ICS9107C-17CS08

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The ICS9107C-17CS08 Clock/Timing – Application Specific is a programmable clock synthesis IC designed to offer versatile performance features at a competitive price. The device has a total of eight outputs and each output can be selected in one of four frequencies. It supports multiple frequencies, single frequency and clock sources, and can generate high-accuracy clock signals.

The ICS9107C-17CS08 includes a built-in precision oscillator that allows for a frequency range of 1 to 200 MHz. The outputs are balanced and feature on-chip buffer amplifiers that enable reliable high-speed performance. The output frequencies can be fine-tuned based on user requirements with 0.1ppm accuracy for up to 6 signals.

The built-in PLL circuit of the ICS9107C-17CS08 allows for a wide range of input frequencies. It has a 0.01% frequency accuracy, and a fast lock-up time of less than 10 µs. It also features an adjustable PLL feedback amplifier and a programmable off-time control circuit that can be used to shut down the PLL circuit if the supply voltage drop below a certain level.

The ICS9107C-17CS08 also includes a multi-modulator that enables faster switching of the output clock signals. It has an on-chip power down circuit that can be used to put the device in low power mode when the circuit is not needed. The device also includes a 6-bit digital delay line, allowing for precise clock synchronization.

In addition, the ICS9107C-17CS08 Clock/Timing – Application Specific device supports various power-saving modes including dynamic frequency scaling, stop clock control and low-power control. It has a power consumption of less than 2mW, making it ideal for a wide range of consumer and industrial applications. The device features an enhanced ESD protection up to 8kV human-body model.

The ICS9107C-17CS08 Clock/Timing – Application Specific is a versatile and cost-effective solution for applications such as digital signal processing, automated test equipment, and automotive electronics. It provides reliable and precise frequency synthesis that can be used to generate accurate clock signals for different applications.

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