9EPRS475BGLFT

Within the area of Clock/Timing-Application Specific, the 9EPRS475BGLFT is an outstanding example of a clock-timing module which combines the features and functions needed to be an essential part of any modern electronic equipment. This cutting-edge device is comprised of a highly efficient quartz crystal clock oscillator, a precision temperature-compensated voltage regulator and a low-profile clock multiplexer (CMUX) circuit.

The 9EPRS475BGLFT is designed to bridge the gap between the high-quality components needed by the manufacturer and the cost-effectiveness desired by the customer, allowing both the designer and the budget-conscious customer to achieve their goals. This flexible system is designed to be able to accommodate the ever-changing needs and applications of the modern electro-mechanical world. With its simple and intuitive design, the 9EPRS475BGLFT is the perfect choice for a wide variety of applications.

At its core, the 9EPRS475BGLFT is an extremely efficient quartz crystal clock oscillator. This oscillator is optimized to provide the precise amount of frequency accuracy needed by the most demanding applications, while still providing a highly cost-effective solution. Additionally, the oscillator is designed to be extremely reliable and rugged, ensuring that it will be able to provide continuous, quality operation for years.

The 9EPRS475BGLFT also features a precision temperature-compensated voltage regulator and a low-profile clock multiplexer (CMUX) circuit. The highly efficient voltage regulator allows the 9EPRS475BGLFT to remain within a given voltage range regardless of the temperature of its environment. Additionally, the CMUX circuit provides the user with the capability to multiplex or switch frequencies between two or more channels in a cost-effective manner. This feature is especially useful in applications where multiple frequencies are required.

Finally, the 9EPRS475BGLFT offers a number of customization options, allowing the user to configure the clock for the particular application. Included in these options are the ability to select from a wide array of standard and custom clock frequencies, as well as the ability to configure the clock for multiplexed operation. Additionally, the 9EPRS475BGLFT can be programmed to work with programmable logic devices, allowing the user to further customize the clock for specific applications. The 9EPRS475BGLFT is also available in both surface mount and through-hole package types for easier implementation.

The 9EPRS475BGLFT is an outstanding example of how a clock-timing module can be designed to meet the needs of both designers and consumers. With its high-efficiency quartz crystal clock oscillator, precision temperature-compensated voltage regulator, low-profile clock multiplexer (CMUX) circuit and customization options, the 9EPRS475BGLFT is the perfect choice for a wide variety of applications requiring clock-timing precision, cost-effectiveness and reliability.