DS92LV1021AMSAX/NOPB

DS92LV1021AMSAX/NOPB is one of the most advanced serializer/deserializer products from Texas Instruments which provides an efficient way to convert high speed parallel data into scaled low-speed serial data in a Synchronous Serial Interface (SSI), and vice versa. This device is commonly used in a wide range of applications, including communication networks, computer and digital peripherals, video processing, control systems and data acquisition systems.

Application Field of DS92LV1021AMSAX/NOPB

The DS92LV1021AMSAX/NOPB is designed to provide a cost-effective serial link solution for applications that require high data reliability, accuracy and timing. It can be used in a variety of environments, including Industrial Automation, Telecommunications, and Military/Aerospace. It also finds applications in consumer electronics and automotive control systems.

The DS92LV1021AMSAX/NOPB is ideal for serial link applications in communication networks where high speed serial data exchange is required. It supports dual-rate data transmission up to 6 Gbits/s, making it suitable for storage aided interconnects, high speed point-to-point links, and 10/100/1000 Ethernet serial optical modules. The device also supports Multi-Gigabit Ethernet, PCI Express, and Serial ATA applications. It also supports a wide variety of data rates, up to 6.375 Gbits/s.

The device is also used in point-to-point, multi-line and multi-point systems where its low power consumption, low latency and wide data rate range is indispensable. Moreover, its low power operation makes it suitable for battery-powered applications, including portable electronic devices, laptops, and wearable electronic systems.

The DS92LV1021AMSAX/NOPB is also used in computer and digital peripherals. Its low power operation and high speed serial data transfer capabilities make it suitable for applications such as printer and scanner interfaces, memory and storage applications, and high performance audio/video systems.

The device is also used in video processing applications such as HDTVs and DVD players, as well as for control and data acquisition systems. Its flexible I/O interface and wide data rate enable it to be used in applications such as xDSL modems, GSM base stations, and CANbus systems.

Working Principle of DS92LV1021AMSAX/NOPB

The DS92LV1021AMSAX/NOPB is a dual-slot serializer/deserializer which provides an efficient way to convert high speed parallel data into scaled low-speed serial data and vice versa. The device supports a wide variety of data rates and supports data per-lane rate scaling of up to 6 Gbits/sec. The device also supports data scrambling, which is designed to meet certain communication standards.

The device supports a variety of clock sources, including an embedded clock oscillator or external clock introduction or synchronization. The device can also adaptively synchronize to the recovered clock from an external source. It supports low jitter differential clock inputs and provides an ultra low jitter output clock.

The device includes an integrated 10-bit resolution ADC, which allows it to accept differential clock inputs or clock signals from external sources. It also includes an integrated 8-bit resolution DAC, which provides accurate phase and frequency control.

The device includes an integrated CFR (Continuous Frequency-Locked Loop) which performs frequency jitter attenuation and supports low-frequency noise cancellation. This ensures that the output clock has an ultra-low jitter, high compliance and low stability.

The device also supports a wide variety of data formats, such as non-return-to-zero (NRZ), 4B5B, 8B/10B, scalable voltage swing (SVS), low-voltage differential signaling (LVDS), and high-speed serial interface (HSIF). It can also support a wide range of line codes, including 8b/10b and 4b/4b.

Conclusion

The DS92LV1021AMSAX/NOPB from Texas Instruments is an advanced serializer/deserializer product with a wide range of features and performance. Its low power consumption and wide data rate make it suitable for a variety of applications including communication networks, computer and digital peripherals, video processing, control systems, data acquisition systems and more. Its robust and reliable performance also makes it ideal for industrial and military/aerospace applications. Moreover, its wide range of data formats, coding schemes and clock sources make it suitable for a wide range of applications.