OP1177 (7)
The OP1177 series is available from Analog Devices at Xecor. Designed for precision amplification, the OP1177 offers exceptional performance with low offset voltage (60 µV maximum), low input bias current (2 nA maximum), and low noise (8 nV/√Hz typical). Available in compact 8-lead MSOP and SOIC packages, it is ideal for applications in wireless base station control circuits, optical networks, instrumentation, and sensor signal conditioning, including thermocouples, RTDs, and strain bridges. Whether used in precision filters or industrial control systems, this series ensures high accuracy and reliability for demanding environments. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the OP1177 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| OP1177ARZ | Low noise single op amp with precision characteristics | SOIC-8 | 9,220 | |
| OP1177ARMZ | Small Form Factor Package | MSOP-8 | 7,530 | |
| OP1177AR | 8-pin Small Outline Integrated Circuit Operational Amplifier with ±15V Dual Power Supply for General Purpose Use | SOIC-8 | 8,987 | |
| OP1177ARMZ-REEL | Bipolar operational amplifier in PDIP8 package with a maximum offset voltage of 1500uV | MSOP-8 | 5,186 | |
| OP1177ARZ-REEL7 | Precision op amp for low noise applications | SOIC-8 | 2,323 | |
| OP1177ARZ-REEL | Precision Operational Amplifier, Single Configuration, Suitable for ±15V Power Rails, Packaged in 8-Pin SOIC, Provided on Tape/Reel | SOIC-8 | 2,009 | |
| OP1177ARMZ-R7 | Op Amp Single Precision Amplifier ±15V 8-Pin MSOP T/R | MSOP-8 | 7,909 |
Key Featrues
Low Offset Voltage (60 µV maximum): This feature ensures minimal error in signal amplification, making the amplifier ideal for precision applications such as sensor signal conditioning and instrumentation. The low offset voltage enhances accuracy in measurements and reduces the need for calibration.
Low Input Bias Current (2 nA maximum): With minimal current drawn from the input signal, this feature minimizes loading effects on high-impedance sources, preserving signal integrity. It is particularly beneficial in applications like thermocouple and RTD measurements, where input impedance is critical.
Low Noise (8 nV/√Hz typical): The amplifier's low noise performance ensures clear signal amplification in sensitive applications such as wireless base station control circuits and optical networks. This feature enhances signal-to-noise ratio, improving overall system performance.
High CMRR and PSRR (>120 dB): The high common-mode rejection ratio (CMRR) and power supply rejection ratio (PSRR) ensure stable operation in noisy environments, reducing interference from power supply fluctuations and common-mode signals. This makes the amplifier suitable for industrial and automotive applications.
Wide Supply Voltage Range (±2.5V to ±15V): This feature allows the amplifier to operate in a variety of power supply configurations, making it versatile for both line-powered and portable instrumentation. It supports flexibility in design and compatibility with different system requirements.
Low Input Bias Current (2 nA maximum): With minimal current drawn from the input signal, this feature minimizes loading effects on high-impedance sources, preserving signal integrity. It is particularly beneficial in applications like thermocouple and RTD measurements, where input impedance is critical.
Low Noise (8 nV/√Hz typical): The amplifier's low noise performance ensures clear signal amplification in sensitive applications such as wireless base station control circuits and optical networks. This feature enhances signal-to-noise ratio, improving overall system performance.
High CMRR and PSRR (>120 dB): The high common-mode rejection ratio (CMRR) and power supply rejection ratio (PSRR) ensure stable operation in noisy environments, reducing interference from power supply fluctuations and common-mode signals. This makes the amplifier suitable for industrial and automotive applications.
Wide Supply Voltage Range (±2.5V to ±15V): This feature allows the amplifier to operate in a variety of power supply configurations, making it versatile for both line-powered and portable instrumentation. It supports flexibility in design and compatibility with different system requirements.
Applications
Precision Thermocouple Amplifier: The OP1177 is ideal for amplifying signals from thermocouples in high-temperature environments. Its low offset voltage and drift ensure accurate signal conditioning, making it suitable for industrial temperature monitoring and control systems.
Strain Gauge Signal Conditioner: The OP1177 excels in amplifying signals from strain gauges in load cells and pressure sensors. Its low noise and high precision enable reliable measurements in structural health monitoring and industrial weighing applications.
RTD Signal Amplifier: The OP1177 is perfect for amplifying signals from resistor thermal detectors (RTDs) in temperature sensing applications. Its low input bias current and high CMRR ensure accurate and stable performance in precision instrumentation.
Shunt Current Measurement Amplifier: The OP1177 is well-suited for amplifying signals from shunt resistors in current measurement circuits. Its low offset voltage and high gain bandwidth product make it ideal for precision current monitoring in power management and battery monitoring systems.
Strain Gauge Signal Conditioner: The OP1177 excels in amplifying signals from strain gauges in load cells and pressure sensors. Its low noise and high precision enable reliable measurements in structural health monitoring and industrial weighing applications.
RTD Signal Amplifier: The OP1177 is perfect for amplifying signals from resistor thermal detectors (RTDs) in temperature sensing applications. Its low input bias current and high CMRR ensure accurate and stable performance in precision instrumentation.
Shunt Current Measurement Amplifier: The OP1177 is well-suited for amplifying signals from shunt resistors in current measurement circuits. Its low offset voltage and high gain bandwidth product make it ideal for precision current monitoring in power management and battery monitoring systems.
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