MXO45HST-2C-12M3520

Oscillators are often used for frequency control and signal generation in a wide range of applications. The MXO45HST-2C-12M3520 oscillator is one such oscillator that is ideal for even higher frequencies and frequencies up to 4.5GHz. The oscillator also has excellent temperature stability, linearity and low jitter.

These characteristics make this model suitable for a range of frequency control applications, such as communications or data acquisition, TV reception, telecommunications base transceiver station (BTS) system radios, radar systems, echo sounding, GPS receivers, wireless transceivers and more.

The MXO45HST-2C-12M3520 oscillator consists of three components: a resonator, an amplifier, and an output stage. The resonator is typically made of quartz, which is very accurate, allowing an oscillator to generate a steady output frequency. The amplifier amplifies the signal coming from the resonator and boosts the signal before it goes to the output stage. The output stage is responsible for the shape of the output waveform and can be used to modify the frequency, duty cycle, or other characteristics of the signal.

The MXO45HST-2C-12M3520 oscillator operates on a variety of voltage ranges from 5V to 20V. The oscillator features low supply current, low output impedance, and output power of up to +12 dBm. It also includes frequency control, such as a voltage control oscillator (VCO), which enables precise tuning or alteration of the frequency output.

The MXO45HST-2C-12M3520 oscillator is designed to reduce phase noise, allowing for very low noise output. The oscillator also has a wide temperature range operation, superior shock and vibration performance, and tolerance to voltage and load conditions. All these features ensure very reliable operation in a wide range of applications.

The MXO45HST-2C-12M3520 oscillator is designed to provide the highest performance achievable in frequency control and signal generation. These components can provide the precision necessary for critical applications such as timekeeping, communications, data acquisition, and computer control. Oscillator-based solutions offer the highest level of accuracy and reliable performance at extreme temperatures and operating conditions. Oscillators are often preferred for these types of applications due to their accuracy, reliability and versatility.