TB612-050.0M

Oscillators are electrical components that generate electrical signals at certain frequencies. The TB612-050.0M is a highly reliable frequency control oscillator that offers superior performance at an excellent price-performance ratio. This oscillator is available with frequency ranging from 5 to 200 MHz; and with various packages such as PBGA, LCC, and SMD, it provides numerous applications in radio communication, test equipment, and instrumentation markets.

The TB612-050.0M requires low operating power to run, making it ideal for battery operated or power-sensitive applications. The oscillator has an economical supply voltage range of 3V to 5V that helps maintain the designing of cost-effective systems. It is compatible with commercial temperature range of -20°C to +85°C with an assured stability of ±10 ppm between +25°C to +85°C.

TB612-050.0M solves many challenges of circuit designs where frequency stability, accuracy, and low power draw are present. This oscillator offers tight frequency tolerance up to ±25 ppm over temperature; can support up to 1.4 GHz with its 5V operation, and is absolutely reliable without relying on any external devices or relying on the frequency tuning characteristics of xtals. It also has an extended storage capacity of up to 500 MHz and provides a -3dB differential frequency accuracy over temperature.

The TB612-050.0M offers low power functions for portable or low power instrumentation circuit designs. It has exceptionally stable, 1.1V minimum output swing, with excellent phase noise performance at any frequency within the range. The oscillator has excellent transient characteristics, with faster settling times and eliminating any possibility of residual phase (PRN) jitter. And it has wide bandwidth (2.5GHz) at 3V operation which has improved the unit\'s output settling time and accuracy over a broad frequency range.

The TB612-050.0M frequency control oscillator is ideal for design in communications, test equipment, instrumentation, and other similar industries. Its superior performance, accuracy, and reliability perfectly combines with cost effectiveness for the users to develop excellent performance circuit designs. Its easy-to-design characteristics also allow higher operation flexibility for the users. This oscillator is the best choice for a wide range of applications where low power and frequency stability are essential.