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Crystal Dimensions
Product advantages
Operating temperature
Voltage
Output mode
Frequency
Frequency stability
Soldering temperature
Technical Highlights
Automotive and industrial grade crystals are specialized types of crystal oscillators that are designed to meet the unique requirements of the automotive and industrial markets. Here are some highlights of automotive and industrial grade crystals:
A-Crystal in Brief
Founded in 2003, A-crystal is committed to being the world’s leading crystal oscillator technology company, focusing on customer-driven value creation for full meeting the quartz crystals application. For more information, visit A-crystal’s website at www.acrystals.com
A-Crystal values
customer satisfaction, employees wellbeing, continuous improvement,technological innovation, stakeholder colloabration”. Under its mission of “engaging in the manufacture of frequency control devices, leading the development of China’s frequency control industry and making technical contributions”. We adhere to the business philosophy of “technical innovation, prioritizing customer satisfaction, step-by-step business growth, and sustainable development”. We develop and create the future together with our customers.
How to choose the Real Time Clocks
Determine your requirements: Consider what features and specifications are important for your project. Some essential parameters to consider include the accuracy, temperature range, power consumption, interface type, and form factor.
Identify compatible interface: RTCs can use different interfaces to communicate with a microcontroller, such as I2C, SPI, or UART. Make sure the RTC you choose is compatible with the interface used in your system.
Consider power consumption: If your project needs to operate on battery power, choose an RTC with low power consumption to extend battery life.
Check accuracy: The accuracy of the RTC is an important factor, especially if you need to keep time precisely. Some RTCs offer accuracy within a few seconds per day, while others can be more accurate, up to a few microseconds per day.
Review temperature range: Temperature range is another important factor to consider. If the RTC will be used in a harsh environment, such as an industrial setting or outdoors, select an RTC with a wide operating temperature range.
Evaluate cost: Finally, consider the cost of the RTC. Depending on the specifications, RTCs can vary significantly in price. Ensure that the selected RTC fits your budget and provides the necessary features for your project.
Identify compatible interface: RTCs can use different interfaces to communicate with a microcontroller, such as I2C, SPI, or UART. Make sure the RTC you choose is compatible with the interface used in your system.
Consider power consumption: If your project needs to operate on battery power, choose an RTC with low power consumption to extend battery life.
Check accuracy: The accuracy of the RTC is an important factor, especially if you need to keep time precisely. Some RTCs offer accuracy within a few seconds per day, while others can be more accurate, up to a few microseconds per day.
Review temperature range: Temperature range is another important factor to consider. If the RTC will be used in a harsh environment, such as an industrial setting or outdoors, select an RTC with a wide operating temperature range.
Evaluate cost: Finally, consider the cost of the RTC. Depending on the specifications, RTCs can vary significantly in price. Ensure that the selected RTC fits your budget and provides the necessary features for your project.