DTL-30753 Murata Power Solutions, DTL-30753 Datasheet
DTL-30753
Specifications of DTL-30753
Related parts for DTL-30753
DTL-30753 Summary of contents
Page 1
... One LSB (least signi cant bit) of the D/A corresponds to a mere 500µA (0.025% of 2A) of load current. Combined with the DTL3A’s ±500µA max. offset error and ±0.1% max. gain error, this precise digital control gives users extraordinary command over the generation of low-level load currents. A 100mA current, for example, is guaranteed to have ± ...
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... Baseplate Temperature ( C) The horizontal axis of the above chart references the temperature of the DTL3A’s alumi- num baseplate. The device can continually dissipate up to 100 Watts if the baseplate is maintained at or below +50°C. At +25°C ambient temperature, with no heat sink or supplemental air fl ow, the DTL3A can reliably dissipate a continuous 10 Watts. ...
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... See Output Compliance Voltage and the Fault Line for details. Offset error is defi ned as the current sunk/sourced by the DTL3A’s output, under any output voltage conditions, when the digital input word is all "0's." ...
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... An "offset supply" can be inserted between the DTL3A’s –Load output (pins 8 and 9) and the power device under test (DUT) to "translate" the DTL3A’s 197.5V output/load voltage range. The offset supply must have adequate current capabilities and be connected with the polarities indicated in Figure 2 below. Under no circumstances should the voltage across the DTL3A’ ...
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... Figure 3. DTL3A Timing Diagram This product is subject to the following and the Refer to: Murata Power Solutions, Inc. makes no representation that the use of its products in the circuits described herein, or the use of other technical information contained herein, will not infringe upon existing or future patent rights. The descriptions contained herein do not imply the granting of licenses to make, use, or sell equipment constructed in accordance therewith. Specifi ...