MP037B-E

Crystals have found their way into a variety of everyday and special applications, from watches to clocks to beamsplitters, and even in the processing of signals in telecommunications equipment, sound cards, and computers. One such application is the MP037B-E crystal, which is a relatively small yet highly efficient quartz crystal that is used in microelectronic applications. This article will discuss the application field and working principle of the MP037B-E crystal.

The MP037B-E quartz crystal is used in automated measuring instruments and components, timing circuits, and digital signal processing circuit applications. This crystal is highly effective for these types of applications because it exhibits a wide range of features that make it suitable for use in a variety of applications. Among these features are a low power consumption, a wide frequency range, and highly reliable performance. Additionally, the use of the MP037B-E crystal allows for improved signal quality, faster signal processing times, and lower power requirements compared to other types of crystals.

Looking at the working principle of the crystal, it can be seen that the performance of the crystal is based on a combination of two phenomena. Firstly, the electrical signal is converted into a mechanical vibration, which then triggers the quartz crystal to oscillate at a specific frequency, which is determined by the application and type of crystal used. The oscillation frequency of the crystal varies depending on the frequency range and application requirements. Secondly, the mechanical oscillations trigger the mechanical oscillators in the crystal that form electronic waves.

The combination of these two phenomena allows the MP037B-E crystal to generate a stable, robust signal in the microelectronic applications it is used in. Additionally, the low power consumption makes it an ideal choice for devices that require high accuracy, such as watches and timing devices. Furthermore, because the MP037B-E crystal is relatively small in size and highly efficient, it is often used in the manufacture of compact device designs.

In conclusion, the MP037B-E crystal is ideal for a variety of microelectronic applications due to its low power consumption, wide frequency range, and highly reliable performance. The combination of mechanical and electrical phenomena make it effective in generating a stable and robust signal, making it an ideal choice for a variety of applications. Additionally, the small size and high efficiency make it suitable for both large and small device designs.

MP0315-200	Laird-Signal...	0.2 $	7469	FERRITE EMI PLATE 8MM X8M...
MP0350-000	Laird-Signal...	0.22 $	17638	FERRITE EMI PLT 26.42X8.8...
MP0315-2B0	Laird-Signal...	0.02 $	1000	FERRITE PLATE 8MMX8MMX2MM
MP0350-0B0	Laird-Signal...	0.07 $	1000	FERRITE PLATE 26.42X8.89X...
MP037	CTS-Frequenc...	0.46 $	1612	CRYSTAL 3.6864MHZ 20PF T/...
MP036S	CTS-Frequenc...	0.46 $	1523	CRYSTAL 3.579545MHZ 18PF ...
MP037B	CTS-Frequenc...	0.29 $	1000	CRYSTAL 3.6864MHZ 18PF T/...
MP037B-E	CTS-Frequenc...	0.29 $	1000	CRYSTAL 3.6864MHZ 18PF T/...
MP036S-E	CTS-Frequenc...	0.25 $	1000	CRYSTAL 3.579545MHZ 18PF ...
MP037A	CTS-Frequenc...	0.25 $	1000	CRYSTAL 3.6864MHZ SERIES ...
MP037A-E	CTS-Frequenc...	0.25 $	1000	CRYSTAL 3.6864MHZ SERIES ...
MP037-E	CTS-Frequenc...	0.25 $	1000	CRYSTAL 3.6864MHZ 20PF T/...
MP036-E	CTS-Frequenc...	0.29 $	1000	CRYSTAL 3.5790 MHZ SERIES...