ASTMHTFL-16.000MHZ-ZR-E

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Oscillators are electronic components that generate a periodic signal in a circuit without any external input signal. The most common oscillators are clocks, crystal oscillators, phase-locked loops, and voltage-controlled oscillators. Among them, ASTMHTFL-16.000MHZ-ZR-E is a crystal oscillator that produces pulses at a precise frequency.

Crystal oscillators are used in various applications where precise frequency accuracy is desired. These can include communications systems, radars, computers, cell phones, medical equipment, and industrial automation. The most common applications of crystal oscillators are radio broadcast transmitting, personal computers, telecommunications, audiovisual, and timing.

The ASTMHTFL-16.000MHZ-ZR-E crystal oscillator is a two-pin mini oscillator suitable for automotive and other smaller application areas. It is designed to minimize total ionizing dose (TID), radiation to a 0.1 mR/hr per month, and is tested to meet or exceed AEC-Q200-004 requirements. This 16.000MHz oscillator utilizes a quartz crystal resonator mounted in a hermetically sealed ceramic package. It has a frequency stability of +/-50ppm over an operating temperature range of -40°C to + 85°C, with frequency frequency tolerance and accuracy of 0.5 % and 0.25 %, respectively. This oscillator uses an LT End Of Life (EOL) output signal which is typically used for diagnostic testing.

The working principle of the ASTMHTFL-16.000MHZ-ZR-E crystal oscillator is based on the quartz crystal resonator element. The quartz crystal is a highly piezoelectric material, meaning it exhibits large changes in electrical properties when subjected to mechanical stress. When a voltage is applied to the two electrodes on the quartz crystal, an oscillation is generated as the charged crystal deforms and releases energy in an alternating pattern. This oscillation is then fed to an amplifier circuit which is used to amplify the signal. Finally, the amplified oscillation is fed out to an output pin, giving a consistent and reliable signal frequency.

Another important component of the ASTMHTFL-16.000MHZ-ZR-E crystal oscillator is its frequency stability. This oscillator utilizes frequency-shaping circuitry to increase the stability of its output frequency. The frequency-shaping circuitry compensates for any frequency drift due to temperature fluctuations, humidity, or the aging of the crystal resonator over time. This ensures that the output signal is always consistent and reliable.

The ASTMHTFL-16.000MHZ-ZR-E crystal oscillator offers an ideal solution for applications requiring ultra-high precision timing accuracy. Its accurate frequency output, small size and low power consumption make it ideal for a wide range of automotive, consumer electronic, and other applications. This oscillator is an excellent choice for applications requiring precise timing and frequency stability and is expected to remain popular for many years to come.

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