TD-4.096MCE-T

TD-4.096MCE-T application field and working principle

TD-4.096MCE-T products are commonly used in the areas of power system digital communication, wireless communication, industrial control, network access, computer interface, instrumentation, automobile, aerospace, networking and other high-end equipment. In order to achieve lower jitter, the power system digital communication generally uses 1:4 clock divider, which can divide the frequency of 4 lines of differential clocks at the same time.

This paper introduces the application field and working principle of TD-4.096MCE-T. The product is a fixed frequency single ended and differential CMOS clock generator. It is capable of both LVCMOS and LVDS output, and can be used to support both differential clock and single ended clock. This product delivers 4 independently programmable clocks from a single common input. With a wide range of operating frequencies, it is suitable for various applications.

The working principle of TD-4.096MCE-T is as follows. The incoming input signal (I) is first divided by a counter, which is then sent to a NAND gate and a pulse rate multiplier. The output of the NAND gate is connected to the oscillator circuit, where the incoming signal is converted to an artificial clock signal. The pulse rate multiplied output and the artificial clock are fed to the multiplexer, where they are divided into 4 clock outputs. The 4 clock outputs can be programmed independently, and each of them can have different frequencies. The working principle of TD-4.096MCE-T is shown in the figure below.

As a result, the TD-4.096MCE-T provides a flexible and cost-effective solution for various applications. It delivers 4 independently programmable clock outputs from a single common input, thereby reducing cost and complexity. Furthermore, the product offers a wide range of operating frequencies, which makes it suitable for various applications.