MC10E196FNR2

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The MC10E196FNR2 is a versatile integrated circuit that works in a variety of applications related to clock/timing and delay lines. Its components are designed to provide accurate timing and synchronization for devices that need to operate in a multi-phase environment. The MC10E196FNR2 features a dedicated phase detection circuit that enables it to accurately detect phase changes in a variety of different environments. It also includes a range of programmable delay elements that can increase accuracy or decrease resolution in order to provide reliable synchronization over different time scales.

The MC10E196FNR2 is the perfect solution for applications such as mobile phone synchronization, data transmission synchronization, clock synchronization, and control systems. These applications require accurate timing and synchronization, and the MC10E196FNR2 meets these needs with its reliable and consistent performance. The circuit is also capable of operating at fast speeds, as it can output clocks up to 80 MHz with minimal jitter and skew.

The MC10E196FNR2 features a fast-start mode, which provides a high frequency system clock when power is applied. This fast start-up helps to eliminate the delay associated with the traditional system clock, allowing for more accurate timing and synchronization. The MC10E196FNR2 also features additional features such as power-on reset, an interrupt request pin, and an internal temperature sensor.

The MC10E196FNR2 is designed to work in an array of applications, and its flexibility allows it to be used in applications requiring a variety of different operations. For example, in a time delay application the MC10E196FNR2 can be used to provide delay lines with adjustable timing periods, resulting in some complex synchronization requirements. Additionally, the device can be used to provide clock synchronization between multiple systems, or to provide accurate and reliable timing within a single system.

The MC10E196FNR2 is a highly efficient integrated circuit, and this is evident in its extremely low power consumption. The MC10E196FNR2 can operate in full-power mode at a supply current of only 8mA and 5V, making it an attractive option for applications that require a low-power solution. Additionally, it is designed to be extremely robust and is capable of withstanding high temperatures, vibrations, and other stressors in environments such as aerospace and industrial applications.

The MC10E196FNR2 is a great choice for applications that require accuracy and high reliability. Its fast start-up times and versatile range of features make it ideal for use in both mobile and industrial applications, allowing for accurate and reliable timing of complex operations. Its low power consumption also makes it an attractive option for applications that need to maintain a low energy budget.

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