7SB3125DFT2G

The 7SB3125DFT2G is a logic-signal switch, multiplexer, and decoder. It enables a precise timing signal to be generated for the signal switching, multiplexing, and decoding of digital data signals. This device is ideal for applications such as test and measurement, telecommunications, and audio equipment. It is designed to operate in a wide variety of temperature ranges and can be programmed to switch any combination of digital data signals.

The 7SB3125DFT2G is capable of switching and multiplexing digital data signals up to 5GHz with an extremely low jitter value of less than 200 ps. This low jitter value allows for precise signal switching and multiplexing, which helps reduce the number of errors and improve overall system performance. In addition, this device supports a wide input/output voltage range, ensuring compatibility with different systems. Furthermore, this device also features a 3-phase clock signal for generating precise signals for each data bit.

The 7SB3125DFT2G features a synchronous CMOS technology, making it suitable for low power applications. This device has a low power consumption of between 75 mA and 125 mA. It also operates at a low voltage of 1.2 V and a high voltage of 3.3 V, making it versatile and compatible with many systems.

The 7SB3125DFT2G is easy to use and configure. It can be programmed to switch any combination of digital data signals with programmable “active low”, “active high”, and “set high, remain low” settings. It also supports variable delays in order to generate precise timing signals. Additionally, the 7SB3125DFT2G is hot swappable and supports multiplexing of up to 4 parallel signals.

Overall, the 7SB3125DFT2G is an ideal logic-signal switch, multiplexer, and decoder for applications such as test and measurement, telecommunications, and audio equipment. It features a high-speed switching, features a low jitter value and a wide input/output voltage range, supports synchronous CMOS technology, and is easy to configure and use.