353VB5I400T

Oscillators: 353VB5I400T Application Field and Working Principle

The 353VB5I400T oscillator is a crystal frequency device designed for use in wireless applications, including telemetry, medical only, wireless communication and satellite tracking systems. The oscillator provides output frequency stability and is available in a variety of configurations for design flexibility.

The 353VB5I400T is a voltage controlled oscillator that can be tuned to extremely wide voltage ranges. It uses solid-state, ceramic resonator and differential voltage comparator/ analog-to-digital converters to obtain maximum output accuracy and resolution. The device is designed to operate from a single 3.3 or 5 volt power supply and features a wide supply range with low operating current.

The 353VB5I400T utilizes a 3-stage transistor clock generator that incorporates dual Phase Locked Loops (PLLs). It has two alternative frequency control terminations, where the first one is the power supply voltage and the second one is an external oscillator reference signal. It has frequency range of 1 to 24MHz and also options for higher and lower frequency range. The oscillator has two operational modes, one for operation in low frequency range and the other for operation in high frequency range.

The 353VB5I400T frequency control range can be adjusted by its terminals. It features low power consumption and high frequency accuracy due to its low power consumption architectures. The oscillator can also be programmed to be frequency stable for various temperature ranges. It is integrated within the application system to work in sequential operations.

The 353VB5I400T oscillator is a highly efficient and cost effective device suitable for applications where accurate and reliable frequency control is required. It can also be used in multi-channel and multi-carrier operation systems. The frequency range of the device can be easily adjusted using its terminals, thus providing design flexibility. Moreover, its power consumption is relatively low due to its low frequency architecture.