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Higher Voltage and Higher Power High Voltage Power Supplies
Dean Technology, Inc. today announced higher voltage and higher power modules available on their standard high voltage power supply line, the UMR Family. The UMR-A series, designed specifically as a biasing module, now offers output voltages up to 40kV. The UMR-HPC series, originally offering capacitor charging modules at 60W and 125W, now offers a power…
New Higher Performance High Voltage Diodes
Dean Technology Inc. (DTI), a world leading manufacturer of electronic components, is excited to announce an enhanced version ofthe current BR Series, the BRxXF Series of high voltage diodes. The BRxXF Series is an axial-leaded, high voltage diode line that offers a fast reverse recovery of 40nS, a higher forward surge (IFSM) rating of 50…
New Low Power High Voltage Diodes
Dean Technology Inc. (DTI), a world leading manufacturer of electronic components, is excited to announce the introduction of a new series of high voltage diodes, the VDRM Series. The VDRM Series is an axial-leaded, high voltage diode line that offers industry standard performance and high reliability. VDRM units range from 2.5 to 16kV, 50 to 125mA,…
Higher Voltage Levels For XOE™ High Voltage Diodes
Dean Technology Inc. (DTI), a world leading manufacturer of electronic components, is excited to announce the extension of its XGF Series of high voltage diodes. Instead of capping at 20kV, the XGF Series now offers diodes at 25kV and 30kV, and are designed with DTI’s newest diode technology, XOETM (eXtreme Optimized Efficiency). Diodes utilizing the…
New Dielectric Material for High Voltage Ceramic Capacitors
Dean Technology Inc., a world leading manufacturer of electronic components, is excited to announce the launch of its new Class II Y6P dielectric material for ceramic capacitors. This new material offers superior performance and reliability for high voltage and high temperature applications. DTI’s Y6P dielectric material is a Class II ceramic capacitor dielectric that has…
Higher Voltage Biasing High Voltage Power Supplies
Dean Technology, Inc. today announced the introduction of a new series of high voltage power supplies designed specifically for higher voltage applications needing a biasing module. The new UMR-A-10000 series, which is another extension of the existing UMR Collection of power supplies, offers output voltages up to 10kV, input voltages at 12 or 24V, and…
Bipolar Capacitor Charging High Voltage Power Supplies
Dean Technology, Inc. today announced the introduction of the UMR-BPC Series, a new line of bipolar (+/-) high voltage power supplies designed for applications requiring dual output capacitor charging modules with higher voltage and higher power. UMR-BPC models offer output voltages up to 6kV at an output power of either 120W or 250W. Dean Technology,…
High Power Capacitor Charging High Voltage Power Supplies
Dean Technology, Inc. today announced the introduction of a new series of high voltage power supplies designed specifically for exceptional performance in capacitor charging applications requiring higher voltage and higher power. The new UMR-HPC series, which is an extension of the existing UMR Collection of power supplies, offers output voltages up to 30kV at either…
Low Output Ripple Filter Option for UMR-A Series
Dean Technology, Inc. today announced the availability of an integral output filter option on all of the UMR-A series of high voltage power supplies. This resistor capacitor filter significantly reduces ripple giving a very clean and stable output signal ideal for more sensitive applications. The low ripple filter option reduces output ripple by 70% or…
Advanced Interfaces for the UMR-AA and UMR-A Series
Dean Technology, Inc. today announced the availability of advanced interface options on the UMR-AA and UMR-A series of high voltage power supplies. Using additional pins, the advanced interface options provide for enhanced adjustment and monitoring features consistent with industry standards and known customer needs. The V05 and V10 options are available with +5VDC and +10VDC…