ASTMHTFL-12.288MHZ-ZJ-E

Oscillators are electronic circuits which generate alternating current signals of a certain frequency. The ASTMHTFL-12.288MHZ-ZJ-E is a type of oscillator, used to generate a 12.288Mhz signal for various applications.

This 12.288Mhz oscillator has a wide range of applications, ranging from consumer electronics to satellite communication equipment. It is used in consumer electronics to provide a clock signal for controller circuits and memory chips. In satellite communication equipment it is used to provide a stable signal which can be used to lock the receiver to a certain frequency.

The ASTMHTFL-12.288MHZ-ZJ-E oscillator is based on a “Colpitts” design. The oscillator circuit consists of a few components, namely an amplifier, a capacitor and an inductor. The amplifier is usually a transistor, however ICs and op-amps can also be used. The inductor and capacitor form what is known as a Colpitts oscillator circuit.

The Colpitts oscillator circuit oscillates when the gain of the amplifier used is greater than one. When the capacitor in the circuit charges, it will reach a certain voltage which will cause the amplifier to start oscillating. The oscillations will be of the frequency determined by the inductor and capacitor used in the circuit.

The ASTMHTFL-12.288MHZ-ZJ-E oscillator has several features which make it an attractive choice for many applications. It has a wide operating temperature range of -40℃ to +85℃, and a low power consumption of 2.5mA. It also has good shock and vibration resistant of up to 2000G. In other words, it can withstand very violent impacts without failing. This makes it an ideal choice for applications in harsh environments.

The ASTMHTFL-12.288MHZ-ZJ-E oscillator has a wide range of applications, as discussed above. It is a reliable and cost-effective option for many electronic applications which require an accurate and stable 12.288Mhz signal, such as in satellite communications. The oscillator is also a good choice for consumer electronics, due to its low power consumption and robust design.