9UM702BKLF

9UM702BKLF is a high-precision quartz oscillator with a frequency range of 0.24MHz - 65MHz. It is ideal for timing frequencies in embedded systems, cell phones, GPS receivers, optical networks, high-speed network cards, PC motherboards, automotive systems, consumer electronics, and other applications requiring precise oscillators.

More precisely, 9UM702BKLF belongs to Clock/Timing - Application Specific category, where a wide range of application-specific quartz oscillators are available. These oscillators are designed for a variety of specific applications from audio/video to automotive control. The 9UM702BKLF is one such quartz oscillator and is specifically designed for applications requiring high-precision timing for embedded systems, cell phones, and other related electronics.

In terms of its working principle, 9UM702BKLF utilizes a quartz crystal as the active element to form an electrical resonator. The vibration of the quartz crystal generates an accurately timed electrical signal of fixed frequency. The frequency accuracy of the oscillator is determined by the quality of the crystal and the accuracy of the circuit components. In 9UM702BKLF, a quartz crystal is carefully selected, optimized and held in a tight tolerance around the critical frequency. This ensures that the frequency remains accurately tuned over a wide range of temperatures and operating conditions.

In addition, 9UM702BKLF utilizes SMD (Surface Mount Device) electronic components to improve the manufacturing and assembly process of the oscillator, making it highly reliable and cost-effective. Furthermore, 9UM702BKLF also employs unique packaging techniques that protect edges and other components from mechanical stresses and shocks.

In summary, 9UM702BKLF is a high-precision quartz oscillator with an extremely wide frequency range of 0.24MHz - 65MHz. It belongs to Clock/Timing - Application Specific category, and is designed to meet the needs of a variety of applications requiring precise timing, such as embedded systems, cell phones, and other related electronics. The quartz crystal and the combined SMD components are used to form the electrical resonator and provide the oscillator with high-precision and excellent temperature/operatingconditions-stability. The unique packaging also helps protect the oscillator from shocks and mechanical stresses.