ICS9179BF-03

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The ICS9179BF-03 is a low-skew, low-voltage, programmable clock driver. This device is well-suited for applications where space is at a premium or multiple clocks need to be transported across the board with precise synchronization. The ICS9179BF-03 works together with existing clock trees, allowing designers to optimize the generated frequencies by programming the desired frequency within one percent of the value entered.

The device operates at a low voltage of 1.14V, allowing for easy implementation in energy-efficient applications. Its low static and dynamic power consumption contributed to its designation as an eco- friendly device. The fast rise time and low undershoot characteristics of the ICS9179BF-03 make it ideal for high-speed circuits. The output stage is designed for simultaneous switching of eight output lines with a maximum customer frequency range of 50MHz to 250MHz.

The ICS9179BF-03 is a highly flexible device, with four independent outputs per package that can be selectively enabled, disabled, or powered down by programming control registers. Each output can also be configured to use one of the device-internal oscillators, which can be programmed to provide a wide frequency range, as mentioned previously. The customer may assign comments to the output signals generated by the device, and can program them to be low voltage or high voltage, depending on the application requirements.

The ICS9179BF-03 also features clock buffering and bi-directional transmission to extend the range of clock transmission. This is done by using the on-chip variable power supplies for both the input and output stages. This allows for efficient clock management by allowing the customer to cascade multiple devices and thus increase the range of the clock transmission. The device is also capable of working with clock output formats such as TTL, LVTTL, LVPECL and HCSL, providing further design flexibility.

In addition to its programmable frequency range, the ICS9179BF-03 also features advanced timing features such as an output enable/disable delay, output enable-to-output valid delay, and an output enable-to-output enable delay. These features ensure a seamless transition between enable and disable states. They also provide a greater level of accuracy, ensuring the exact moment when each clock signal leaves the device.

Due to its many beneficial features and high flexibility, the ICS9179BF-03 is an ideal solution for applications that require high-speed clock delivery in minimal space requirements. The device is employed in a variety of areas, including consumer electronic, medical, and industrial applications.

The ICS9179BF-03 provides advanced timing features, a flexible frequency range, and adjustable power supply levels for a wide variety of applications. This makes it a suitable choice for designers who need to transport multiple clocks across their board with precise synchronization and low-skew output. The advanced timing features and adjustable power supply levels ensure a seamless transition between enable and disable states, making the ICS9179BF-03 an ideal solution for consumer electronic, medical, and industrial applications.

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