SY10E151JC-TR

SY10E151JC-TR is a low power advanced ECL (emitter-coupled logic) flip-flop device. It features a very high speed performance and can be used in very low power applications. SY10E151JC-TR contains two high speed advanced ECL NAND gate flip-flops. It has a small form factor and is simple to use. The low power advanced ECL technology also allows the flip-flop to be used in applications where power consumption needs to be kept to a minimum.

Because SY10E151JC-TR is a low power advanced ECL flip-flop, its application field is expanding. It can be used in a wide range of applications, including high speed serial communication, high speed digital signal processing, networking, cellular base station, digital audio/video applications, automotive systems, and more. Additionally, it is an ideal choice for embedded systems, since it helps reduce the overall power consumption, has a small footprint and high-speed performance.

SY10E151JC-TR has two NAND gates that operate as a latch. When the latch is enabled, it will remain in the current state until another input is given to change its state. The latch can be triggered either high or low, depending on the specific application. The device has wide supply voltage ranges (3.0V to 10.5V) and can operate up to fifty-five megabits per second (Mbit/s).

The SY10E151JC-TR also features an exceptionally low stand-by current, along with a good power-down-mode away from the logic high-standby operation. This provides a great power saving, when compared to other ECL devices. It is also designed to stay in its most recent state, in the case of power failure. This ensures the device remains synchronized and does not suffer from any data loss.

In conclusion, SY10E151JC-TR is a highly advanced and effective ECL flip-flop with a wide range of applications. It boasts a wide supply voltage range and a fast operating speed, along with very low stand-by current and good power-down-mode performance. All these features combine to make SY10E151JC-TR an ideal choice for designers requiring low-power, high-speed flip-flop devices.