CB3-3C-12M3520

The CB3-3C-12M3520 oscillator is a popular choice due to its high precision, low power consumption, and robust reliability. It is a compact size oscillator in a T-style package, and designed to manage and store multiple types of signals and clock signals typically used in consumer electronics applications, such as LCD televisions, audio processors, digital cameras, and digital video recorders. Typical applications for the CB3-3C-12M3520 oscillator are crystal generators, controllers, PFC, TV tuners, microcontroller unit (MCU), and other related tasks.

The CB3-3C-12M3520 oscillator features a CMOS memory pin which can store and protect various settings related to the oscillator\'s operation, such as temperature compensation, frequency range, power up/down time and other parameters. This makes the oscillator highly versatile and applicable in various circuits. The oscillator also features a low power mode, allowing the device to only consume a minimum of power when the system is not actively used.

In terms of the working principle of the oscillator, it employs a quartz crystal resonator as a base material that is used to generate a frequency that is compatible and stable enough for the application. The crystal consists of two pieces of quartz cut at a particular angle and placed in parallel. A voltage signal is then sent through the crystal and a vibration is generated. This vibration is then converted into a pulse, which is used as the oscillator\'s output.

The CB3-3C-12M3520 oscillator is a great choice for projects and applications that require something reliable that will provide both precision and low power consumption. The device is also quite affordable, making it an ideal choice for multiple consumer electronic applications, such as LCD TVs, digital cameras, audio processors, and digital video recorders.

To conclude, the CB3-3C-12M3520 oscillator is a popular oscillator that is ideal for multiple consumer electronic applications. It features a low power mode and a CMOS memory pin that makes it versatile and applicable in various circuits. It is also highly reliable, which makes it the go-to choice for projects requiring precision and low power consumption.