TFETBEJANF-16.384000

Frequency Stability:	±1ppm
Current - Supply (Disable) (Max):	--
Height - Seated (Max):	0.307" (7.80mm)
Size / Dimension:	0.803" L x 0.504" W (20.40mm x 12.80mm)
Package / Case:	8-DIP, 4 Leads (Half Size, Metal Can)
Mounting Type:	Through Hole
Ratings:	--
Current - Supply (Max):	20mA
Operating Temperature:	-20°C ~ 70°C
Series:	TF
Voltage - Supply:	3.3V
Output:	CMOS
Function:	--
Frequency:	16.384MHz
Type:	TCXO
Part Status:	Active
Packaging:	Bulk

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.Oscillators: TFETBEJANF-16.384000 Application Field and Working Principle
The TFETBEJANF-16.384000 is a type of oscillator, a component that creates an output signal of predetermined frequency. It is specifically designed to function in very low current environments, such as those driven by transistors or CMOS circuits. This type of oscillator is particularly advantageous in many industries, such as medical, automotive, communications, and other specialized fields where accuracy and low power consumption are needed. This article takes an in-depth look at the application field and working principle of the TFETBEJANF-16.384000 oscillator.The general purpose of an oscillator is to create periodic electrical signals or waves that can be used in a variety of applications. Oscillators are used to produce signals for frequency control, time delay, timing, wave shaping, and other purposes. In particular, some types of oscillators can be used to measure frequency, although this is usually not the primary purpose. The oscillators that are used in electronics are referred to as LC, crystal, or LCV oscillators, depending on the type of component that is used as the frequency control element.The TFETBEJANF-16.384000 is a type of oscillator that employs a TFETBEJANF (Thin Film Electron Transferring between Metal Layers) process. This process involves depositing thin films of metal layers on top of each other using a special sputtering process. The individual films are then connected using superconductors, which control the direction and magnitude of electron transfer between different layers. The result is a highly accurate and reliable oscillator that, when used in the appropriate applications, can provide stable signals with outstanding precision.The main application field of the TFETBEJANF-16.384000 oscillator is low-power, handheld, and low-voltage applications. These applications require low-power devices that can deliver reliable, precise signals with minimal current requirements. This is the reason why TFETBEJANF oscillators are ideal for use in medical, automotive, and communications as well as other specialized fields.To understand the working principle of the TFETBEJANF-16.384000 oscillator, it is necessary to first look at how traditional LCV oscillators work. Traditional LCV oscillators use a capacitor and an inductor as the frequency control elements. When the capacitor and the inductor are connected together, they form a loop that oscillates. The frequency of the oscillation is determined by the values of the capacitor and inductor. By controlling the values of the capacitor and inductor, the oscillator’s frequency can be changed.The TFETBEJANF-16.384000 oscillator operates on the same principle as the traditional LCV oscillators, but with the added advantage of utilizing the thin films in the TFETBEJANF process. Since the thin films are highly conductive, the electrons in them can be transferred more efficiently than with conventional LCV oscillators. This enables the TFETBEJANF-16.384000 oscillator to provide more reliable, precise signals with a much lower power consumption than traditional LCV oscillators.In conclusion, the TFETBEJANF-16.384000 oscillator is an ideal choice for many low-power, handheld, and low-voltage applications. Its working principle is similar to that of traditional LCV oscillators, except that it uses the TFETBEJANF process to transfer electrons more efficiently in order to provide more precise, low-power signals. This makes the TFETBEJANF-16.384000 oscillator an excellent choice for a variety of specialized fields, such as medical, automotive, and communications.

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