DSC400-1133Q0079KI1

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Pin Configurable/Selectable Oscillators, such as the DSC400-1133Q0079KI1, are widely used in various application fields. As one of the most advanced types of oscillators available on the market, they provide reliable, low-jitter performance on a wide variety of custom circuit boards. This product features a range of selectable output frequency of 8 kHz to 1333 MHz, as well as adjustable output clock jitter of 0.6 ps to 6 ps, enabling designers to use it in different types of applications. Furthermore, its frequency accuracy reaches up to ±0.01 ppm and stability reaches up to ±20 ppm, which is an advantage for clock-sensitive designs.

The DSC400-1133Q0079KI1 is a programmable oscillator that can be configured and controlled via its on-board pin headers. It supports SPI, I2C, and OTP programming interfaces. This allows users to quickly and easily program the frequency range, stability and jitter specifications they need without the need for external test equipment or complex programming. The programmable disable option is commonly used to disconnect the oscillator output during power-up and power-down operations. Additionally, the fan-out of this product can reach up to four pins.

DSC400-1133Q0079KI1 has a wide range of application fields. It can be used in modern industrial control systems, telecommunication systems, and all kinds of secured networks. It is stable and reliable, and offers the highest level of efficiency and performance. Additionally, the product can be used in automotive, HVAC, and medical applications, as it meets the requirements for short-term frequency accuracy and long provisioning time. It also supports frequency synchronization with various systems, which makes it a preferred solution for multi-host, multi-node applications.

The working principles of the DSC400-1133Q0079KI1 oscillator are simple. A crystal inside the module is vibrated by an input energy source. This energy source is transmitted through a circuit loop, which acts as an inductor and capacitor, and is used to create a resonant frequency. This resonance frequency is then transmitted to the output of the oscillator, where it can be used to control the speed and accuracy of a circuit. This basic principle can be used to control the frequency, duty cycle, and other parameters of the circuit.

DSC400-1133Q0079KI1 is thus an ideal choice for applications where high stability, tight jitter control, and fast programming are required. With its adjustable output frequency and adjustable jitter, this product is perfect for timing-related applications, such as clock synchronization and frequency converting. It also gives designers the flexibility to configure different parts according to their specific application objectives.

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