ASTMK-8.192KHZ-MP-D14-J-T3

Oscillators are circuits that generate a waveform signal that will oscillate for a long period of time. ASTMK-8.192KHZ-MP-D14-J-T3 is a type of oscillator with a wide range of applications and a straightforward operating principle.

Applications

This type of oscillator can be used for a variety of purposes. They can be used to create sound in music and entertainment systems, as well as providing a precise timing reference in clock systems. This type of oscillator can also be used in scientific and laboratory instruments to generate waveforms. It can be used as a reference for synchronization purposes, such as for WDM systems or Serial ATA systems. It can also be used for communications systems like TETRA, VOIP, or GSM.

ASTMK-8.192KHZ-MP-D14-J-T3 can also be used in embedded systems like integrated and internet-of-things devices. This type of oscillator can be used in telecommunication to help synchronize communication lines, as well as in automotive systems for smart navigation systems, self-driving capabilities, and even in medical applications.

Working Principle

ASTMK-8.192KHZ-MP-D14-J-T3 is an oscillator that works on a grid voltage of +10 to +16 volts and a profile voltage of +3 to -3 volts. The device incorporates an oscillatory circuit, comprising a resistor, capacitor, and an audion junction transistor (JT3).

The inverter circuit of the oscillator is designed to provide a square wave having a frequency of 32768 Hz. The frequency of the device is amplified by the JT3 transistor, multiplied by a factor of 8192. The output signal of the device is symmetrical until a maximum frequency of 8192 Hz is reached.

This type of oscillator is also characterized by its low-power consumption and high stability, thanks to its low temperature coefficient and low voltage drift. The device also features an adjustable Circuit Current Limiter (CCL) that can limit the current to a predetermined maximum current.

Conclusion

ASTMK-8.192KHZ-MP-D14-J-T3 is an oscillator type that can be used for a variety of applications, due to its wide range of frequencies and its efficient working principle. This type of oscillator is also characterized by its low-power consumption and high stability, making it a great device for use in embedded systems as well as more industrial use cases.