8N3QV01FG-0112CDI8

Series:	FemtoClock® NG
Packaging:	Tape & Reel (TR)
Part Status:	Active
Type:	VCXO
Count:	--
Frequency:	156.25MHz, 161.1328MHz, 156.25MHz, 161.1328MHz
Voltage - Supply:	2.375 V ~ 2.625 V
Current - Supply:	145mA
Operating Temperature:	-40°C ~ 85°C
Package / Case:	10-CLCC
Supplier Device Package:	10-CLCC (7x5)
Mounting Type:	Surface Mount

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Introduction to 8N3QV01FG-0112CDI8

The 8N3QV01FG-0112CDI8 is an innovative oscillator designed specifically for programmable timing and programmable timers applications. It functions on a principle of digital-controlled operation, with features such as dual-channel operation, wide frequency accuracy range, digital frequency control, and programmable output pulse width. This oscillator has a variety of applications and is often used in low-power clock/timing applications such as industrial, telecommunication, data centers, and test equipment applications.

Features and Specifications

The 8N3QV01FG-0112CDI8 oscillator features digital-controlled operation and features a wide frequency accuracy range, with a minimum of 10 Hz (±1ppm) and a maximum of 40 MHz (±100ppm). It also operates on dual channels and offers two programmable output pulse widths, 0/3µs or 0/6µs. It can be controlled via an SPI interface or dual-channel output.Other features of the 8N3QV01FG-0112CDI8 include a wide supply voltage range of 1.2 V to 3.3 V, low standby current of 0.3 mA, and a fast start-up time of 25 µs. This oscillator also offers a low-noise and low-jitter operation, providing an ideal solution for low-power and low-noise clock/timing applications.

Application and Usage

The 8N3QV01FG-0112CDI8 oscillator is a versatile device that can be used in a wide range of applications, such as industrial, telecommunication, data centers, and test equipment applications. Its low-noise and low-jitter operation make it an ideal solution for these applications.In industrial applications, the 8N3QV01FG-0112CDI8 oscillator is used to provide a reliable and accurate clock signal. It is also used in telecommunication applications, where it is used as a timing controller or for clock synchronization. In data centers, it is used for clock synchronization and timing, as well as for providing reliable clock signals. Finally, in test equipment applications, the 8N3QV01FG-0112CDI8 oscillator is used for accurate and reliable measurements.The 8N3QV01FG-0112CDI8 oscillator can also be used in mobile communications, computer and consumer electronics, IT infrastructures, and automotive applications, where it provides a reliable and accurate clock signal.

Working Principle of 8N3QV01FG-0112CDI8 Oscillator

The 8N3QV01FG-0112CDI8 oscillator operates on a digital-controlled principle. It works by converting digital data into an analog signal, which is then used to generate a reliable and accurate clock signal. The digital data is encoded into the oscillator and then converted into an analog signal through a digital-to-analog conversion process. The digital-controlled operation of 8N3QV01FG-0112CDI8 enables power savings, fast and accurate frequency accuracy range, and provides a wide range of frequencies. It also provides fast start-up and good noise and jitter performance.Additionally, the 8N3QV01FG-0112CDI8 oscillator is controlled via SPI interface or dual-channel output. The dual-channel output enables the user to select from different pulse widths, from 0/3µs to 0/6µs. The SPI interface enables the user to program various features, such as frequency accuracy, frequency control, and output pulse width.

Conclusion

The 8N3QV01FG-0112CDI8 oscillator is an innovative device designed specifically for programmable timer and oscillator applications. It operates on a digital-controlled principle, and offers features such as a wide frequency accuracy range, digital frequency control, and programmable output pulse widths. This oscillator is suitable for use in a variety of applications, including industrial, telecommunication, data center, and test equipment. Its low-noise and low-jitter operation make it an ideal solution for low-power applications. Additionally, it can be controlled via an SPI interface or dual-channel output for further flexibility.

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