ASCSM-80.000MHZ-LR-T

Frequency Stability:	±25ppm
Current - Supply (Disable) (Max):	15µA
Height - Seated (Max):	0.027" (0.69mm)
Size / Dimension:	0.070" L x 0.049" W (1.79mm x 1.25mm)
Package / Case:	4-UFBGA, CSPBGA
Mounting Type:	Surface Mount
Ratings:	--
Current - Supply (Max):	6.5mA
Operating Temperature:	-40°C ~ 85°C
Series:	Pure Silicon™ ASCSM
Voltage - Supply:	1.7 V ~ 3.6 V
Output:	CMOS
Function:	Enable/Disable
Frequency:	80MHz
Type:	XO (Standard)
Base Resonator:	MEMS
Part Status:	Obsolete
Packaging:	Tape & Reel (TR)

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Oscillators: ASCSM-80.000MHZ-LR-T Application Field and Working Principle Oscillators are electrical circuits designed to continuously produce periodic signals, and ASCSM-80.000MHZ-LR-T is one type of the oscillators. It is most suitable for multi-phase clock/signal generation, timing system, and automotive applications due to its high frequency, lower power, and design robustness. This article will cover the working principle behind ASCSM-80.000MHZ-LR-T oscillators and their application fields. Working Principle of ASCSM-80.000MHZ-LR-T Oscillators At the center of the ASCSM-80.000MHZ-LR-T oscillator is a multilayer Quartz Crystal component, which consists of a quartz crystalline substrate and a set of electrodes for excitation. This combination provides two separate resonance systems. One resonance system is between the mass of the substrate and its surrounding electrodes, which is known as the mechanical resonance of the crystal, and the other resonance system is between the electric field generated by the electrodes, which is known as the electrical resonance of the crystal.The Electric Resonance is the result of the crystalline lattice structure of the quartz crystal itself. This lattice structure creates a critical frequency that occurs when specific electrical signals are applied to the electrodes. At this frequency, the electrical resonance system of the crystal begins to oscillate at a specific rate, thus providing a precise and consistent frequency output. The Mechanical Resonance of the quartz crystal substrate results from the mass of the substrate. The mass causes the lattice structure of the crystal substrate to vibrates at a certain frequency when an electric signal is applied to its electrodes. The resulting mechanical resonance produces an output signal with the same frequency as the electrical resonance frequency. Application Fields of ASCSM-80.000MHZ-LR-T Oscillators Due to its high frequency, low power and design robustness, ASCSM-80.000MHZ-LR-T oscillators are mainly used in the applications related to multi-phase clock/signal generation, timing systems, and automotive field.In the multi-phase clock/signal generation applications, The ASCSM-80.000MHZ-LR-T oscillator can provide a highly precise and highly stable output signal with low jitter and drift. This makes these oscillators especially well-suited for telecommunications, network, and multi-phase synchronous system applications.In the timing system applications,the ASCSM-80.000MHZ-LR-T oscillators are ideal for generating precise time signals for uses such as synchronizing multiple system components. Due to their low jitter and superior output frequency stability, these oscillators are also well-suited for systems that require very precise time synchronization between multiple devices.In the automotive applications, The ASCSM-80.000MHZ-LR-T oscillators are used in applications that require extremely reliable and stable outputs. These oscillators are especially well-suited for use in engine control systems, transmission control systems, and other applications that rely on precise timing signals.Conclusion ASCSM-80.000MHZ-LR-T oscillators are highly precise oscillator devices, offering low power consumption and superior design robustness. They are used across a variety of applications, from clock/signal generation and timing systems to automotive applications. The working principle of these oscillators is based on the mechanical and electrical resonance of the crystalline substrate, providing a highly stable and precise output signal.

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