445A35D12M00000

Crystals are essential components in the design of electronic devices and materials processing techniques. They are used to control and manipulate electrical currents, produce electrical impulses, detect and focus incoming radiation, control the transmission of signals, and provide mechanical support in many complicated applications. The 445A35D12M00000 crystal is a well-known example of a complex, high-precision device that is used in many critical applications.

The 445A35D12M00000 is a small, highly accurate clock crystal designed to maintain tight accuracy over time and temperature. It is a low-power device, allowing it to be used in a variety of applications requiring low power consumption. The crystal operates within a frequency band of ±0.0002 ppm (parts per million) from the nominal center frequency of 12.288 MHz. This accuracy ensures reliable and accurate operation of digital or clock-based systems.

The 445A35D12M00000 crystal is used in a variety of applications ranging from high-speed computers, communications systems, and digital audio equipment to aerospace, automotive, and industrial instrumentation. It is also commonly used in digital data processing systems, radio networks, cell phones, wireless transceivers, GPS receivers, encryption devices, and medical equipment.

The 445A35D12M00000 crystal is designed using the most advanced techniques available and is constructed using a variety of metals alloyed with silicon. The crystal consists of a quartz crystal cut in cylinders and lapped to precise specifications. The quartz crystal is surrounded by electrodes, which are coupled together, allowing the current to pass through and generate an oscillating signal. The electrical signal is amplified and filtered, then delivered to the system.

The accuracy and stability of the 445A35D12M00000 crystal is further enhanced with a temperature compensation feature. This temperature control feature allows the crystal to operate within a narrow temperature range and helps maintain a constant frequency range and tolerance of ±0.0002 ppm over a wide temperature range of -20°C to +70°C. The crystal is also compliant with EU RoHS (Restriction of Certain Hazardous Substances) requirements and Lead Free legislation.

In conclusion, the 445A35D12M00000 crystal is an advanced and precise device that is used in a variety of applications and systems requiring reliable, accurate timing and synchronization. It offers excellent temperature stability, low power consumption, and RoHS compliant features, making it a very reliable and cost effective choice in many critical applications.