353VB6A128T

The 353VB6A128T oscillator is a silicon oscillator integrated circuit with a fixed or adjustable frequency, binary divider, and dividable output. This IC combines versatility, cost-effectiveness, and low application space requirements. The 353VB6A128T is well-suited for use in the field of wireless communication systems, transceiver and timing applications such as Frequency Synthesis, Automatic Frequency Control (AFC) and Phase Locked Loops (PLL).

The 353VB6A128T oscillator has a 50 – 3000 kHz frequency range, offers high accuracy and low phase noise, and operates over a -40 to +85 °C temperature range. This IC is available in a small, through-hole ceramic package with a Choice of 12mm distance between pins for increased accuracy. The 353VB6A128T operates with a high reliability and offers long lifetimes of up to 3,000 hours.

The working principle of the 353VB6A128T oscillator is based on a patent-pending oscillator circuit design that utilizes a frequency/phase generator, a voltage-controlled oscillator (VCO), a phase-locked loop (PLL), and dividable output circuits. The combination of these blocks allows the IC to regulate the frequency by compensating for internal and external clock source drifts. The VCO output is then divided by a binary divider to generate a low-jitter, high-accuracy output signal.

The 353VB6A128T offers both a fixed and adjustable output frequency mode and features a wide range of programmable frequencies, providing high accuracy and low-jitter at the expense of average power consumption. This oscillator is suitable for applications where frequency accuracy and low jitter are critical. Its high-performance design and dividable outputs make it an ideal choice for applications such as wireless base stations, telecommunications, and aerospace.

In conclusion, the 353VB6A128T is a versatile oscillator IC with a choice of fixed or adjustable frequency, binary divider, and dividable output. Its patent-pending design and high accuracy make it the perfect choice for applications where frequency accuracy and low-jitter are critical. The IC offers high reliability and a long lifetime, making it an ideal choice for a wide range of applications.