LMH6553SDEVAL/NOPB

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The LMH6553SDEVAL/NOPB evaluation board from Texas Instruments was developed to help designers accurately and easily evaluate the LMH6553 dual operational amplifier (op amp). This evaluation board allows designers to quickly and accurately understand the performance of the LMH6553 op amp for applications in precision analog circuits.

Application Field

The LMH6553SDEVAL/NOPB evaluation board is best suited for precision analog circuits. It is a great tool to have when evaluating the performance of the LMH6553 op amp for audio, video, instrumentation, medical and other analog applications. The board features a fully assembled and tested dual op amp circuit as well as several different configurations for testing to quickly evaluate different topologies.

Working Principle

The LMH6553SDEVAL/NOPB evaluation board uses a dual op amp circuit consisting of the LMH6553 in a SOIC-8 package and four 0 ohm resistors. This board uses feedback loops to accurately evaluate the performance of the LMH6553 in both unity gain and non-unity gain configurations. The board also offers three alternate feedback configurations (grounded non-inverting, single-ended inverting, and differential inverting) to help evaluate different types of op-amp circuit topologies.

The evaluation board features an adjustable power supply voltage range of ±2.5V to ±5.0V. It also includes a DC power supply connector to allow for input power search, as well as a ground plane test point, a quick test point, and a voltage range jumper for easy testing and tweaking. Furthermore, the evaluation board includes a signal analyzer and oscilloscope probes for analysis and evaluation of the op-amp performance.

Conclusion

The LMH6553SDEVAL/NOPB evaluation board from Texas Instruments is an invaluable tool for designers looking to accurately evaluate the performance of the LMH6553 dual op amp for precision analog applications. This evaluation board offers a convenient and easy-to-use platform for tests of different op-amp circuit topologies, including unity gain and non-unity gain configurations. Furthermore, the board includes a power supply and several test points and tools for a comprehensive and detailed evaluation.

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