Epson SG-8101CE programmable crystal oscillator provides flexible, stable, and low-power functions for blood pressure monitors

Today, as medical devices continue to pursue miniaturization, intelligence, and precision, the Epson SG-8101CE programmable crystal oscillator has become a key factor in improving the performance of devices such as blood pressure monitors, bringing them excellent features of flexibility, stability, and low power consumption.

Flexible adaptation to meet diverse design needs

The design of a blood pressure monitor needs to consider different usage scenarios, measurement accuracy, and user needs, which places high demands on the adaptability of internal components. The Epson SG-8101CE programmable crystal oscillator supports an adjustable frequency range of 0.67MHz to 170MHz and can be precisely adjusted in 1ppm steps. This allows R&D personnel to flexibly set the crystal oscillator frequency according to different measurement algorithms and circuit requirements when designing blood pressure timers. For example, for a household simple blood pressure monitor that requires rapid measurement and results, the crystal oscillator frequency can be programmed to a specific value to speed up data processing; For high-precision blood pressure monitors used by medical professional institutions, the crystal oscillator frequency can be adjusted to better match complex measurement and analysis functions, ensuring the accuracy of measurement data. This flexible and programmable feature is like giving a master key to the design of blood pressure monitors, which can easily open the door to various innovative designs and meet the diverse needs of different users and application scenarios.

Stable operation, ensuring accurate and reliable measurement

The accuracy of blood pressure measurement is crucial for the patient's health diagnosis and treatment plan formulation, therefore the stability of the clock signal inside the blood pressure monitor is of utmost importance. The frequency stability of SG-8101CE reaches ± 15ppm in the working environment of -40 ℃ to+85 ℃. Even when using a blood pressure monitor in environments with large temperature changes, such as suddenly transitioning from a warm indoor environment to a cold outdoor environment, or using it for a long time in hot summer days, this crystal oscillator can consistently provide a stable clock signal for the measurement circuit of the blood pressure monitor. A stable clock signal can ensure that the blood pressure monitor accurately processes and analyzes the data collected by the pressure sensor during the measurement process, avoiding data deviation or measurement errors caused by unstable clock signals. Whether it is slight blood pressure fluctuations or more complex blood pressure changes, the SG-8101CE crystal oscillator equipped blood pressure monitor can accurately capture and provide reliable blood pressure data for medical staff and patients, helping with health management.

Low power consumption advantage, extending device battery life

Blood pressure monitors are mostly portable devices that typically rely on battery power, which imposes strict requirements on their power consumption. The SG-8101CE crystal oscillator performs well in low power consumption, with a standby current as low as 0.3 μ A (typical value, at+25 ℃). When the blood pressure monitor is in standby mode, the crystal oscillator can operate with extremely low power consumption, greatly reducing battery power consumption. When users use the blood pressure monitor for measurement, the crystal oscillator can quickly switch to normal working state, providing a stable clock signal for the measurement process. This low-power feature significantly extends the battery life of the blood pressure monitor, reducing the hassle of frequent battery replacement or charging for users. Especially for patients who require long-term monitoring of blood pressure, there is no need to frequently monitor the device's battery level, making blood pressure measurement more convenient and free, improving the user experience, and ensuring the continuity and integrity of blood pressure data monitoring.

The Epson SG-8101CE programmable crystal oscillator provides comprehensive support for the design and performance improvement of blood pressure monitors with its flexible programmability, excellent stability, and outstanding low-power performance. It is a powerful guarantee for accurate measurement, stable operation, and convenient use of blood pressure monitors, driving the medical equipment industry towards a more accurate, intelligent, and user-friendly direction.