ASGTX-P-156.250MHZ-T2

Oscillators are regularly used in a range of applications, such as television, radio and military communications, as they are able to generate a specific frequency. Oscillators are also used in oscilloscopes and signal monitoring apps, where they are used as frequency markers.

ASGTX-P-156.250MHZ-T2 is a high precision, low power, low voltage oscillator that is designed primarily for military uses. It is manufactured and tested in accordance with stringent military standards and is designated a military standard microelectronics. It has a very wide range of use, and can be used in a range of applications from radar, satellite tracking and telemetry, to secure communications, anti-jamming and electronic warfare.

Application Field

ASGTX-P-156.250MHZ-T2 is capable of providing frequency stability and accuracy up to ±50ppm under stable operating conditions. Its low power consumption and low voltage design make it maximally effective in low power and low voltage applications such as portable communication systems and medical applications.

ASGTX-P-156.250MHZ-T2 can be used in a variety of systems such as RFID, ISM, GPS, IEEE-802.11 and satellite systems. It can also be used accurately in systems such as power line communication, industrial control systems, robotics and automated manufacturing which require high accuracy and low jitter.

Working Principle

ASGTX-P-156.250MHZ-T2 uses a quartz crystal as its primary element to monitor and regulate the frequency of the system. The crystal is arranged in a fixed configuration which determines the frequency of the oscillator. This frequency is then sent out by means of an amplifier circuit. The amplifier ensures that the output voltage of the oscillator is sufficient for the application it is intended for.

Once the output voltage reaches a certain level, the output signal is sent through a band-pass filter, which filters out any unwanted signals. The filtered signal then passes through differential amplifier to further amplify and shape the signal. This amplified signal is then sent out through an output buffer amplifier which is designed to compensate for any instability in the signal.

Finally, the signal is passed through a current limiter to protect the oscillator from any large or sudden power surges and to ensure that only the required amount of electrical current needed by the oscillator is delivered. The signal is then sent out through the output waveguide to be used in the desired application.

ASGTX-P-156.250MHZ-T2 is a high precision, low power oscillator which is designed for use in a range of applications, primarily in military applications. It can provide a very high level of accuracy and stability in a range of applications due to its low power consumption and low voltage design. The oscillator works by using a quartz crystal to monitor and regulate the frequency of the system, and is then amplified and filtered for accuracy and stability.