ICS9LPRS419DFLF

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The ICS9LPRS419DFLF is a clock and timing device specifically designed for automotive and embedded applications. It is capable of supporting high-speed data transfer and is designed to feature low-voltage operation, low-jitter, and low-power consumption. The ICS9LPRS419DFLF offers six clock outputs, two reference clocks (2MHz and 10MHz), and one input reference clock (2MHz).

The main application field of the ICS9LPRS419DFLF is clock/timing applications. It is especially suited for a variety of automotive and embedded applications such as automotive infotainment systems, telematics systems, body control modules, safety systems, advanced driver assistance systems, motor control systems, powertrain control systems, and communication systems. In addition, the ICS9LPRS419DFLF can be used in industrial and medical applications, as well as in broadcast and consumer multimedia systems (I-Bi).

The working principle of the ICS9LPRS419DFLF is centered around the use of a clock source, an external source of clock signals, to generate separate outputs on each of the six outputs. The clock source is supplied with an input reference clock and the two reference clocks (2MHz and 10MHz); these reference clocks then act as the basis from which the ICS9LPRS419DFLF can create multiple output clocks. The reference clocks are combined with the input clock to produce the desired output clocks.

The ICS9LPRS419DFLF has two clock synthesis circuits, the first is a PLL divider and the second is a Time Division Multiplexer (TDM) divider. The PLL is used to derive the desired frequencies from the input clock and the TDM is used to generate the multiple output clocks. The ICS9LPRS419DFLF also has built-in features such as clock switching, clock selection and clock sequencing, which can be used to select and sequence different clock sources.

The ICS9LPRS419DFLF can generate multiple output clocks from one input reference clock. The PLL divider circuit is used to divide the input reference clock frequency into multiple output clocks. The output clock frequencies can then be selected and the TDM divider is used to sequence the selected clocks. The resulting output clock frequencies can be used for applications such as frequency synthesis, pulse width modulation, phase-locked loops, and clock measurement.

The ICS9LPRS419DFLF can generate various peripheral clocks such as CAN, CAN-FD, LIN, and PCIe clocks as well as low-voltage differential signaling (LVDS) clocks in addition to numerous standard and custom clock frequencies. The high supply voltage range and wide temperature range of the ICS9LPRS419DFLF make it suitable for use in extreme environments and industrial applications. The ICS9LPRS419DFLF also offers excellent jitter performance, making it an ideal device for use in timing applications. In addition, since it is powered from a single supply voltage, it is able to reduce system cost and power consumption.

In conclusion, the ICS9LPRS419DFLF is a clock and timing device specifically designed for automotive and embedded applications. It is capable of supporting high-speed data transfer and features low-voltage operation, low-jitter, and low-power consumption. The ICS9LPRS419DFLF is suitable for a variety of automotive and embedded applications such as automotive infotainment systems, telematics systems, body control modules, safety systems, as well as industrial and medical applications. The ICS9LPRS419DFLF can also generate various peripheral clocks, standard and custom clock frequencies, and offers excellent jitter performance.

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