Epson MG7050VAN differential crystal oscillator X1M000421001100 is suitable for smart clock modules

    In modern electronic devices, the intelligent clock module, as a core component, directly affects the operational efficiency and stability of the entire system. Epson's MG7050VAN differential crystal oscillator (model X1M000421001100) has become an ideal choice for smart clock modules due to its high precision and stability. Epson has launched the MG7050VAN crystal oscillator, coded X1M000421001100, with a frequency of 125000000 MHz, output WaveLVDs, power supply voltage of 2.97-3.63 V, size of 7.00x5.00x1.60 mm, operating temperature of -5 to+85 ° C, frequency tolerance of+50ppm, and additional Options N/output OSC (4 ports). It has high stability, low jitter, and low voltage characteristics, making it very suitable for smart meter clock module wearable device designs that are sensitive to design area. This miniature low-voltage active crystal oscillator has excellent heat resistance and environmental resistance, making it the best choice for smart meter clock module clocks in smart wearable devices.

Characteristics of MG7050VAN differential crystal oscillator (X1M000421001100) in intelligent clock module applications:

1. Improve system synchronization performance: The MG7050VAN provides high-precision clock signals to ensure that the intelligent clock module can accurately synchronize various components within the system, thereby improving the overall system's operational efficiency and performance.

2. Enhance system reliability: With a wide temperature range and stable power supply, the MG7050VAN's wide operating temperature range and stable power supply voltage ensure stable operation in various environments and working conditions, enhancing the reliability and durability of the system.

3. Optimize design flexibility: Compact packaging: The 7.00 x 5.00 mm compact packaging design provides more flexibility for the internal layout of the device, allowing design engineers to better optimize the circuit board space and improve the overall performance of the system.

4. Efficient data transmission: LVDS output, using MG7050VAN with LVDS output, has low power consumption and high anti-interference ability during high-speed data transmission, ensuring that the system can maintain signal integrity and stability even under high load operation.