MIC706PN

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 MIC706PN is a polyphase clock supervisor designed to increase the robustness of polyphase clocking systems such as those used in digital signal processors (DSPs). This device is an important component in a polyphase clocking system, as it provides protection from line noise, power supply noise, and other external interference. The MIC706PN is a low-cost, low-power supervisor and is suitable for use in a variety of polyphase clocking systems.

The MIC706PN is a highly integrated device that includes an integrated oscillator, data latch, output driver, voltage regulator, and thermal protection. The oscillator and voltage regulator ensure that the clock signal is of the highest quality and that the power supply is stable. The data latch stores data and allows the user to program the output divider ratio, the output enable state, and the output settings without having to perform complex calculations. The output driver provides the necessary current to drive the clock output. Finally, the thermal protection feature ensures that the device will not overheat, even under high operating temperature conditions.

The MIC706PN consists of two channels, one for each of the two clock phases. Each of the channels has a separate input and output pin that are used to connect the clock signal to the device and its output to the clock output pins, respectively. The device is also equipped with a wide range of programmable settings, including the output enable state, the output divider ratio, and the output divider settings. By programming these features, the user can customize the device for their specific application and enable the device to provide maximum protection against problems caused by noise and interference.

The MIC706PN is an easy to use and versatile device that can be used in a variety of applications, including digital signal processors, microcontrollers, and embedded systems. In addition, the device is compatible with a wide range of voltage levels and temperature ranges, guaranteeing its reliability and performance in any environment. Furthermore, the low-cost and low-power design of the MIC706PN makes it an ideal choice for applications where cost and power consumption are of primary concern.

In summary, the MIC706PN is a reliable, low-cost, low-power supervisor that is suitable for use in a variety of polyphase clock systems. Its integrated oscillator and voltage regulator ensure the highest quality clock signal and reliable power supply operation. The data latch stores data and allows the user to program the output divider ratio, the output enable state, and the output settings without having to perform complex calculations. The output driver provides the necessary current to drive the clock output. Finally, the thermal protection feature ensures that the device will not overheat, even under high operating temperature conditions. These features make the MIC706PN an ideal choice for clocking systems that require robust protection from line noise, power supply noise, and other external interference.

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