IDTCV105EPVG8

The IDTCV105EPVG8 is a special type of device from Integrated Device Technology. It is mainly used in the fields of computer clock and timing, as a delay line and programmable clock generator. It is designed for applications that require precise timing for computer systems or data transfer.

The IDTCV105EPVG8 is a 5 output differential clock divider designed for computing applications or data transfer. It works by taking an input clock signal and dividing it into several lower frequency outputs. The device operates from a single 3.3V supply, requires no external components, and offers superior end-point accuracy. This makes it an ideal solution for computing applications and data transfer between devices.

The IDTCV105EPVG8 is a two-input, two-output 3.3V differential clock divider, with one differential input (VIN1, VIN2) and two differential outputs (VOUT1, VOUT2). The device has a low skew, low jitter performance and operates over wide operating temperature range. The two outputs can be independently programmable with 256 frequency options, allowing designers to optimize the performance of their applications. The device also has an on-chip temperature detector, to ensure that its performance remains consistent in a wider range of temperatures.

The IDTCV105EPVG8 also offers fine-tune capability, which allows the output to be set to precise frequencies even with no input clock present. This gives designers the flexibility to design applications that require precise timing, like data transfer between devices, signal processing and control systems. The device also has a programming interface, allowing designers to configure the device quickly and easily.

The IDTCV105EPVG8 is designed for applications that require precise timing for computer systems or data transfer. It can be used in embedded systems, aerospace and defense, automotive, and medical applications. The device is capable of providing superior end-to-end accuracy, low jitter and low skew, and precise frequency output options, making it ideal for a wide range of high-speed digital signal applications.