CS817x22HS Low-Power Dual-Channel Digital Isolators

CS817x22HS

CS817x22HS has good quality and a cheaper price, which can effectively help you reduce costs and make your products more competitive. In addition, we have sufficient supply and stable price of this parts, which can greatly help you to avoid problems such as price increases and parts shortages of similar products from other brands.

Comparison of CS817x22HS vs. ADuM121N1BRZ / ADuM121N1WBRZ

The CS817x22HS provides superior performance compared to the ADuM121N1BRZ and ADuM121N1WBRZ chips in terms of data transfer speed and signal integrity. While both chips offer galvanic isolation, the CS817x22HS features a wider voltage range and a faster switching time, making it ideal for high-speed applications. Additionally, our chip offers improved robustness under harsh environmental conditions, ensuring reliability over extended usage.

Comparison of CS817x22HS vs. ADuM1281ARZ / ADuM1281WARZ

The CS817x22HS outperforms the ADuM1281ARZ and ADuM1281WARZ by offering a higher isolation voltage rating and better power efficiency. The CS817x22HS is designed for higher throughput applications, and its lower propagation delay reduces signal distortion, which is critical for time-sensitive operations in industrial automation and telecommunications. Furthermore, our chip integrates enhanced noise immunity, ensuring superior performance in electrically noisy environments.

Comparison of CS817x22HS vs. ADuM1281BRZ / ADuM1281WBRZ

When comparing CS817x22HS with the ADuM1281BRZ and ADuM1281WBRZ, our chip delivers lower power consumption without compromising on performance. The CS817x22HS features integrated features such as dynamic fault detection, which improves system reliability. It also supports a broader temperature range, making it suitable for applications in extreme conditions, whereas the competitor products tend to perform optimally only within more moderate ranges.

Comparison of CS817x22HS vs. ADuM1281CRZ / ADuM1281WCRZ

The CS817x22HS chip excels in terms of data transmission integrity when compared to the ADuM1281CRZ and ADuM1281WCRZ. Our chip features enhanced isolation, offering better resistance to transient voltages and reducing the risk of data corruption. This makes it particularly advantageous for use in critical applications like medical equipment and industrial control systems where accuracy is paramount. Additionally, the CS817x22HS supports a higher degree of customizability, allowing for easier integration into a variety of system architectures.

Comparison of CS817x22HS vs. ADuM7241ARZ / ADuM7241CRZ

The CS817x22HS outperforms both the ADuM7241ARZ and ADuM7241CRZ in terms of isolation resistance and fault tolerance. While the ADuM7241 series is a robust solution for general isolation needs, the CS817x22HS incorporates advanced diagnostic features, such as built-in self-testing, which ensures the reliability of the system during prolonged operation. Additionally, our chip supports higher-speed data transmission, enhancing overall system performance, especially in high-frequency applications.

Comparison of CS817x22HS vs. ADuM3201ARZ / ADuM3201BRZ / ADuM3201CRZ

In comparison to the ADuM3201ARZ, ADuM3201BRZ, and ADuM3201CRZ, the CS817x22HS offers improved isolation with a higher rated withstand voltage. Our chip also provides lower propagation delay, which is essential in reducing the system latency. The CS817x22HS integrates a more flexible interface, allowing for easier integration into various communication protocols. This provides greater design flexibility compared to the ADuM3201 series, which is typically more rigid in its application.

Comparison of CS817x22HS vs. ADuM3201WARZ / ADuM3201WBRZ / ADuM3201WCRZ

When comparing the CS817x22HS to the ADuM3201WARZ, ADuM3201WBRZ, and ADuM3201WCRZ, our product offers significant advantages in terms of speed and isolation performance. The CS817x22HS is designed to handle more complex, high-speed applications, making it an ideal choice for advanced communications systems. Furthermore, the CS817x22HS offers a broader operational temperature range and more robust EMC performance, making it suitable for use in challenging environments like industrial automation or automotive applications.

Comparison of CS817x22HS vs. ADuM1201AR / ADuM1201ARZ / ADuM1201BRZ

The CS817x22HS demonstrates superior power efficiency when compared to the ADuM1201AR, ADuM1201ARZ, and ADuM1201BRZ. While the ADuM1201 series offers basic galvanic isolation, the CS817x22HS is optimized for high-frequency applications with lower total harmonic distortion (THD), which enhances signal integrity. Additionally, our chip provides more advanced protection features against electrical surges, making it ideal for mission-critical applications in industrial automation and medical instrumentation.

Comparison of CS817x22HS vs. ISO7721D / ISO7221AD / ISO7221BD / ISO7221CD

When compared to the ISO7721D and ISO7221 series chips, the CS817x22HS provides higher levels of isolation and faster switching times, making it the preferred solution for high-speed industrial control systems. The CS817x22HS also features lower power consumption and better thermal management, ensuring longer operational lifespans in demanding applications. While the ISO7221 series chips are suitable for many isolation tasks, the CS817x22HS offers a more comprehensive feature set for modern, high-performance systems.

Comparison of CS817x22HS vs. Si8622EB-B-IS / Si8622EC-B-IS

Finally, when comparing the CS817x22HS to the Si8622EB-B-IS and Si8622EC-B-IS, our chip excels in terms of its higher isolation voltage rating and better overall signal integrity. The CS817x22HS has a significantly lower propagation delay and offers greater noise immunity, making it the superior choice for high-precision applications. Additionally, the CS817x22HS supports more flexible communication protocols, ensuring compatibility with a wider range of industrial and consumer electronics.