Overview of OPA340NA/3K by Texas Instruments
The OPA340NA/3K by Texas Instruments is a single-supply, rail-to-rail, low power operational amplifier housed in a 5-SOT-23 package. With an operating temperature range of -40 to 85°C, this component is designed for versatility in varying environmental conditions. It has an architectural build based on voltage-feedback, and features low bias and offset characteristics which make it a suitable choice for critical applications requiring precision and low power consumption. This op amp is characterized by a substantial voltage gain minimum of 50,000 and a nominal unity gain bandwidth of 5.5 MHz.
Noteworthy specifications include a maximum input offset voltage of 500 µV and a maximum supply current of only 0.95 mA, highlighting its efficiency. The OPA340NA/3K is equipped with a common-mode rejection ratio that can reach up to 92 dB, providing excellent noise rejection capabilities in complex electronic environments. Additionally, its slew rate at a nominal value of 6 V/µs ensures adequate response times for a wide range of applications.
Manufactured in a green, plastic, SOT-23, 5 pin package, this Operational Amplifiers subcategory component adheres to various compliance standards including RoHS, REACH, and is characterized with a lead-free designation which makes it suitable for environmentally sensitive applications across global markets. It’s also worth noting that this part is categorized under ECCN code EAR99, which simplifies the export regulations to most destinations.
Industry Applications for OPA340NA/3K
The OPA340NA/3K could potentially be utilized across several industries due to its operational characteristics and environmental versatility. Below are some conceptual applications within specific industries:
- Internet of Things (IoT): In IoT devices, energy efficiency and precision are paramount. The low power consumption and high voltage gain of the OPA340NA/3K potentially make it ideal for use in smart sensors and wearables, which require continuous operation and precise data processing.
- Healthcare: The high common-mode rejection ratio and low offset of this op amp make it potentially suitable for medical devices where signal integrity is critical. It could be considered for use in devices like patient monitoring systems and portable diagnostic instruments where stable and reliable operation is needed.
- Telecommunications: The amplifier’s ability to operate at industrial temperature grades and its robust voltage feedback architecture might allow its use in telecommunications infrastructure, such as signal conditioning equipment where linearity and high-frequency response are crucial.
It is important for engineering and design teams to perform thorough analyses and verifications before incorporating the OPA340NA/3K into specific applications, ensuring adherence to industry standards and meeting all required performance criteria.
About Texas Instruments
Texas Instruments, often shortened to TI, is a prominent manufacturer known for its broad range of electronic components including a significant lineup of Operational Amplifiers. TI operational amplifiers span from general-purpose models to specialized amplifiers, with the OPA340NA/3K representing an example of low-power, precision amplifiers within their portfolio. Their products are typically recognized for their reliability, extended operational ranges, and the innovative use of technologies such as CMOS and BiCMOS. These technologies enable enhanced speed, efficiency, and analog performance, catering to both universal and niche market needs.
Where to Find OPA340NA/3K by Texas Instruments
To secure OPA340NA/3K for your designs, you can check current stock and pricing on findchips.com. This site allows you to compare distributor options and availability effectively. Previous availability has included distributors such as Mouser Electronics, DigiKey, and Farnell among others, though real-time stock levels should be verified for the most current status. Also, the Operational Amplifiers category may offer alternatives by Texas Instruments or other manufacturers if OPA340NA/3K doesn’t exactly match your application requirements.