TG2016SBN 16.0000M-PCGNDM5

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Oscillators are an essential component in electronic system applications, as they are used for providing precision reference signals for communication and other applications. Here we will discuss the TG2016SBN 16.0000M-PCGNDM5 oscillator and its application field and working principle.

Description of the TG2016SBN 16.0000M-PCGNDM5 oscillator

The TG2016SBN 16.0000M-PCGNDM5 is a highly reliable and economical active quartz crystal oscillator, based on a two-stage CMOS circuit. It has high stability, with a temperature coefficient of ±15 ppm Max. and aging of 10 ppm max. After a 25°C warm-up, the initial stability of the oscillator is ±5 ppm max after 1 hour. The frequency range of the oscillator is 16.000 MHz ±5 ppm.

The oscillator has a frequency tolerance of ±5 ppm and operating temperature range of -25 to +85°C. It provides a low-noise output signal, with a low phase noise of -105 dBc at 10 kHz offset. The supply voltage is 3.3 V and it has a quiescent current of 90 mA.

Application of TG2016SBN 16.0000M-PCGNDM5 oscillator

The TG2016SBN 16.0000M-PCGNDM5 oscillator is typically used in industrial, consumer, medical and automotive applications. It can be used for timekeeping and synchronization in various wireless communication systems, such as radio/microwave transceivers, wireless local area networks (WLANs), Global Positioning Systems (GPS), and mobile networks. It can also be used for frequency and timing control in instrumentation, test and measurement equipment, mobile handsets, medical imaging systems, data acquisition, and consumer electronics.

Working principle of TG2016SBN 16.0000M-PCGNDM5 oscillator

The TG2016SBN 16.0000M-PCGNDM5 oscillator works on a basic principle of quartz crystal oscillation. It uses a quartz crystal oscillator circuit to generate stable frequency signals. The oscillator includes a quartz crystal resonator that oscillates when energized by the external source voltage. The resonator is also typically called the transistor base tank. The crystal resonator is mounted on the oscillator circuit board and connected to the metal layer of the board via solder. The oscillator then amplifies and filters the quartz crystal frequency to a level that can be used.

The quartz crystal resonator is constructed from two metal plates (electrodes) separated by a thin quartz spacer. The spacer contains a trace of silver that acts as a connection between the two electrodes. When a voltage is applied to the electrodes, a piezoelectric field is created that causes a mechanical strain on the quartz crystal. This strain then causes the crystal to oscillate at a fixed frequency. The oscillator circuit then amplifies and filters the quartz crystal frequency, generating an output signal of the desired frequency.

The TG2016SBN 16.0000M-PCGNDM5 oscillator also incorporates a temperature compensation system to stabilize its frequency in a wide temperature range. Temperature compensation is accomplished by using an electrical circuit that incorporates a temperature sensing element. The temperature sensing element is connected to the oscillator circuit and senses temperature changes in the surrounding environment. The circuit then adjusts the frequency of the oscillator to compensate for changes in the surrounding environment.

The TG2016SBN 16.0000M-PCGNDM5 oscillator is an excellent and economical choice for a wide range of applications, as it offers accurate frequency, good stability, and low-noise operation. Its high stability, temperature coefficient, and aging characteristics make it suitable for applications requiring precise and stable frequency signals.

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