SY10E141JY-TR

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The SY10E141JY-TR is a member of the SY100E logic family and is a 8-Bit dual D-type flip-flop register. These register elements can be used to form synchronous or asynchronous logic circuits to perform a variety of logic functions. The logic registers are also commonly referred to as shift registers as they can store binary data bits that are shifted upon successive clock pulses.

The SY10E141JY-TR has two data and one clock input and a pair of enable pins. The chip has two modes of operation: a serial-in-parallel-out mode with the PD input enabled and a parallel-in serial-out mode with the CLK input enabled. The device will transfer serial data into the flip-flops on the falling edge of the clock pulse. The output is acquired on the succeeding rising edge of the clock. The enable pins control whether or not the associated flip-flop will store data.

The SY10E141JY-TR contains two independent 8-bit, dual D-type flip-flops with complementary outputs. Each flip-flop is clocked separately and is composed of two one-bit registers. The device has a maximum shift rate of 40 MHz and a low standby power dissipation of 4.5mA. It has an operating temperature range of -40°C to +85°C. The SY10E141JY-TR is available in a surface mount package and can be used with a variety of logic circuits.

The SY10E141JY-TR is recommended for applications ranging from low-speed, low power, and low cost data storage applications to higher-speed, higher power, and higher cost applications. The SY10E141JY-TR can be used to implement clock and data synchronizers, linear feedback shift registers, counters, and data acquisition systems. The SY10E141JY-TR can also be used as an arithmetic logic unit (ALU) to perform binary arithmetic operations.

The SY10E141JY-TR is a versatile logic register element that can be used in a variety of applications. The device can be used to store data bits and facilitate their transmission from one system component to another. The device has integrated clocks and enable pins that allow it to be configured for various operations. The SY10E141JY-TR can be used to form synchronous and asynchronous logic circuits to perform logic functions, create shift registers, and even function as an ALU to carry out arithmetic calculations. The device is capable of high speed data transfer, low power consumption, and reliable operation over a wide temperature range. The SY10E141JY-TR is an ideal choice for high power and high-speed data storage and transmission applications.

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