Maxim Integrated DS1088LU-10+T Economical Spread-Spectrum Clock Oscillator

The DS1088LU-10+T from Maxim Integrated is a versatile and economical spread-spectrum clock oscillator designed to enhance system performance by reducing electromagnetic interference (EMI). This compact and efficient device is a perfect solution for applications requiring a low-cost method to improve EMI suppression without sacrificing valuable board space or dealing with complex software algorithms.

The DS1088LU-10+T operates at a fixed non-programmable frequency of 10MHz, providing a stable and reliable clock source for your electronic systems. It is available in a small 8-pin microSOP package, making it suitable for space-constrained applications. The device is designed to be a drop-in replacement for standard clock oscillators, offering an effortless way to upgrade existing designs with minimal redesign efforts.

One of the key features of the DS1088LU-10+T is its spread-spectrum capability, which modulates the output frequency to reduce peak EMI emissions. This modulation makes it easier for designers to meet regulatory EMI requirements and can help in passing stringent EMI compliance tests. As a result, the DS1088LU-10+T is an excellent choice for use in consumer electronics, telecommunications, and industrial equipment where EMI can be a significant concern.

In addition to its EMI reduction benefits, the DS1088LU-10+T offers a low-power consumption profile, making it suitable for battery-operated devices. Its supply voltage ranges from 3.3V to 5V, providing flexibility in various power supply scenarios. The device also features an enable input that allows the oscillator to be turned off when not in use, further conserving power.

Overall, the Maxim Integrated DS1088LU-10+T is a practical and cost-effective solution for designers looking to improve EMI performance in their electronic products. With its easy integration, low power consumption, and spread-spectrum technology, it stands out as a valuable component for a wide range of applications.