DS1091LUA-330/V+T

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The DS1091LUA-330/V+T is a high-precision voltage-controlled temperature-compensated oscillator (VTCXO) device which provides an extremely stable clock essential in many electronic applications. This VTCXO device can be used in several clock/timing related applications such as high-quality clock generation, frequency synthesis and high-performance phase locked loops (PLLs).

This VTCXO device is a multilayer type oscillator that has advantages over traditional crystal-controlled oscillators. It offers a wide range of support frequencies, allowing users to utilize the device in various clock/timing related applications. The device also offers superior accuracy as compared to ordinary oscillators, with only about ± 0,25 ppm frequency stability or variation in the event of a temperature change.

The DS1091LUA-330/V+T is typically used in the telecommunications and communication networks. For instance, communication networks require precision clocks, and the VTCXO is capable of providing these clocks. Additionally, it is used in consumer applications such as LCD TV, Blu-Ray players, automotive navigation systems, portable navigation units as well as cellular phones.

This device works by utilizing a high-precision crystal resonator, along with a dual frequency-control mechanism. An input control voltage is applied to the oscillator, and the frequency is adjusted accordingly. The oscillator obtains heat reduction and compensation from the thermistor, which is connected to the oscillator’s reference temperature point.

The DS1091LUA-330/V+T is also designed with a module shape that is compact, ensuring easy integration and closer frequency tolerance. It supports frequencies ranging from 1 MHz to 40 MHz, an output format of LVCMOS and an operating voltage range of 3.3V to 3.6V. The operating temperature range is from -40°C to 85°C.

In conclusion, the DS1091LUA-330/V+T is a high-precision voltage-controlled temperature-compensated oscillator that is used for clock/timing related applications such as frequency synthesis, high-quality clock generation and for medium to high-performance phase locked loops systems. It works by utilizing a high-precision crystal resonator and comes with a wide range of support frequencies, a compact module shape, an output format of LVCMOS and an operating voltage range of 3.3V to 3.6V.

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