MK1491-06RILF

The MK1491-06RILF is a programmable clock generator for frequency generation, divider, prescaler, and delay operations. It combines the most popular frequency and divider functions, such as a 10MHZ input oscillator, and an external 10MHz reference clock (required) into one integrated circuit. This device can be programmed to accurately generate a wide variety of required frequencies, as well as provide and synchronize delay functions, in a single package.

The MK1491-06RILF operates using a two-phase synchronous mechanism, with two independent oscillators to control the output frequency. The synchronous circuit consists of two independent oscillators with the same frequency, which are connected by a network of counters and dividers. These two oscillators are the source of the output frequency, and it is the ratio between the two that determines the ratio between the output and the reference frequency. The output frequency is calculated by multiplying the reference frequency by the ratio. The inputs are programmed using a series of up/down pulse trains.

The MK1491-06RILF is suitable for applications such as telecommunications systems and precision timing instruments. It can also be used in computer systems for clock synchronization, to synchronize pulses, and to control the output frequency of system clocks. It is also suitable for general timing applications, such as establishing synchronization and cycle times in electronic systems.

The MK1491-06RILF can be used to generate a wide range of frequencies, from 10kHz to 10MHz, and is accurate to better than 0.01%. It can be used in both analog and digital systems, and supports a range of input types, including TTL and LVTTL. It is stable in the presence of power-supply noise and other external factors, and is capable of high-speed operation. It is also highly configurable, and is capable of operating in various clock formats, such as FSK, BCD, or digital.

The MK1491-06RILF is a highly integrated, low-cost clock generator designed to provide reliable and accurate frequency and timing solutions in a wide variety of applications. It provides a cost-effective alternative to discrete clock components, and is ideal for applications where accuracy and reliability are priority requirements. Its flexible design makes it suitable for use in a variety of environments and applications.