TG2016SBN 32.0000M-MCGNEM3

Frequency Stability:	±500ppb
Current - Supply (Disable) (Max):	--
Height - Seated (Max):	0.032" (0.80mm)
Size / Dimension:	0.079" L x 0.063" W (2.00mm x 1.60mm)
Package / Case:	4-SMD, No Lead
Mounting Type:	Surface Mount
Ratings:	--
Current - Supply (Max):	1.5mA
Operating Temperature:	-40°C ~ 85°C
Absolute Pull Range (APR):	--
Series:	TG2016SBN
Voltage - Supply:	2.8 V ~ 3.3 V
Output:	Sine Wave
Function:	--
Frequency:	32MHz
Type:	VCTCXO
Base Resonator:	Crystal
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Oscillators - TG2016SBN 32.0000M-MCGNEM3 Application Field and Working Principle

As with other types of high-performance oscillators, the TG2016SBN 32.0000M-MCGNEM3 oscillator is an important component in many electronic systems. It is widely used in a large range of applications, ranging from industrial to automotive, as it offers superior accuracy and reliability. The TG2016SBN 32.0000M-MCGNEM3 is a high-performance, low-power, and temperature stable oscillator ideal for a wide variety of applications. Its unique design reduces the power consumption of the system and improves reliability for extended operation in adverse environmental conditions. In terms of performance, the TG2016SBN 32.0000M-MCGNEM3 exhibits very low-noise and extremely high-frequency stability. This allows it to provide superior temperature stability, which is critical for use in vehicles and in other heat-sensitive applications. In terms of applications, the TG2016SBN 32.0000M-MCGNEM3 is used in a wide range of applications such as: digital clocks, watches, timers, frequency synthesisers, and frequency tracking and locking. The TG2016SBN 32.0000M-MCGNEM3 also offers a wide range of features, including an optional low-jitter output for very precise timing and frequency accuracy. It also features low-phase noise performance and advanced reliability. So, what is the working principle behind the TG2016SBN 32.0000M-MCGNEM3 oscillator? The oscillator works by creating a signal whose frequency changes in steady periodic increments. This is accomplished by utilizing a quartz crystal that vibrates at a particular frequency when subjected to an electrical current. The useful aspect of oscillators like the TG2016SBN 32.0000M-MCGNEM3 is in the fact that the quartz crystal will vibrate at a very steady and repeatable frequency. As such, the oscillator can be used to create a stable signal that can be used to accurately measure time or to set frequency conditions for communication systems. To optimize accuracy and stability, the TG2016SBN 32.0000M-MCGNEM3 oscillator utilizes a feedback control circuit. This circuit takes the output signal from the oscillator and compares it with a reference signal. The reference signal is typically derived from a quartz crystal oscillator that is itself temperature controlled and stabilized. The comparison between the reference signal and the output signal of the oscillator is then used to generate a control voltage that is applied back to the oscillator. This subsequently adjusts the frequency of the output signal up or down until it matches the reference frequency. This process is repeated many times per second and is known as frequency control. The frequency control of the oscillator is what gives it its accuracy and also makes it resistant to environmental conditions that may otherwise cause fluctuations in frequency. This also ensures that you get accurate results from the oscillator regardless of temperature changes or other environmental conditions. In conclusion, the TG2016SBN 32.0000M-MCGNEM3 oscillator is a high-performance and low-power oscillator used in a wide variety of applications. Its unique design allows for superior accuracy and reliability and its frequency control mechanism ensures accuracy in all conditions. This makes it ideal for use in a number of applications where accuracy and stability are needed.

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