HCM493686400ABJT Crystals, Oscillators, Resonators

Crystals are useful components of electrical and electronic circuits. They have many different application fields, and one such type of device is a HCM493686400ABJT crystal. This crystal is used in feature phones and have a range of application fields and working principles.

Types of HCM493686400ABJT Crystal

The HCM493686400ABJT crystal is a type of piezoelectric or Accelerated-Stability crystal. It is used in feature phones to provide stable frequency and high quality sound. It is usually made up of a ceramic base and a quartz crystal.

HCM493686400ABJT Application Fields

The HCM493686400ABJT crystal has a range of application fields. It is mainly used in feature phones to enable its stable frequency. It is also suitable for other applications such as RFID readers, advanced Wi-Fi units, GPS receivers and high precision oscilloscopes. The HCM493686400ABJT crystal is also used in mobile phone base stations, settop boxes and automotive electronics.

HCM493686400ABJT Working Principle

The HCM493686400ABJT crystal has a very simple working principle. It produces an electrical signal in response to a mechanical vibration. When the crystal is placed in a circuit the mechanical vibration of the crystal causes the electrical signal to oscillate at a specific frequency. This specific frequency is then used in feature phones to enable a stable and precise frequency.

Advantages of HCM493686400ABJT Crystal

The HCM493686400ABJT crystal has a number of advantages. It is highly accurate and has low power consumption. It has high insulation and is able to withstand high temperatures. It is also relatively inexpensive and easy to install.

Conclusion

The HCM493686400ABJT crystal is a type of piezoelectric or Accelerated-Stability crystal which is mainly used in feature phones. It has a range of application fields such as RFID readers, advanced Wi-Fi units, GPS receivers and high precision oscilloscopes. The working principle of the HCM493686400ABJT crystal is quite simple and its advantages include accuracy, low power consumption and high insulation.