150 W DC Electronic Load - B&K Precision

The 8540 DC electronic load is a very compact, economically priced instrument that is at home on both the bench and the production floor. Though this is an instrument in a small package, it can reliably test a 5 volt power supply to 30 amps and do it continuously.

150 W DC Electronic Load - B&K Precision



The load can operate in CC, CV or CR mode while voltage/current or resistance/power values are measured and displayed in real time, making it well suited to test a variety of DC power sources.
Features Include -

Features

• Operates between 0-60 VDC, 1 mA-30 A (150 W maximum)
• Two current ranges: 3 A (1 mA resolution) and 30 A (10 mA resolution)
• Over-current and over-voltage protection
• Short mode to simulate shorts
• Save up to 400 instrument settings

From - B&K Precision

ES series - Low noise Precision HV Supply - Matsusada

Low ripple, high stability and various remote control functions, ES series ideal power supply for such application as PMT, MCP or Microscope.

ES series - Low noise Precision HV Supply - Matsusada



Some features

• Low ripple, High Stability
• Reversible polarity available
• 1 kV to 5 kV, 6 W and 15 W
• Remote analog programmable (option)
• GPIB interface (option)

Matsusada Precision Inc
745 Aojicho Kusatsu, Shiga 525-0041 Japan

Develops, manufactures HV Precision Supplies, X-ray products and Opto-Semiconductors Systems.

High-Voltage High-Power IGBT

IGBT module from  Hitachi. The new IGBT module makes high energy efficiency and silent operation of inverters possible. It has High thermal fatigue durability. It is a High speed and low loss IGBT module.

High-Voltage High-Power IGBT

Low noise due to soft and fast recovery diode. The driving power is less as the MOS gate input capacitance is very low. The modules are very reliable and durable. The heatsink has a Isolation between terminals and base.



From 1700V to 6500V,  High Power Density, Low Inductance, Scalable, Easy Paralleling, Standard and High Isolation Package.

The Hitachi Power Semiconductor Devices mark a new era of Power electronics by High-Power IGBT modules, High-Voltage ICs and Power diodes.

MJ Series High Voltage Supply - Glassman

These are modular power supplies that can be integrated with Test Jigs, Lab Apparatus, Control and Test Panels or ATE systems.

Constant Voltage/Current Operation. Overload, short circuit, and arc protection is provided by automatic current regulation and by careful surge limiting design.

MJ Series High Voltage Supply - Glassman

Input: 105-125V RMS or 210-250V RMS, 48-420HZ single phase, 0.25 amperes. 3 position terminal block with cover provided.



Output: Continuous, stable adjustment, from 0 to rated voltage or current by panel mounted 10-turn potentiometer with 0.05% resolution, or by external 0 to 10V signals is provided.

Linearity is <1% of rated. Accuracy is 1% of rated + 1% of setting. Repeatability is <0.1% of rated.
Voltage Regulation: Better than 0.005% line and load.

Ripple: < 0.05% RMS of rated voltage at full load. Ripple is proportional to load and decreases linearly to approximately 0.01% at no load.

Current Regulation: Better than 0.05% from short circuit to rated voltage at any load condition.

Glassman High Voltage Inc.
PO Box 317, 124 West Main Street, High Bridge, NJ 08829-0317, USA.

Regulated HV Power Supplies. Designs and Manufactures high voltage power supply technology for original equipment manufacturers, laboratories and research facilities.

Kinysis 8900VS Tablet Computer - DAP Technologies

The Kinysis 8900KS computer features a full QWERTY keyboard for fast data entry, with a half-SVGA touch screen display. The Kinysis 8900VS computer features an anti-glare, WVGA display with touch-screen, usable with a stylus, or even a gloved finger.



Kinysis 8900VS Tablet Computer - DAP Technologies

DAP Technologies

Modular technology provides easy customization, Fully rugged, sealed to IP67 and withstands wide temperature variations, Versatile anti-glare, wide temperature WVGA display with scratch- and shock-resistant touch-screen.