AX7PAF4-187.5000C

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Oscillators are circuits that generate repetitive signals without the need for external input signals. They often serve as clocks within a circuit or providing a reference signal for gain control operations. The AX7PAF4-187.5000C is a temperature controlled oscillator (TCO). Its purpose is to generate a repeatable signal over a certain temperature range. The TCO is usually used in applications requiring precision timing such as clock synchronization, motor control, and various communications protocols. The AX7PAF4-187.5000C has a temperature range of -40°C to 85°C and operates at a frequency of 187.5000MHz. It features a high-stability crystal package, and uses an ATMEL AT49BV164A to provide the necessary frequency and temperature settings.The working principle of the AX7PAF4-187.5000C is based on the thermistor behavior of certain materials. The thermistor acts as a resistor, with its resistance changing as the temperature changes. By measuring the resistance of the thermistor, the TCO can accurately control the frequency of the output signal. The thermistor works by forming a bridge circuit which is connected between a reference voltage and the power supply. The oscillator circuitry then senses the resistance change of the thermistor and adjusts the frequency of the signal accordingly. The AX7PAF4-187.5000C is designed to reduce the need for frequency compensation over a wide range of temperatures. This ensures that the output frequency remains stable and accurate over the entire temperature range. The main applications of the AX7PAF4-187.5000C are in motor control, clock synchronization, military communications, and other precision timing operations. Its high stability and accuracy make it ideal for these applications. The AX7PAF4-187.5000C is a versatile and reliable temperature controlled oscillator that can be used in a variety of applications. Its accuracy and stability over a wide range of temperatures make it ideal for precision timing operations such as clock synchronization and motor control.

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