8N4Q001LG-0117CDI

The 8N4Q001LG-0117CDI is a clock/timing programmable timer and oscillator that is capable of providing timing signals for a variety of applications. This device uses two different technologies to provide versatile timing solutions: through its Programmable Oscillator Mode, and its Programmable Timer Mode. The Programmable Oscillator Mode ensures a precise, periodic frequency of oscillation, where the output signal frequency can be set up to three decimal places. The Programmable Timer Mode operates like a timer, providing an output signal at specified intervals. 

The 8N4Q001LG-0117CDI utilises a low-power CMOS silicon clock oscillator circuit to produce timing signals. It also employs a frequency control circuit, which enables the frequency to be adjusted without having to modify the oscillator’s timing circuit. This device has a wide range of frequency settings which can be configured using the external components. Furthermore, the device also features an internal temperature compensation circuit, providing an accurate and stable output.

The clock output of the 8N4Q001LG-0117CDI is capable of providing frequencies of up to 200MHz, and with a temperature drift of less than 0.1ppm/°C, it offers excellent long-term stability. It also has a high-precision programmable divider that allows the output frequency to be divided down to as low as 0.2Hz, enabling it to be used in a variety of clock and timer applications. In addition, the device is also equipped with an internal timer, which can be configured to produce periodic signals at a set interval.

The 8N4Q001LG-0117CDI is a versatile and reliable clock/timing device, offering a wide range of application possibilities. Its Programmable Oscillator Mode provides a precise and stable frequency output, while its Programmable Timer Mode provides an output signal at specific intervals. In addition, the device also has an internal temperature compensation circuit and a high-precision programmable divider, enabling it to operate in a variety of clock and timer applications. Furthermore, its excellent long-term stability ensures that the output signal remains reliable over time.