8N3QV01KG-1120CDI

The 8N3QV01KG-1120CDI quartz oscillator is a crystal control device designed for a wide range of applications, from industrial to medical. This device is built on a quartz resonator and uses the properties of quartz to create a highly accurate, stable, and reliable oscillator unit. The 8N3QV01KG-1120CDI has a frequency stability of ±10 ppm max at 1,000 hours over temperatures -40°C to +85°C and a tolerance of ±20 ppm in operating temperature range -20°C to +70°C over 3 years. This product also has a CV max parameter of 8pF, a Rise/Fall time of 10ns, and a high input drive of 15pF. Additionally, it has an operational temperature range of -40°C to +85°C and is available in a small RoHS-compliant package of 1.2 x 1.2 x 0.4mm.

This quartz oscillator from 8N3QV01KG-1120CDI is perfect for a wide variety of applications such as timing equipment, communication networks, medical electronics, and car audio systems, where high accuracy and reliability is required. The 8N3QV01KG-1120CDI quartz oscillator is also widely used in solar controllers, data loggers, and voltage regulators, to name a few.

The 8N3QV01KG-1120CDI works on the principle of a continuous electromagnetic field. It consists of a quartz crystal, which vibrates at a frequency determined by the size and shape of the crystal. This quartz crystal has two electrical contacts connected to it. When an alternating voltage of a specific frequency is applied to the two contacts, it produces a standing electrical wave within the crystal. The current between the two contacts oscillates at the same frequency as that of the voltage being applied and generates an oscillating magnetic field.

This electromagnetic field provides the necessary stability to maintain the oscillation. The frequency of the current is proportional to the crystal’s dimensions and is transferred to the electrical circuitry. Thus, an oscillator is created, which is capable of very precise timekeeping. This timekeeping can be used to create clocks and timing devices, which are accurate down to the microsecond level.