DSC6001HI2A-048.0000T

Frequency Stability:	±25ppm
Current - Supply (Disable) (Max):	--
Height - Seated (Max):	0.035" (0.89mm)
Size / Dimension:	0.063" L x 0.047" W (1.60mm x 1.20mm)
Package / Case:	4-SMD, No Lead
Mounting Type:	Surface Mount
Ratings:	AEC-Q100
Current - Supply (Max):	1.3mA (Typ)
Operating Temperature:	-40°C ~ 85°C
Absolute Pull Range (APR):	--
Series:	DSC60XX
Voltage - Supply:	1.71 V ~ 3.63 V
Output:	CMOS
Function:	Enable/Disable
Frequency:	48MHz
Type:	XO (Standard)
Base Resonator:	MEMS
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Oscillators: DSC6001HI2A-048.0000T Application Field and Working Principle

Oscillators are electronic components which generate a repeating waveform with low harmonic content. Various types of oscillators, such as RC oscillators, crystal oscillators, and PLL oscillators, are widely used in the fields of communication, science, and engineering. Among these, DSC6001HI2A-048.0000T crystal oscillators, developed by DSPC Corporation, is a recently innovative type and has been widely used in many applications, due to its features of low power consumption, low harmonic content, high stability, and ease of integration.

Features of DSC6001HI2A-048.0000T Oscillators

One of the key features of DSC6001HI2A-048.0000T oscillators is their low power consumption. This type of oscillator does not require additional power consumption for its operation, aside from the initial power-up process, thereby saving both energy and cost. Furthermore, these oscillators also have a low harmonic content relative to other oscillators, which further conserves energy and ensures that waveforms generated by this type of oscillator are faithful reproductions of the signal needed.In addition, DSC6001HI2A-048.0000T oscillators also have high stability and ease of integration due to built-in temperature compensation and automatic frequency adjustment features. By using these features, the oscillators can maintain a constant frequency over a wide range of temperatures and environments. Furthermore, these oscillators are small in size and designed to be easy to install on existing platforms, allowing it to be integrated into other systems with ease.

Applications of DSC6001HI2A-048.0000T Oscillators

Due to its features of low power consumption, low harmonic content, high stability, and ease of integration, DSC6001HI2A-048.0000T oscillators are widely used in various types of applications, such as signal generation, motion control systems, ultrasonic and piezoelectric sensors, and automotive electronics.For example, these oscillators are particularly suitable for signal generation applications, as they provide low-noise and low-distortion signals which can be accurately reproduced. In motion control systems, these oscillators can be used to control the position and speed of motors and other moving components, as they offer high stability and precise measurements. Furthermore, the low harmonic content of these oscillators is also ideally suited for use in ultrasonic and piezoelectric sensors, as it ensures that the transmitted signals are accurately detected. Finally, these oscillators are also frequently used in automotive electronics, as they provide reliable and long-term operation in extreme temperatures.

Working Principle of DSC6001HI2A-048.0000T Oscillators

DSC6001HI2A-048.0000T oscillators use a quartz crystal as the resonating element, which generates electrical signals with a frequency determined by the crystal’s natural properties. The quartz crystal is enclosed within the oscillator inside a metal container, which is connected to an external circuit.When an alternating voltage is applied to the crystal, the quartz crystal vibrates, causing the exterior metal container to also vibrate. A feedback loop is connected between the oscillator and the external circuit, which amplifies the electrical signals generated by the crystal and sends them back to the oscillator.The oscillator will then adjust the frequency of the voltage and current applied to the quartz crystal to match the frequency of the electrical signals sent back by the external circuit. This ensures that the quartz crystal continues to vibrate at a constant frequency, producing the desired output waveform. The output waveform is then distributed to the external circuit via the feedback loop.

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