416F25033ITT

416F25033ITT application field and working principle

The 416F25033ITT is a type of crystal oscillator IC (Integrated Circuit) that is available in a RoHS compliant high performance SMT (Surface Mount Technology) package. The device has an internal temperature compensation, allowing it to operate in harsh temperature conditions. It has been specifically designed to provide a low ESR (equivalent series resistance) and low frequency drift over temperature. The IC is primarily used for high frequency generation in applications such as mobile communication, digital cameras, and medical electronic equipment for precision timing and frequency control.

The device has a wide operating temperature range of -40°C to 105°C, which makes it suitable for use in a wide variety of applications. The IC is made with a 14-way surface mount package, which allows it to be installed in very tight spaces. It has been designed to provide excellent high frequency performance with minimal frequency noise. The device also has an internal voltage adjustment for fine tuning of the frequency.

The IC incorporates advanced noise cancellation techniques to maintain a low level of frequency jitter and good phase noise performance. It also provides good linearity and high directionality down to -60dBc. The device has two main outputs, one is a CMOS output that has a 50 ohm impedance and the other is a sine wave output. The sine wave output has a high frequency stability and low phase noise performance.

The IC is powered by an external clock input, which allows it to generate stable frequencies with a high level of accuracy. The CMOS output of the device can be connected to a low cost IDS receiver circuit to provide excellent spurious performance. The IC has an internal loop filter for frequency tuning, which helps reduce the external components count and therefore helps reduce the total system cost.

The 416F25033ITT is an ideal choice for portable and medical electronic devices due to its low power consumption and excellent frequency performance. It is also suitable for other applications such as industrial, automotive and aerospace applications. The device provides low jitter, excellent phase noise and high directionality at frequencies up to 700MHz.