Thermocouple Signal Conditioning: The LT1001 is ideal for amplifying and conditioning signals from thermocouples, ensuring high accuracy and low noise in temperature measurement systems. Its low offset voltage and drift make it suitable for precision applications in industrial and scientific environments.
Strain Gauge Amplification: The LT1001 excels in amplifying low-level signals from strain gauges, providing high common-mode rejection and low noise. This makes it perfect for load cell and pressure sensor applications where precision and stability are critical.
Low-Level Signal Processing: The LT1001 is well-suited for processing low-level signals in sensitive measurement systems, such as medical instrumentation or environmental monitoring. Its low bias current and high CMRR ensure accurate signal amplification even in noisy environments.
High-Accuracy Data Acquisition: The LT1001 is an excellent choice for high-accuracy data acquisition systems, where its low noise, low drift, and high PSRR ensure reliable performance in applications such as laboratory equipment and industrial control systems.
Strain Gauge Amplification: The LT1001 excels in amplifying low-level signals from strain gauges, providing high common-mode rejection and low noise. This makes it perfect for load cell and pressure sensor applications where precision and stability are critical.
Low-Level Signal Processing: The LT1001 is well-suited for processing low-level signals in sensitive measurement systems, such as medical instrumentation or environmental monitoring. Its low bias current and high CMRR ensure accurate signal amplification even in noisy environments.
High-Accuracy Data Acquisition: The LT1001 is an excellent choice for high-accuracy data acquisition systems, where its low noise, low drift, and high PSRR ensure reliable performance in applications such as laboratory equipment and industrial control systems.
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