DMS-EB-AC/DC-C Murata Power Solutions Inc, DMS-EB-AC/DC-C Datasheet
DMS-EB-AC/DC-C
Specifications of DMS-EB-AC/DC-C
Related parts for DMS-EB-AC/DC-C
DMS-EB-AC/DC-C Summary of contents
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... The DMS-EB-AC/DC board includes provisions for installing several usersupplied components that are required when the meter must be scaled to display non-standard input ranges. The DMS-EB-AC/DC has provisions for such common applications as attenuation of high input voltages, gain (span) and offset (zero) adjustments, and direct decimal point placement. The DMS-EB-AC/DC is compatible with all four input versions of the DMS-30 Series meters (± ...
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... Ordering Information DMS-EB-AC/DC-C AC power supply board Functional Specifications (T = +25° Supply Voltage: 100 to 264Vac @ 47-68Hz AC Supply Current @ 264Vac/60Hz 60mA, maximum Isolation 1500Vac, minimum Operating Temperature Range 0 to +60°C Storage Temperature Range –25 to +75°C Humidity 0 to 95%, non-condensing Dimensions 2.02" (51.31mm)L x 0.82" (20.8mm)W x 0.60" ...
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... TB1 HI is more negative than TB1 LO). 3. Measuring Input Voltages Greater than 1.999Vdc (Use DMS-30 DMS-30-1 Only): If possible, the resistors used for R1 and R2 should be ±1% metal-film types with TCR’s less than or equal to 100ppm/°C. More information on selecting 1% resistors can be found in Application Note 14 ...
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... Example Using a DMS-30-1 meter (+/-2V range), Vin is 0-5Vdc and the display reading must be “000” to “1500” 1. Assume R1 = 1.0MΩ (FSI x R1 |Vin| - FSI (1.500 x 1,000,000) / (5.0 - 1.500 428,571Ω or 432kΩ 3. Calibrate the meter using a known voltage source. Adjust R4 to compensate for tolerances in R1 and R2. ...