SL38160AZC-18AHT

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The SL38160AZC-18AHT is among the latest developments in cycle generators, programmable logic lock (PLL) and frequency synthesizers. It is an application-specific integrated circuit (ASIC) device that combines up to three separate functions on a single chip. It is designed for systems requiring high performance synchronization and timing requirements, such as high speed data communications, digital audio and video systems, and digital control and measurement systems.

The SL38160AZC-18AHT cycles generator uses digital and analog technology to generate and synchronize multiple system clock signals. It features a 12-bit voltage-controlled oscillator (VCO) with a frequency range of 3kHz to 200MHz, and a 3-bit frequency selection control. Additionally, the circuit can be programmed to generate up to eight internally generated clock outputs, each with adjustable output frequency ranges from 2MHz to 200MHz.

The SL38160AZC-18AHT PLL works on the principle of frequency multiplication, which means it is an effective and efficient way of amplifying low frequency signals. It uses two signal sources, the oscillator and the reference signal, to multiply and lock onto the target frequency. The output can be precisely adjusted and it also features a low jitter output clock.

The SL38160AZC-18AHT frequency synthesizer uses the output signal from the PLL as its input, so that the same VCO can be used to generate multiple frequencies. It also features a spread spectrum clocking feature to reduce EMI and to reduce clock jitter. The circuit also features a clock synchronization option, which enables multiple devices to synchronize their operations.

The SL38160AZC-18AHT is a versatile and powerful clock and timing circuit that can be used in a wide range of applications. Its combination of performance, features and cost makes it a popular choice for designers. Its use in high speed data communications, digital audio and video systems, and digital control and measurement systems is becoming increasingly popular. Its use in other applications is also increasing as designers recognize its potential.

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