CA-301 49.4133M-K: PB FREE

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Crystals provide an inexpensive and reliable frequency reference for a wide range of applications. The CA-301 49.4133M-K crytal is used in a variety of applications where a precise, stable frequency reference is required, such as in clock oscillators, radio and TV transmitters, and data communications systems. The CA-301 is a special type of crystal called a PB free crystal, which offers improved accuracy, reliability and cost efficiency compared to conventional crystals.

The CA-301 49.4133M-K crystal is a PB free crystal that offers improved frequency stability over time. It is designed to be used in applications that require an extremely accurate and stable frequency reference, such as precision timing circuits. The CA-301 uses a piezo-electric effect to create an oscillating electrical signal at a specific frequency. The frequency of the electrical signal is determined by the vibrational frequency of the crystal, which is determined by its physical attributes.

The CA-301 49.4133M-K crystal works by using the piezo-electric effect. The piezo-electric effect is observed when a particular material, such as quartz, is placed under mechanical stress. It is observed that the material will produce a small electrical current when the stress is applied. This electrical current is then amplified to create an oscillating electrical signal at the desired frequency. The physical parameters of the crystal determine its resonant frequency and thus the frequency of the oscillating electrical signal.

The CA-301 49.4133M-K crystal offers improved frequency stability over time due to its PB free construction. PB free crystals are constructed from materials that are more stable and less affected by environmental conditions than conventional crystals. Additionally, the PB free crystals use an optimized process that further enhances their stability. This improved frequency stability makes them ideal for precision timing applications.

The CA-301 49.4133M-K crystal is also designed to have improved temperature stability. Temperature stability is important in applications that require precise frequency control, as even small changes in temperature can cause significant shifts in frequency. The CA-301 uses a special thermal compensation circuit that minimizes the effects of temperature changes on the oscillation frequency.

The CA-301 49.4133M-K crystal is an excellent choice for applications that require precise frequency control and stability. Its PB free construction and advanced temperature compensation design ensure that the oscillation frequency remains accurate and stable over time, even in changing environmental conditions. The CA-301 offers reliable and cost-effective performance for a wide range of applications.

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