9H03200033

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Crystals have been used in numerous industries and applications since they were first discovered in antiquity. Crystals are incredibly versatile and have diverse properties that allow them to be used in an array of applications. The 9H03200033 is an example of such a crystal. It is a high precision, low phase noise crystal oscillator produced by AKM Semiconductor company.

The 9H03200033 crystal oscillator is ideal for use in wireless base stations, the internet of things, and any application that requires high precision frequency with minimal drift and phase noise. Its operating frequency range is from 30 to 40 MHZ and its supply voltage is 2.8 to 2.4V. It has a temperature stability of ±1 ppm, low phase noise of -119 dBc/Hz@ 10 kHz offset, and an outstanding frequency stability of 0.3 ppm over an operating temperature range of -40°C to +85°C.

The 9H03200033 crystal oscillator works by generating precise, repeatable frequencies based on a carefully calibrated quartz crystal resonator. This type of quartz is cut in the shape of a tuning fork and then electrically excited by an external signal at its resonance frequency. The quartz crystal then oscillates and produces an output signal with a precise frequency. This output frequency remains stable even in the presence of extremes in temperatures, aging, and environmental conditions.

The 9H03200033 crystal oscillator provides significant improvements in performance and accuracy while also reducing power consumption compared to its predecessors. This makes it useful in many areas, from Satellite communications to GPS navigation, Cellular networks to Wi-Fi, Bluetooth, and the like. With its ultra low phase noise, high frequency stability, and excellent jitter performance, the 9H03200033 crystal oscillator can provide excellent performance and accuracy in a wide range of applications.

The main advantage of the 9H03200033 crystal oscillator is its small form factor making it easy to integrate within a variety of systems. This is particularly beneficial in applications where space is at a premium, such as space-constrained wireless communication infrastructure. Additionally, the oscillator’s low profile packages make it suitable for automated placement and pick and place systems. Unlike its predecessors, this oscillator has high robustness, further reducing the risk of damage during the volumetric production assembly.

The 9H03200033 crystal oscillator has been used in many applications to increase accuracy and performance while conserving power and reducing size. Thanks to its high precision and consistent output, this type of crystal oscillator is becoming increasingly popular in the industry. It is an ideal choice for applications where precise frequency, phase noise, and low jitter performance are needed.

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