7V-24.000MDHV-T

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Crystals: 7V-24.000MDHV-T Application Field and Working Principle

Crystals have always been an important research and development field due to their various applications in a wide array of modern-day technology. Since the first industrial use of quartz crystals in 1886, the development and expansion of their usage in today’s electronics has been dramatic. Until today, hundreds of thousands of quartz devices are employed in different industries ranging from automotive to healthcare.

One of the popular crystal models from the quartz family is 7V-24.000MDHV-T. It works on the principle of vibrating a thin quartz crystal and is often used in oscillator circuits. This crystal is power-efficient and able to achieve precise timekeeping across a wide temperature range, occasionally as wide as -40°C to +85°C. It provides excellent frequency stability in the range of a few parts per million over periods as long as one year.

The 7V-24.000MDHV-T crystal is used in a variety of applications due to its robust design, precise accuracy and reliability. It has become the crystal of choice for use in the automotive industry, aerospace, medical device industries and military applications due to its high durable design, excellent temporal accuracy and high-resistance to environmental constraints. It is also often used in clock- and frequency-control circuits in computers and communications, as well as for marine navigational instrumentation, for powerline network control and wireless telemetry.

The principal of operation of the 7V-24.000MDHV-T crystal is based on an oscillator circuit. It contains a quartz crystal with contacts on the top and the bottom of the crystal to the circuit pad. When an alternating current is applied to the quartz crystal contacts, it causes the crystal to vibrate at a precise frequency. This frequency is determined by the size and shape of the crystal and is often referred to as the crystal’s natural frequency. The oscillator circuit subsequently amplifies the signal, producing a sinusoidal wave with a frequency equal to the crystal’s natural frequency.

7V-24.000MDHV-T quartz crystals consist of a quartz resonator enclosed in a metallic case due to the possibility of introducing unwanted electromagnetic (EM) noise into the electronic circuit. The housing also assists to suppress the influence of external temperature-related changes on the quartz resonator’s performance. Additionally, the case serves for easy handling as well as an additionalprotection against physical damage and dust contamination.

Nowadays, 7V-24.000MDHV-T quartz crystal is one of the most dependable quartz crystals currently available in the market owing to its relevant application fields and robust design. It is widely used in various industries and its vibrating pattern enables precise timekeeping. The working principle of this crystal model lies in using an oscillator circuit to amplify the signal generated by the crystal upon introducing alternating current to the crystal’s contacts, producing a sinusoidal wave of the crystal’s natural frequency.

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