DS1087LU-13C

The DS1087LU-13C is a 19.5mm x 22.9mm footprint, 8-pin, low power, crystal-referenced, oscillator. It has a 4–pin version for reduced-component count applications and is on the National Semiconductor SOS II process. This product features an optional low frequency pull range that helps conserve battery life and reduce EMI. The integrated pull range oscillator offers various frequency stability and power consumption levels, and it can support various types of frequency divider configurations to suit specific applications.

The DS1087LU-13C is often used in timing applications, such as digital clocks, wristwatches, and mobile phones. It can also be used in other applications that require precise timing, such as medical devices, consumer electronics, and embedded computing. It is an ideal solution for low power and low EMF applications.

Applications

The DS1087LU-13C oscillator can be used in a variety of applications. It offers low power consumption and low-EMF operation, making it an ideal choice for timing applications. Some of its most common uses include embedded computing, wristwatches, digital clocks, and mobile phones.

Working Principle

The DS1087LU-13C oscillator is a crystal-referenced oscillator. It is based on a common principle of frequency generation wherein an electrical stimulus is applied to the crystal to produce an oscillation at a specific frequency. The frequency of the electrical stimulus is determined by the properties of the crystal.

The DS1087LU-13C oscillator is a direct replacement for quartz crystals and provides better accuracy and stability. The oscillator is designed to use standard frequencies, such as 32kHz, 32.768kHz, and 4MHz, which are commonly used in timing applications. It can be used with a variety of frequency divider configurations and offers low power consumption and low EMF operation.

Conclusion

In summary, the DS1087LU-13C is a crystal-referenced oscillator with a small footprint and low power consumption. It can be used in timing applications like wristwatches, digital clocks, and mobile phones and offers low EMF operation. The oscillator is designed to use common frequencies such as 32kHz, 32.768kHz, and 4MHz, and it supports various frequency divider configurations. It is an ideal choice for low power and low EMF applications.