8N3Q001KG-0027CDI

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8N3Q001KG-0027CDI is a programmable timer and oscillator which is used in diverse applications within the clock/timing industry. This device combines a gated oscillator and a synchronous binary counter into a single package. In order to make it more versatile, the device also features a programmable divider which provides up to 256 phase and frequency division ratios. Each 8N3Q001KG-0027CDI also includes a crystal for optimal timing accuracy. With their advanced design, 8N3Q001KG-0027CDI provides performance and reliability which is unmatched in the clock/timing industry. The 8N3Q001KG-0027CDI utilizes a CMOS synchronous binary counter with a control register which consists of eight bits of user-programmable data. This register can be programmed to preset a predetermined number of clock pulses based on the crystal frequency. After the counter has been preset, the device will operate in either phase-locked loop or pulse counting mode. In phase-locked loop mode, the device will provide a variable output in the form of a sine wave. In pulse counting mode, the device will provide a logic-level output with a high ratio close to 1. The 8N3Q001KG-0027CDI is most commonly used in consumer electronics, computing, industrial automation, robotics, and many other applications. With its wide range of programmable divider and frequency synthesis capabilities, the device can help to maintain synchronization and accuracy in systems requiring accurate timing and periodic operation. In addition, the 8N3Q001KG-0027CDI can also be used to generate pulse-width or duty cycle signals and a wide range of frequency ranges. In summation, 8N3Q001KG-0027CDI is a programmable timer and oscillator which can be used in a wide variety of applications within the clock/timing industry. Utilizing a CMOS synchronous binary counter with a programmable control register and a crystal for accuracy, the device is able to produce high-precision output signals. With its versatile capabilities, the device can be used in many applications requiring accurate timing, synchronization, and periodic operations.

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