405I35B16M36800

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Crystals play an important role in modern electronics. Specifically, the 405I35B16M36800 crystals are sometimes called “clock crystals”, precision frequency reference crystals, or quartz crystals in the industry. They are used to generate precise frequencies based on their natural resonant frequency. This particular type of crystal is a commonly used low power crystal oscillator designed for 4 MHz and 6 MHz frequencies.

As the name implies, clock crystals are used to generate accurate timing pulses used to keep electrical equipment in sync. The most common application of the 405I35B16M36800 crystal is in oscillators. Oscillators play a great role in both analog and digital circuitry, controlling the timing of signals within circuits. oscillators are mainly used to stabilize and control the frequency of other oscillating elements like mixers and amplifiers.

A basic oscillator circuit typically requires an active device, capacitors, and an accurately tuned oscillator crystal. In a clock oscillator, the active device is usually a transistor or an operational amplifier, depending on the desired operating frequency. The capacitors, along with the crystal, form a tuned LC circuit where electric current is continually alternated, generating a signal of set frequency. The clock crystal establishes the frequency of oscillation according to its natural resonant frequency.

By offering various package sizes, the 405I35B16M36800 crystal provides electronic designers with great flexibility in selecting the optimal solution for their applications. This crystal enables the designers to construct the right frequency circuit with good accuracy, low jitter and small size. The ceramic package allows high crystal mounting density and the extended operating temperature range (-20°C to +85°C) expands the application range of the device.

The 405I35B16M36800 crystal has practical benefits in the fields of communication, consumer electronics, medical instruments, computers, and many industrial devices. This crystal is widely used for timing circuits in radio broadcasting equipment, digital audio applications, and digital signal processors. Moreover, it is also applicable in instrumentation, audio applications, networking, and measurement instruments like oscilloscope, counter, and tester.

The working principle of the 405I35B16M36800 crystal is simple and reliable. The oscillator is tuned by the crystal so that it resonates at the crystal\'s designed frequency. This frequency is determined by the size of the crystal and its physical properties. As current passes through the crystal, the electrical vibrations are aligned with the mechanical vibrations of the crystal and a feedback current is generated.

In summary, 405I35B16M36800 crystal provides a reliable, cost-effective solution for many electronic devices. It offers electronic designers with flexibility in terms of package sizes and operating temperature ranges, enabling them to construct frequency circuits with good accuracy and low jitter. This oscillator is widely used for communication, consumer electronics, medical instruments, computers, and many industrial devices due to its practical benefits. Finally, the working principle of this crystal is easy to understand and very reliable because it is tuned to the crystal\'s designed frequency and the generated feedback current is aligned with the crystal\'s mechanical vibrations.

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