9C-35.328MAAJ-T Crystals, Oscillators, Resonators

Crystals

Crystals are simply defined as solid physical structures with a regular, periodic arrangement of atoms. Crystals come in many shapes and sizes. They can be found in a range of materials from semi-conductors to metals to minerals. They also come in different colors, transparency, and electrical capacitance. Some of the more common crystals used in electronics applications are quartz, lead zirconate titanate (PZT), and gallium arsenide (GaAs).

The 9C-35.328MAAJ-T crystal is a precision surface mount crystal designed primarily for use in commercial and consumer electronics products. It is a compact and reliable crystal, ideal for use in space-constrained designs. This crystal is robust and has a frequency stability of ± 1.0 ppm over the temperature range of -20°C to +70°C.

Application Field

The 9C-35.328MAAJ-T crystal is primarily used in applications such as WiFi, Bluetooth and remote controls. It is also used in digital communication systems, such as GSM, DCS, and iden communication, as well as other radio frequency applications. It is also used in oscillators that require precision performance characteristics.

Working Principle

The 9C-35.328MAAJ-T crystal works by vibrating in a consistent fashion when electrical pulses are applied. This vibration is then converted into an electrical signal with an oscillation frequency equal to that of the vibrating crystal. This signal can be used to accurately determine the time, as the frequency of the signal is known to remain constant.

The crystal oscillator consists of a quartz crystal and an amplifier. The quartz crystal, when exposed to an oscillating field, will vibrate and generate an alternating electrical signal. This signal is then amplified by an amplifier and transformed into a sinusoidal waveform. This waveform is then sent to the output circuit, where it can be used in a variety of applications.

In summary, the 9C-35.328MAAJ-T crystal is a compact and reliable crystal, ideal for use in space-constrained designs such as consumer electronics, remote control applications, digital communication systems, and radio frequency applications. This crystal utilizes the working principle of quartz vibrations to generate a consistent and reliable electrical signal, which is used to accurately determine time and other applications.