Epson SG2016CAN crystal oscillator is the precise clock choice for industrial cameras

In the current era of accelerating industrial automation, industrial cameras, as key equipment for visual inspection, production monitoring, and other processes, have a direct impact on production efficiency and product quality in terms of their performance. In the complex and precise system architecture of industrial cameras, crystal oscillators play an extremely important role. The Epson SG2016CAN crystal oscillator, with its ultra small package, high stability, wide temperature and voltage performance, and low power consumption characteristics, has become an indispensable key component in industrial camera design.

The application advantages of Epson SG2016CAN crystal oscillator in industrial cameras:

1. Ultra small packaging, saving space

The SG2016CAN has a size of only 2.0 × 1.6 × 0.7mm, which is 54% smaller than traditional crystal oscillators. It perfectly meets the compact design requirements of industrial cameras, especially suitable for embedded modules or high-density circuit board layouts, freeing up more space for other functional components.

2. High precision and long-term stability

The frequency stability reaches ± 50ppm, and the maximum annual aging rate is as low as ± 3 × 10 ⁻⁶, ensuring that the clock signal of industrial cameras does not drift during long-term continuous operation and avoiding image acquisition timing disorder.

Low phase jitter characteristics (specific parameters not explicitly mentioned, but multiple evidence emphasizes its low jitter), reduce signal transmission interference, and ensure image data integrity and transmission rate.

3. Wide temperature and pressure range, suitable for harsh environments

The working temperature range covers -40 ℃ to+105 ℃, which can cope with high-temperature production lines or low-temperature storage environments in industrial sites, avoiding performance degradation caused by temperature fluctuations.

Supports a wide voltage input range of 1.6V to 3.63V, compatible with industrial camera designs of different power supply systems, enhancing circuit compatibility and reliability.

4. Ultra low power consumption, optimized energy efficiency

The working current is as low as 1.8mA (at a frequency of 20MHz), and the standby current is only 2.7 μ A, significantly reducing the overall energy consumption of industrial cameras, extending the battery life of mobile devices, or reducing the heat dissipation pressure of fixed devices.

5. Industrial grade anti-interference design

Adopting CMOS output and four pin chip packaging, it has strong electromagnetic interference resistance and can maintain signal purity in complex industrial electromagnetic environments, avoiding image distortion or communication interruption caused by noise.

Core application scenarios in industrial cameras

1. Synchronized control of image sensors

Provide precise clock signals for CMOS/CCD sensors to ensure strict synchronization between pixel exposure and reading, avoiding image ghosting or data misalignment. For example, in high-speed production line testing, the high stability of SG2016CAN can ensure timing accuracy of thousands of frames per second.

2. Data transmission stability guarantee

In the communication link (such as GigE Vision, USB 3.0) between industrial cameras and upper computers (such as PLCs or industrial control computers), SG2016CAN provides a reference clock for FPGA or interface chips to ensure frame loss free and low latency transmission of data packets.

3. Multi camera collaborative system

In stereo vision or multi camera arrays, the synchronization accuracy of SG2016CAN can support multi device clock alignment, achieve millisecond level timestamp uniformity, and provide a reliable foundation for 3D reconstruction or motion tracking.

4. Reliable operation in extreme environments

Suitable for outdoor inspection robots, metallurgical high-temperature workshops, and other scenarios, its wide temperature and anti vibration design (although seismic parameters are not explicitly mentioned, industrial grade reliability has been emphasized multiple times) ensures continuous and stable operation under harsh conditions such as vibration and large temperature differences.