3225 active crystal oscillator suitable for portable devices such as Bluetooth: SG3225CAN

      Epson has launched a conventional SPXO crystal oscillator SG3225CAN. As an active crystal oscillator packaged in 3225, it can be said to be a clich é. The commonly used Bluetooth chip (also known as microcircuit) is the 3225 active crystal oscillator, so some people also call it the Bluetooth crystal oscillator. In fact, the volume of SMT crystal oscillators is much smaller than that of direct insertion crystal oscillators. In SMT crystal oscillator packaging, there are 2520, 3225, 5032, and so on. Nowadays, many portable products require SMT crystal oscillators with small volume, stable performance, long lifespan, and reasonable price. Therefore, engineers have found during the selection process that the volume of 3225 active crystal oscillators is relatively small, but the smaller the volume of the crystal oscillator, the more complex the production process will be. Unfortunately, the cost of 3225 active crystal oscillators is also lower than 5032. Therefore, it is understandable to call 3225 crystal oscillators a high cost performance ratio. So, compared with these commonly used 3225 active crystal oscillators, what are the differences between SG3225CAN and these commonly used 3225 active crystal oscillators? What are the specifications? The output type of SG3225CAN is CMOS output, with a power supply voltage of 1.8V to 3.3V (typical value), a frequency range of 472MHz, and a working temperature of -40 ° C to+105 ° C. The startup time of SG3225CAN is 5Ms,including standby function.

        The 3225 active crystal oscillator has the characteristics of high stability, low jitter, and low power consumption. The product is mainly used in fields such as the Internet of Things and network communication. For example: Bluetooth, portable applications, network adapter cards, etc. SG3225CAN also meets the above characteristics, and as a conventional SPXO, these products can all use it. The specifications of SG3225CAN are as follows: