The OPA1652AIDGKR is a high-performance operational amplifier (op-amp) from Texas Instruments. It is designed to offer excellent precision and high-speed performance in a variety of applications.
Description:
The OPA1652AIDGKR is a precision operational amplifier that features a high slew rate of 4 V/µs and a low input bias current of 1 pA. It is available in a small 8-pin SOIC package and has a supply voltage range of ±2.5V to ±18V.
Features:
- High slew rate: The OPA1652AIDGKR has a high slew rate of 4 V/µs, which allows it to respond quickly to input changes and provide fast output settling times.
- Low input bias current: The input bias current of the OPA1652AIDGKR is only 1 pA, which makes it suitable for use in high-impedance applications.
- Precision: The OPA1652AIDGKR offers excellent precision, with a low input offset voltage of 1 µV max and a low drift of 0.5 µV/°C.
- Wide supply voltage range: The OPA1652AIDGKR can operate from a supply voltage range of ±2.5V to ±18V, making it suitable for a wide range of applications.
- Low noise: The OPA1652AIDGKR has a low noise level of 5 nV/√Hz, which makes it ideal for use in precision measurement applications.
Applications:
The OPA1652AIDGKR is suitable for a variety of precision applications, including:
- Strain gauge amplifiers: The low input bias current and high precision of the OPA1652AIDGKR make it ideal for use in strain gauge amplifiers.
- Medical instrumentation: The OPA1652AIDGKR can be used in medical instrumentation, such as blood pressure monitors and other precision measurement devices.
- Industrial control systems: The high slew rate and low noise of the OPA1652AIDGKR make it suitable for use in industrial control systems, such as motor control and sensor conditioning.
- Audio equipment: The OPA1652AIDGKR can be used in audio equipment, such as microphone preamps and active filters, due to its low noise and precision performance.
- Precision measurement systems: The OPA1652AIDGKR can be used in precision measurement systems, such as digital voltmeters and current sensors, due to its low drift and high precision.