SG5032CAN crystal oscillator suitable for microcontroller applications

Jun 04,2024
102 VIEWS

The function of a microcontroller crystal oscillator is to provide the basic clock signal for the system. Usually, a system shares a single crystal oscillator, making it easier for each part to stay synchronized. Some communication systems use different crystal oscillators for the fundamental frequency and radio frequency, and maintain synchronization through electronic frequency adjustment. Crystal oscillator provides a basic oscillation source for the microcontroller, which is equivalent to the heartbeat of the human body. Without an oscillation source, the microcontroller cannot start.

In a microcontroller (MCU) system, the selection of clock source is crucial for the performance and stability of the entire system. The SG5032CAN crystal oscillator launched by Epson provides excellent clock solutions for microcontroller applications with its high precision, low power consumption, and stable frequency output.

The Epson crystal oscillator SG5032CAN is a small-sized 5.0x3.2mm quartz crystal oscillator with a four pin SMT crystal oscillator. Its compact design simplifies the design and integration process of microcontroller systems. Its flexible integration approach enables engineers to easily apply it to various microcontroller systems. Its high frequency accuracy and low jitter performance enable the microcontroller to maintain high reliability and stability when performing complex tasks, avoiding system failures caused by clock errors. Reduced system energy consumption and improved overall efficiency. Especially in portable devices powered by batteries, the advantage of low power consumption is particularly evident, which can extend the service life of the device. The excellent temperature stability of the SG5032CAN crystal oscillator enables the microcontroller system to work normally under various environmental conditions. Whether in industrial automation, high-temperature production lines, outdoor monitoring, or low-temperature environments, it can provide stable clock support for microcontrollers, ensuring the reliable operation of the system.

The frequency output range of SG5032CAN is 1MHz to 170MHz, with a power supply voltage of 1.6V to 3.6V. It supports CMOS output and has the characteristics of ultra small size, lightweight, high precision, high performance, and high quality. It is suitable for mobile communication, automotive electronics, microcontrollers, switches, fax machines, measuring instruments, household appliances, wireless Bluetooth, car navigation, etc.