LP122F35CET Crystals, Oscillators, Resonators

LP122F35CET Crystals

Crystals can be defined as a naturally occurring solid material of generally regular internal arrangement and having definite external shape. LP122F35CET crystals specifically, are a surface mounted passive element and their function is to offer the best performance when used in timing circuits or as frequency references. The LP122F35CET are also medium power devices with a frequency range from 30.000Khz to 40MHz. Depending on the models, the TS-5 or the 3rd lead connection can be used to control the frequency for high stability circuits. In case the crystal is used in a circuit that does not need frequency adjustment, the 3rd lead connection can be connected to ground for space saving reasons.

LP122F35CET Application Field

LP122F35CET crystals are widely used in various types of equipment and industries, such as telecommunications, medical, automotive and consumer electronics. These crystals can be used in communication equipment such as radio transceivers, cellular radio systems, and communication control systems including alarms, control systems and sonars. LP122F35CET crystals are also used in automotives for Tire Pressure Monitoring Systems, Engine Management Systems, and Backup camera and parking assistance systems. Similarly, the elderly, women and children are accorded enhanced safety and security with the availability of the LP122F35CET crystal in the automotive domain. In the medical industry it is used in medical scanners and tracking systems.

LP122F35CET Working Principle

The LP122F35CET crystal operates by using the piezoelectric effect. This effect is created by placing an electrical voltage across the crystal surface, which then produces an oscillation in the mechanical mode of the crystal. Essentially, a crystal is a vibrating quartz crystal oscillator (QCO), producing pulses, which then become electrical signals. These electrical signals are then used to control various timing and frequency functions within the entire system.

Various parameters must be taken into account when selecting and designing the crystals, such as power dissipation, drive level, overtone, operating temperature range and frequency tolerance. The LP122F35CET frequencies are controlled by surface profile detection and are trimmed to a mode of operation. The LP122F35CET crystals are highly reliable, and have common characteristics of precision and stability. They provide an excellent frequency stability over temperature, and have a relatively low in-oscillator noise level.

Conclusion

LP122F35CET crystals are widely utilized in various electronic applications due to their favorable characteristics such as frequency stability over temperature, low-power consumption, precise oscillation frequencies and excellent resistance to external interference. With proper design and configuration, they can be used in a wide range of industries such as automotive, medical, and communications fields.