4P040F35CDT

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Crystals have been part of the electronic revolution since their discovery, playing an integral role in allowing communication and technologies to effectively function. 4P040F35CDT crystals are one such type of crystal oscillator used to generate precise and highly accurate frequencies for various applications.

4P040F35CDT crystals can be found in a variety of products within the consumer electronics, communication and instrumentation industries. Their use of a small size, high stability and low power consumption makes them ideal for many applications. These crystals are primarily used in electronic equipment such as cellular phones, GPS receivers, medical equipment and industrial automation equipment.

The 4P040F35CDT is composed of a piezoelectric quartz crystal resonator and an oscillator circuit. This helping to create a warm up time of 25 msec at a start frequency of 10Khz and temperature controlled oscillator. The piezoelectric quartz crystal resonator is made up of two pieces of matching quartz crystal cut in such a way that a signal sent through one is echoed through the other. This echoing is due to the properties of quartz crystal, when an electrical signal is applied it causes the crystal to vibrate and this vibration is repeated on the opposing crystal.

The quartz crystal is often used in an oscillator circuit to convert an applied signal into oscillations. This oscillator circuit then use the quartz crystal\'s frequency stability to generate accurate and precise frequencies. The 4P040F35CDT is set up using a two-stage oscillator circuit, with the quartz crystal connected in between two operational amplifiers. This sort of configuration helps to create an exact tuning of the oscillator with the crystal.

The oscillator circuit is connected to a capacitive load in order to allow the crystal to properly resonate. The capacitive load is also connected to the oscillator’s feedback path, providing control and stability of the oscillator drive level into the quartz crystal.

The 4P040F35CDT also has a wide range of temperature stability. It is designed so that the temperature stability can range between 0 ppm and 0.2ppm to ensure accuracy and stability of the generated frequency. This range of temperature stability helps to ensure that the generated frequency maintains accuracy over a wide temperature range.

The 4P040F35CDT has a wide range of application in the telecommunications, industrial and consumer electronics industry. They prove to be an invaluable asset in providing precise, reliable and accurate frequencies for a wide range of uses. The wide temperature range and high frequency stability of the 4P040F35CDT ensures that the produced frequency is always accurate and reliable.

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