DS1077Z-133+

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Time is one of the most important components of daily life, managing the affairs of life and producing synchronization of activities. To ensure this precision comes out reliably, products like the Maxim Integrated DS1077Z-133+ Programmable Oscillator are required. This high performance oscillator functions with excellent stability and accuracy thanks to its versatile design parameters and innovative design. It is optimized to provide customers with the highest levels of accuracy over a range of temperatures and supply voltages.

The DS1077Z-133+ Programmable Oscillator is designed for use in a variety of applications fields including network servers and gateways, scientific, medical and industrial equipment, telecommunications equipment and FPV/FPGA designs. It implements a three-phase output with dual digital control pins, allowing users to quickly switch between 13 distinct frequency settings in a harmonics-free manner. In addition, the device also features wide frequency range with up to 200 MHz. All of these design features make the DS1077Z-133+ an excellent choice for a wide range of designs needing an accurate and reliable source of timing signals.

The working principle of the DS1077Z-133+ is based on a three-phase oscillator design with two digital control pins that allow users to program the oscillator frequency to one of the pre-established values. The oscillator frequency is then adjustable via the two digital control pins, where each pin represents a single bit of information used to generate the required oscillator frequency. This type of design significantly reduces the required power and area of the integrated circuit, ensuring cost-effective and accurate frequency control.

The DS1077Z-133+ works by using its dual control pins to configure the oscillator frequency output. The control pins work in conjunction with a phase-locked loop (PLL) to induce a specific frequency output dependent on the desired application. While the PLL is designed to prevent any harmonic distortion from occurring, the two digital control pins allow for a wide variety of pre-programmed frequencies to be used. These frequencies are adjustable through an EPROM interface and are also available on a number of industry standard products such as DIP switches.

Not only does the DS1077Z-133+ provide users with a wide range of application field options, but it is also available in a range of different packages. These include surface mount and through-hole footprints that are suitable for a variety of applications. Moreover, a built-in resistive temperature coefficient (RTC) makes temperature compensation easy and allows the oscillator to maintain high frequency accuracy and stability over a wide range of temperatures. This ensures the oscillator performance remains stable even in the most extreme environments.

Overall, the Maxim Integrated DS1077Z-133+ is an excellent choice for providing reliable and accurate timing and frequency signals to a variety of applications. Its three-phase design and dual digital control pins allow users to quickly switch between different pre-programmed frequency settings for a wide range of different applications. Its temperature-stabilized design also ensures the oscillator performs accurately in extreme conditions, making it the ideal solution for providing precision timing signals in any environment.

The specific data is subject to PDF, and the above content is for reference