ECX-P33CM-62.500

Oscillators are widely used in a range of electronic applications, including radio communication, embedded computing, and military applications. One common type of oscillator is the ECX-P33CM-62.500, a voltage-controlled oscillator (VCO). The ECX-P33CM-62.500 is a quartz crystal locked VCO that can generate frequencies between 62.487 kHz and 62.513 kHz, with a temperature stability of ±3 ppm/°C.

The ECX-P33CM-62.500 VCO is primarily used in telecommunications systems, where it is used to provide a stable frequency source for encoding and decoding signals. Its frequency output is determined by the amplitude of the control voltage applied to its external input pin. The device also contains built-in noise suppression circuits to reduce spurious signals.

The ECX-P33CM-62.500 also has a wide range of applications in embedded computing. It can be used to provide an accurate timing signal for synchronizing digital circuits. It is also used in timer circuits, where it is used to toggle an output, or control the width of an output pulse. In todays market, the ECX-P33CM-62.500 is a reliable and cost effective option for many embedded computing applications.

The ECX-P33CM-62.500 VCO is based on quartz crystal technology. A quartz crystal is a piezoelectric material which has the property of generating an electrical signal when a voltage is applied to it. In the ECX-P33CM-62.500, the quartz crystal is connected to an active filter circuit, which extracts the free-running frequency of the crystal. This frequency is dependent on the temperature of the crystal, and a power supply voltage. The frequency of the crystal is then compared to a reference voltage, supplied by an external source, and the frequency will be adjusted accordingly.

The ECX-P33CM-62.500 is an easy to use, yet highly reliable, VCO solution for applications where precise frequency control is required. Its wide temperature range and temperature stability make it an ideal choice for use in a variety of radio communication, embedded computing, and military applications, where quality and performance are of critical importance.