HCM49-4.032MABKTR Crystals, Oscillators, Resonators

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Crystals have been used in semiconductor applications for many years and continue to be used in a variety of applications today. The HCM49-4.032MABKTR crystal is one such example. This economical crystal is a four-pin, 4x32 mm crystal with an operating temperature range of -20°C to +70°C. It features an anode resonance frequency of 10MHz, a tolerance of ±30ppm, a temperature stability of ±20ppm, and a load capacitance of 5pF to 10pF.

The HCM49-4.032MABKTR crystal is designed for use in LTE communication, Global Position System (GPS), ISM Band, Bluetooth, WLAN applications and other wide-area and local-area network applications. It delivers robust performance and excellent temperature stability under harsh environmental conditions, thus making it an highly reliable crystal. Furthermore, this crystal features low jitter and low spurious levels, making it suitable for a wide range of communications systems.

The working principle of the HCM49-4.032MABKTR crystal is based upon the principle of resonance. The crystal is made up of two piezoelectric plates that are separated by a small gap between them. Each plate is connected to its own pair of electrodes and exhibits an electrical resonance when a voltage is applied across the electrodes. This resonance frequency is the same as the frequency of the vibration of the crystal and is known as the anode resonance frequency. The anode resonance frequency of the HCM49-4.032MABKTR crystal is 10MHz.

The crystal is designed to deliver precise signal timing for communication and signal processing applications, thus providing superior performance and reliability. Its low jitter and low spurious levels make the crystal suitable for a wide range of communication systems.

The HCM49-4.032MABKTR crystal is an economical and highly reliable crystal designed for use in a wide range of communication and signal processing applications. Its anode resonance frequency of 10MHz is suitable for LTE communication, GPS, ISM Band, Bluetooth, WLAN applications and other wide-area and local-area network applications. Furthermore, it features low jitter and low spurious levels, making it ideal for precision signal timing and reliable operation.

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