The transmission station is the source of the voltage supplies. Since capacitor VTs are less expensive than electromagnetic VTs, they are typically used for single-phase applications. An adjustable high-voltage power supply is a complicated power conversion circuit that raises an existing voltage potential to a higher value.

High-performance electronic components for use in defence, aerospace, science, and analytics are what HVM Technology, Inc. specialises in designing, manufacturing, and marketing. As the name suggests, HVM is an industry leader in compact high-voltage power converters (HVM is an abbreviation for High Voltage Microelectronics). HVM Technology was founded in 2004 to meet the demand for high-quality dc-to-dc converters with several outputs for use in night vision image intensifiers.

This technology foundation has made HVM the go-to provider of high-voltage microelectronics. Our success in this niche of the high-voltage market has allowed us to branch out into related industries that rely on miniaturised high-voltage packaging to develop innovative technologies and sustain their positions in the competitive global marketplace. High Voltage Miniature (HVM) continues to push the boundaries of high voltage miniaturisation by providing a wide selection of standard and custom products, from simple dc-to-dc converters to complex modulated designs with multiple outputs, in response to the increasing demand for compact and portable electronics.

Failure mode brought on the output load current exceeding limits. Internal protective circuits and the voltage supplies' maximum current capacity regulate its operation. Occasionally, it can even disrupt the power grid. The voltage supplies can fail if the temperature rises above the maximum allowed. Voltage supplies and the related circuits are vulnerable to failure if exposed to temperatures too high. Manufacturers can reduce EMI radiation by placing the voltage supplies in a metal enclosure or spray painting the case with a metallic substance.

An adjustable high-voltage power supply will reduce power loss compared to a low-voltage power supply, whereas using a low-voltage power supply will increase power loss. Because of this, a high-voltage power source is advantageous for minimising power loss. Installing cables for an adjustable high-voltage power supply is less expensive than installing cables for a lower-voltage collection. It is because larger lines are needed for low voltage than high voltage. Flexible high-voltage power supply efficiency increases if the power loss is decreased and expenses are lowered.



Contact Us:

Name: HVM Technology
Address: 360 McKenna Avenue, New Braunfels, Tx 78130
Phone: 830-626-5552
Fax: 830-626-5474
Email: [email protected]
Website: https://www.hvmtech.com/