AX7MAF1-74.2500C

Oscillators play an important role in electrical engineering. They generate a periodic signal that can be used for many applications such as motor control, power supplies, automation, timing, communications, data processing and more. Oscillators come in various different types, each with different features and applications. One such type of oscillator is the AX7MAF1-74.2500C.

AX7MAF1-74.2500C Application Field

The AX7MAF1-74.2500C is an oscillator specifically designed for use in Automotive and Industrial applications. This oscillator is highly resilient to environmental conditions such as temperature, vibration, electro-magnetic interference, and humidity. Its low power consumption makes it an ideal choice for applications where power consumption is a critical factor. This oscillator also features high output accuracy and excellent long-term stability, ensuring reliable and accurate output signals.

The AX7MAF1-74.2500C is particularly well-suited for automotive applications such as engine control and monitoring, automatic transmission control, antilock braking systems, powertrain control modules, ECU and airbag control. In industrial applications, the AX7MAF1-74.2500C can be found in temperature and pressure control, machine automation, cybersecurity, process automation, and other areas.

AX7MAF1-74.2500C Working Principle

The AX7MAF1-74.2500C is a Pierce oscillator, which uses a simple circuit composed of two transistors to produce a stable and accurate output frequency. The oscillator circuit comprises a tuned circuit that produces a sinusoidal oscillator wave, a capacitance that works together with the tuned circuit to control the output frequency, and two transistors connected in a complex manner. The first transistor acts as an amplifier while the second is an inverter. The inverter creates a positive voltage feedback loop which keeps the circuit oscillating.

The exact frequency of the AX7MAF1-74.2500C is controlled by the capacitance of the device, which can be manually adjusted or programmed, allowing precise control of the output frequency. The output voltage and current of this oscillator are also adjustable by changing the load resistance and capacitance, so that different dynamic ranges and running speeds can be achieved.

Conclusion

The AX7MAF1-74.2500C oscillator is a highly reliable and accurate device designed for use in Automotive and Industrial applications. Its Pierce oscillator circuit is characterized by a simple design and excellent performance. The output frequency can be adjusted to meet different requirements, and the voltage and current levels can be adjusted to provide a wide dynamic range. The AX7MAF1-74.2500C is ideally suited for automotive and industrial applications such as engine control and monitoring, automatic transmission control, antilock braking systems, powertrain control modules, ECU and airbag control, machine automation, and process automation.