7M-32.000MAHV-T

Crystals come in a variety of different shapes and sizes, and can be used for a variety of purposes. The 7M-32000MAHV-T is a special type of crystal used for high voltage and high current applications. These crystals are used for their high breakdown voltages, excellent heat performance and their low jitter capabilities.

The 7M-32000MAHV-T is a monolithic, low-inductance, surface-mount crystal and is suitable for high-voltage and high-current applications. It is designed to withstand operating voltages up to 500 volts and currents up to 0.8 amperes. The 7M-32000MAHV-T offers enhanced performance and reliability over standard crystals due to its superior mechanical, electrical and thermal properties.

The 7M-32000MAHV-T application field includes digital logic, telecommunications and power control devices. The crystal is ideal for applications such as over-voltage protection devices, as well as for use in high-frequency resonators and oscillators. These oscillators are used in high-voltage, high-current applications, such as in portable medical devices, lighting systems and battery chargers.

The working principle of the 7M-32000MAHV-T crystal involves the oscillation of the crystal at a set frequency. The frequency of the 7M-32000MAHV-T oscillator is determined by the load, the surrounding environment and the drive level. When a crystal oscillator starts to oscillate, the frequency will eventually reach a steady-state value. The 7M-32000MAHV-T will oscillate at a frequency of a few Megahertz over the standard voltage range of 0.2 to 3 volts.

The 7M-32000MAHV-T crystal utilizes a unique quartz substrate, which provides high stability and excellent thermal performance. This makes the 7M-32000MAHV-T crystal an ideal choice for applications that require low jitter and high reliability. Additionally, the 7M-32000MAHV-T has a special gold-plated housing which provides an excellent corrosion resistance and can withstand temperatures up to 150°C.

In conclusion, the 7M-32000MAHV-T is a specialized crystal designed for high current, high voltage applications. It offers several advantages over regular crystals, such as higher breakdown voltages, better heat performance and low jitter. It has a range of applications, including over-voltage protection devices, resonators, oscillators and portable medical devices, lighting systems and battery chargers. The 7M-32000MAHV-T utilizes a quartz substrate and a gold-plated housing for excellent stability, thermal performance and corrosion resistance.