416F37035ADR

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Crystals have been used in many applications of daily life as a timekeeping device to time events, measure frequency and oscillator circuits by transmitting and receiving mechanical vibrations for harmonic motion. 416F37035ADR oscillators are among the most common quartz crystal resonators used in electronic circuits due to their accuracy, reliability, and low cost.

The 416F37035ADR is a low cost 4-pad quartz crystal packaged in a miniaturized 3.2 mm square surface mounted case. The crystal has an AT cut, operates between the frequencies of 16.384MHz and 33.554MHz, and features an extended temperature range of -40 degrees to 125 degrees Celsius. It is designed to produce accurate timekeeping signals in applications such as Pager, Digital Cellular Phone, Keyless Entry and Telecommunications.

The 416F37035ADR works on the basis of quartz crystal resonator technology. Quartz is an inorganic material that exhibits a weak electric field when subjected to a mechanical stress. This particular type of quartz is "piezoelectric," meaning that when voltage is applied to its surfaces, it produces a mechanical strain and creates a frequency-selective electrical circuit. This allows the oscillator to precisely produce an alternating signal at a specific frequency determined by the resonant characteristics of the quartz crystal itself.

When an electrical current is applied to the 416F37035ADR, the quartz crystal is subjected to a weak electric field that allows it to vibrate at its own natural frequency. The oscillating signal produced by the quartz crystal is modulated by frequency multipliers and low-pass filters to create the frequency-determining output signal. By using a form of Automatic Frequency Control, any external frequency offset is compensated for to keep the device in a frequency lock state.

The 416F37035ADR has a wide variety of applications in telecommunications, automotive and industrial markets. It is ideal for clocking and timing requirements in mobile and wireless systems, including wireless local loops, wireless trunking systems, and digital satellite systems. It can also be used in timing circuits for digital audio and video systems, digital signal processors, microprocessor based systems and other communication systems. Its extended temperature range makes it suitable for operation in harsh environments.

The 416F37035ADR\'s extremely precise frequency generation capabilities make it the ideal solution for frequency synthesis and detection. Its frequency stability and low jitter make it ideal for digital audio, video and HDTV synchronization, pulse coding, pulse encoding, pulse generation applications and triggering of electronic control devices. Its small accurate footprint and low cost make it suitable for use in high volume commercial applications.

The 416F37035ADR crystal oscillator is a cost-effective and reliable solution for many clocking and timing requirements and is ideal for use in a wide range of markets. It is designed for efficient operation even in extreme temperatures and its wide range of applications make it an ideal choice in many different applications, from automotive and telecommunications to industrial and audio/video synchronization. The 416F37035ADR is an excellent choice for a reliable and accurate quartz crystal oscillator.

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