ZL30622LDF1

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

The ZL30622LDF1 device is a highly-configurable, low-power, single-chip timing solution. It is designed to provide flexible timing, enhanced immunity, and small footprint, consuming minimal power. As a clock/timing technology, it has application fields of networking and communication systems, enterprise storage systems, automotive systems, medical equipment, servers, and routers. Its applications include system clock generators and frequency synthesizers, jitter attenuation, time interval measuring and time stamping. Its working principle is based on a stable crystal oscillator, which is used to drive the main clock generator integrated analogue block.

The ZL30622LDF1 is a non-volatile memory based 8-bit programmable device. It supports up to eight fully programmable synthesizer blocks, each of which is capable of outputting multiple clock signals with different frequencies, depending on the user-defined parameters. The device also supports up to sixteen programmable dividers, each providing a low-jitter output at the exact divider value. Additionally, up to four secure locking circuits are available for time-stamping and secure locking of data.

The main block of the ZL30622LDF1 consists of three components: a control unit, a signal generator and a frequency synthesizer. The control unit is used to store the user-defined signal configuration in the non-volatile memory and to control the signal generation. The signal generator is responsible for generating the clock signal, controlling the signal generator, the frequency synthesiser and the frequency dividers. The frequency synthesizer then divides the input crystal frequency by up to 128 to generate the desired clock signal. The frequency dividers are used to generate low-jitter clock signals with accurately defined frequencies.

The ZL30622LDF1 also provides a variable delay function which is used to reduce the transmission delay and jitter of the clock signal. This delay can be changed depending on the clock signal frequency, making it possible to reduce the output jitter of clock signals up to 50%. Additionally, the device also supports pulse width modulation and spread spectrum techniques, providing a low-EMI output. This feature also helps to reduce the output transmition power of the device, allowing for more efficient power management.

The ZL30622LDF1 is a feature-rich, power-efficient device for a wide range of applications. Its versatile and highly configurable architecture makes it suitable for use in a wide variety of applications, such as networking and communication systems, enterprise storage systems, automotive systems, medical equipment, servers, and routers. Its advanced features and superior performance provide an efficient timing solution for all these domains.

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