THS7002CPWPR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The THS7002CPWPR is a low noise high performance operational amplifier (op amp) intended for use in a wide variety of instrumentation and signal conditioning applications. The amplifier is capable of providing very low levels of noise, high speed, and extremely low distortion. Additionally, it has a wide gain bandwidth and very low non-linear distortion.

Description

The THS7002CPWPR is a dual-channel operation amplifier (op amp) built on a BiCMOS process with high-performance analog gain and low distortion for instrumentation and signal conditioning applications. The amplifier utilizes an overlapping input and output topology that minimizes noise. Additionally, the amplifier can operate at a high frequency of up to 500 MHz and has an exceptional wide gain bandwidth of up to 300 MHz. It features high slew rate to minimize distortion and provide excellent noise performance.

Features & Specifications

• Frequency Response: 500MHz
• Gain Bandwidth: 300MHz
• Slew Rate: 9.5V/µs
• Noise Performance: 1.3nV/√Hz
• Input Impedance: 100M Ω Differential
• Output Impedance: 2k Ω Differential
• Power Supply: Single or Dual 5V or ±5VDC
• Package: 16-Pin Wide SOIC (DIP)

Applications

The THS7002CPWPR is suitable for a wide range of applications, including sensor conditioners, portable instrumentation, audio systems, and automotive test systems. It also excels in applications that require high channel-to-channel isolation and multilayered gain structures. The THS7002CPWPR is a much more cost-effective alternative to discrete operational amplifiers (op amps), as it only requires a single integrated circuit (IC).

Working Principle

The THS7002CPWPR uses a modified overlap architecture to provide its excellent low noise performance. The input and output of the amplifier are connected together, forming a feedback loop. This feedback loop reduces the noise introduced by the amplifier as the overall gain of the amplifier is reduced. Additionally, the amplifier makes use of a high gain-bandwidth product to achieve its high-speed response. The high gain-bandwidth ensures that the output of the amplifier tracks the input, with minimal phase shift.

The amplifier also utilizes a low non-linear distortion technique to minimize distortion. The distortion is reduced by eliminating the first-order harmonic components produced by the output of the amplifier. Additionally, the THS7002CPWPR features slew-rate enhancement to reduce overshoot and undershoot caused by parasitic capacitance. The combination of the reduced distortion and slew-rate enhancement further improves the overall performance of the amplifier.

Conclusion

The THS7002CPWPR operational amplifier is suitable for a wide range of high-speed and low-noise instrumentation and signal conditioning applications. The amplifier utilizes an overlapping input and output topology to optimize its noise performance and make use of a high gain-bandwidth product. Additionally, the THS7002CPWPR features low non-linear distortion and slew-rate enhancement to further improve the overall performance of the amplifier. In conclusion, the THS7002CPWPR is a great solution for a variety of applications requiring low noise and high-speed performance.

The specific data is subject to PDF, and the above content is for reference