82V3910AUG8

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The 82V3910AUG8 is a high-precision means of synchronising events and signal timing used in various digital and communication devices. It is a low-cost, low-power digital delay circuit devices. This device was primarily designed to generate time delays or to gate clock or signals by setting a high-resolution time interval. It is primarily applied in digital systems that require high accuracy, such as SONET, PDH, and MANNET systems.

The 82V3910AUG8 comprises a main clock, two master clocks, and an input counter that reflects the number of master clock cycles triggered by the main clock. The circuit also contains an internal oscillator, a temperature compensation circuit for stable system performance, and a power-on reset circuit.

The circuit can be programmed for two types of clock pulses: one square wave (that can be used as a clock signal) and one synchronous square wave with a rising edge that triggers the actual delay. The two types of clock pulses are generated by the 82V3910AUG8\'s master clocks. The internal oscillator generates a signal at a fixed frequency. This signal is used by the master clocks to define the time of delay between the arrival of the main clock input and the start of the delay. When an input signal is applied, the device counts the number of master clock cycles that have elapsed since the change in the main clock. The count is then used to determine the time of the delay.

The synchronization between the main clock and the clock output (delay output) is provided by the 82V3910AUX8\'s clock controller. This controller arbitrates between the input clock and the output clock, generating a signal that is high when the input is active and low when the output is inactive. This signal is then used to enable the master clocks, allowing the device to accurately calculate and control the delay times.

The 82V3910AUG8 is well-suited for use in systems that require precise timing, such as in networking applications. Its precision and stability make it ideal for such applications, allowing for reliable and accurate synchronization and timing of events. Moreover, its low power consumption and flexible architecture make it an attractive and cost-effective option for use in system designs that require precision and reliability.

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