416F32033CDR

Crystals play a crucial role in electronics, underlining the reliability of circuits. Although their external appearance may look quite simple – generally only a few facing sheets and a few outer layers – they are nevertheless essential components of all electrical and electronic circuitry.

The 416F32033CDR is one such crystal specifically designed for industrial needs. It is an efficient, compact and robust component. The crystal is most useful for providing a steady frequency supply for electronic equipment requiring tight timing constraints, such as timing electronics, radio receivers, and frequency-determining oscillators.

The 416F32033CDR is capable of delivering its signal in a relatively short time, making it ideal for such applications demanding accurate performance, repeatability, and speed. It can be used in signal processing and communication systems, with an operating temperature range between -40°C and +85°C.

The 416F32033CDR is designed with a very small physical size, as one of its primary goals is to provide electrical products which can be used in tighter spaces or confined enclosures. The crystal has a 0.2mm x 0.2mm x 0.5mm footprint and a 1.3mm body height. This allows it to fit into miniature packages with a wide range of space requirements without causing any design interference.

The 416F32033CDR crystal operates on the basis of a harmonically predetermined frequency with great tolerance around it. When it is in resonance with an oscillator, it will release its signal in intervals, creating pulses of frequency. In other words, the crystal acts as a filter for the oscillator, changing its input frequency into a steady output signal with a fixed frequency. Once it reaches the right frequency, the crystal will start oscillating and releasing a steady output.

Due to this mechanism, the 416F32033CDR is exceptionally accurate in timekeeping. The frequency stability is in the order of a few hundred PPM and the frequency tolerance is quite small. This makes the crystal ideal for applications that require precision, such as clocks, watches, radio systems, and communication equipment.

In summary, the 416F32033CDR is a compact and reliable crystal suitable for a wide range of applications. Its small form factor allows it to be placed in tighter spaces, and its frequency accuracy and stability make it suitable for timing electronics, radio receivers, and frequency determining oscillators. It has a temperature range of -40 to +85 °C and its frequency stability is in the order of a few hundred ppm.