SIT1602AI-23-18E-33.333330D

Oscillators

An oscillator is an electronic circuit used to generate a periodic, oscillating electronic signal, often a sine wave or a square wave. It is an essential component in many electronic devices, from clocks to radio transmitters and receivers. The SIT1602AI-23-18E-333330D is a specialized oscillator used for pacemaking circuits.

The SIT1602AI-23-18E-333330D is a versatile oscillator, well-suited for use in pacemaker circuits. It features a low-jitter, high-frequency design, and low power consumption. In addition, it has excellent temperature stability and wide operating temperature range.

The SIT1602AI-23-18E-333330D features a self-centering oscillation mechanism that ensures reliable and accurate timing. It provides a wide range of frequencies, from 33.33330KHz up to 200KHz. It is also capable of providing a frequency of 25KHz with perfect accuracy.

The SIT1602AI-23-18E-333330D uses a voltage-controlled oscillator (VCXO), which is an oscillator whose frequency is controlled by an applied voltage. This type of oscillator is used in a wide range of applications, including radio transmitters and receivers, and other digital circuitry. By changing the applied voltage, the frequency of the oscillator can be quickly adjusted, making it highly versatile.

The SIT1602AI-23-18E-333330D is also suitable for use in low-power applications, since it has a low power consumption, and it requires no external power source. Furthermore, it is highly reliable and consistently accurate. The oscillator is also able to withstand harsh environments, and has a long service life.

The SIT1602AI-23-18E-333330D is typically used in pacemaker circuits, but it can also be used in other medical, scientific, and industrial applications. It is a popular choice for precision timing, and its low power requirements make it well-suited for use in battery-powered devices.

The SIT1602AI-23-18E-333330D is a versatile, low-power oscillator that can be used for a wide range of applications. Its low-jitter, high-frequency design, low power consumption, and excellent temperature stability make it a reliable and accurate choice for medical, scientific, and industrial applications.