• Part: HVA0510
  • Description: Zero-Crossing Bi-polar HV Amplifier
  • Manufacturer: HVM
  • Size: 800.25 KB
Download HVA0510 Datasheet PDF
HVM
HVA0510
HVA0510 is Zero-Crossing Bi-polar HV Amplifier manufactured by HVM.
HVA Series Zero-Crossing Bi-polar HV Amplifier Features - Easy to Use, No External ponents Required - Bipolar, Zero-Crossing HV Output - Current Sourcing and Sinking - Fast Response - Excellent Load and Line Regulation - 5V or 12V Input Models Available - Miniature PC Board Mountable Package - ±1k V, ±3k V, and ±6k V Models Available - Wide Operating Temp Range (-40°C to +60°C) Mechanical Characteristics - Packaging: Encapsulated in high performance epoxy - Case Materials: Thermoset Plastic (Diallyl Phthalate) Environmental Characteristics - Operating Temp Range: -40⁰C to +60⁰C - Storage Temp Range: -55⁰C to +85⁰C Description The HVA Series is a miniature, bi-polar, zerocrossing high voltage amplifier capable of producing a high voltage up to ±6k V in response to a low voltage (0 to 5V) programming input. Designed for ease of use, the HVA Series contains a dual polarity high voltage generator and a high speed, high voltage amplifier in a space-saving (3.0”L x 1.5”W x 0.5”H) encapsulated package. The HVA05XX operates from a 5VDC input, while the HVA12XX operates from a 12VDC input. Output voltage is independent of input power voltage and is proportional to the programming voltage (0 to 5V produces negative full scale to positive full scale output) and Features excellent linearity. The HVA Series also has an enable input that allows the user to disable the internal high voltage generator. HVM’s proprietary, ultra-pact resonant converter design minimizes quiescent current and operating noise while delivering maximum performance and reliability. Typical applications for this module include mass spectrometry, electrostatic chucks, pockel cells, and electron microscopes. HVM TECHNOLOGY, INC., 360 Mc Kenna Ave, New Braunfels, TX 78130 Tel: (830) 626-5552 ext 211 / http://.hvmtech./ email: sales@hvmtech. Rev - Last Updated 3/11/16 APPLICATION SCHEMATIC 5VDC PROGRAM (0 -...