TG2016SBN 16.3690M-TCGNNM0

Oscillators

An oscillator is an electrical or mechanical device that relies on the movement of energy between two objects. In electrical oscillators, this energy is typically electric current and is rapidly exchanged between two electrodes until it is dissipated or released. The movement of energy in mechanical oscillators is usually kinetic energy in the form of a small mass requiring additional energy to be inserted into it to maintain movement.

An example of an oscillator is the TG2016SBN 16.3690M-TCGNNM0. This device is a miniature, low power oscillator that is designed for use in automotive and industrial applications.

Application Field

The TG2016SBN 16.3690M-TCGNNM0 oscillator is designed for automotive and industrial applications. It is intended to be used in applications that have limited power or space constraints. This oscillator is suitable for both automotive and industrial environments, as it is highly reliable, and features low power consumption and high performance.

This oscillator is designed to meet the needs of applications that require low power consumption, small size, and high performance. The oscillator is also suitable for use in wireless communication systems due to its high frequency and small size. The device has a wide temperature range and is resistant to vibration.

Working Principle

In order to generate an oscillating signal, the TG2016SBN 16.3690M-TCGNNM0 oscillator relies on the interaction between an inductor and a capacitor. The inductor is connected to two terminals, and when a voltage is applied to the inductor, an alternating current is generated. The alternating current produces an magnetic field that interacts with the capacitor, creating a resonant circuit.

The resonant circuit is designed to amplify the alternating current at the resonant frequency of the circuit. The alternating current is then output from the oscillator at a frequency that is determined by the resonant frequency of the circuit. The alternations frequency is determined by the values of the capacitance and inductance in the circuit.

The oscillator has two operating modes: analog and digital. In analog mode, the oscillator emits an output signal that is determined by its in-circuit components. In digital mode, the oscillator uses an internal digital circuit to generate a digital control signal, which is used to modulate the output signal.

The TG2016SBN 16.3690M-TCGNNM0 oscillator is designed to be highly reliable and efficient. The device also features robust temperature stability and vibration resistance, making it suitable for use in a wide range of automotive and industrial applications.