347LB5C1660T

Oscillators

A 347LB5C1660T oscillator is an electronic device designed to generate a steady and repeatable stream of electrical signals. It works by taking a power supply, such as a battery, and converting it into an alternating current with a predetermined frequency and amplitude. This alternating current is then fed back into the power supply to create a stable oscillating voltage. The characteristics of the oscillator, such as its frequency and amplitude, are determined by the components of the oscillator itself and the frequency range and source supply voltage used.

The 347LB5C1660T oscillator is a type of LC oscillator, which uses inductors and capacitors to create a sine wave. The sine wave is then used to generate a repetitive output signal at a certain frequency. The oscillator is usually constructed from two or more coupled LC circuits, with each of the LC circuits having a different frequency of oscillation. Each of the LC circuits is connected to a different power supply, such as a battery.

The LC oscillator is especially useful for applications in which the frequency of the output signal needs to be precise and consistent. This type of oscillator has a wide range of applications in electronics and communications, such as in radio frequency transmitters, radios, regulators, and logic gates. It is also used in many control systems, such as motion controllers and temperature controllers.

The 347LB5C1660T oscillator is designed to generate a precise and repeatable signal in the frequency range of 0 to 1660 kHz. It is powered by a 9-14VDC power supply, with a supply current of 550mA. The frequency accuracy is +/-20 parts per million, and the temperature stability is +/-100 ppm/degrees Celsius. The operating temperature range is -40 to 85 degrees Celsius. The oscillator is a sealed package with a metal outer housing, and is resistant to shock, vibration, and humidity.

The 347LB5C1660T oscillator is widely used in a variety of different electronic applications such as consumer electronics, industrial automation, automotive, communication systems, and power electronics. It is an ideal choice for applications requiring a precise and consistent signal of a specific frequency, such as timers, clocks, and waveform generators.