DS1086LU-21D+

The DS1086LU-21D+ is a highly reliable and accurate discipline oscillator and frequency synthesizer. This device consists of an oscillator, programmable digital loop filter, and frequency synthesizer subsystem. The oscillator is based on the 32 kHz oscillator type selected desired frequency. The digital loop filter section is integrated with voltage-controlled oscillator (VCO) for improved signal-to-noise ratio. The frequency synthesizer subsystem comprises a Programmable Frequency Divider (PFD) and fractional/integer PLL to generate high-precision programmable frequencies. The device can be used as an external frequency reference or as a wide dynamic range oscillator in applications requiring high frequency resolution and accuracy.

The DS1086LU-21D+ can achieve an output frequency range from 300MHz to 340MHz. Its input frequency range can be as low as 32KHz and 0.001Hz resolution. The system can achieve up to 150ps RMS phase jitter. The device features integrated EEPROM, Sphenosys Synchronous Serial Interface, and two output enable pins. It also comes with auto loop enable and latency bypass options for improved noise immunity and transient response. The device is easy to use and no external components are needed for setup.

The DS1086LU-21D+ can be used in a variety of applications such as clock generation, frequency measurement, and synchronization. It can be used as an accurate frequency source for precision timing in systems such as telecommunications, digital communications, and networking. The device can also be used in data recovery, clock and data recovery, digital RF, industrial automation, automotive, avionics, and aerospace. It is well suited for precision test and measurement equipment that require high resolution.

The DS1086LU-21D+ is a highly reliable and easy-to-use frequency synthesizer and oscillator. It offers very accurate frequencies with very low phase noise and at a low cost. The device has an excellent dynamic performance, temperature stability, and power supply rejection ratio. Its wide range of input frequency and output frequencies make it a great choice for a variety of applications. It is ideal for highly precise applications such as telecommunications, network synchronization, clock and data recovery, and other clock related applications.