FranMar EA7.5-13
7.5 Watts DIP Type 2:1 Input Range DC-DC Converter
| Part No. | EA7.5-13 |
|---|---|
| Datasheet | EA7.5-13 Download |
| Manufacturer |  FranMar |
| Description | 7.5 Watts DIP Type 2:1 Input Range DC-DC Converter |
| Buy | Stock & Price |
EA7.5 7.5 Watts DIP Type 2:1 Input Range DC - DC Converter
● 7.5W Isolated Output
● 24-Pin DIP Package
● Efficiency To 87%
● 2:1 Input Range
● Pi Input Filter
● Regulated Outputs
● Continuous Short Circuit Protection
● UL60950-1 Approval
● CE Mark Meets 2004/108/EC
● Without Tantalum Capacitor Inside Input Filter................................................................ Pi Type Voltage Accuracy................................................ ± 2%max. Voltage Balance(Dual)......................................... ± 1% max. Temperature Coefficient..................................... ± 0.05%/℃ Ripple & Noise (20MHz BW)............(5V)...........100mVp-p max. Short Circuit Protection........................................ Continuous Line Regulation, Single/Dual .........(HL-LL).............± 0.2%max. Load Regulation, Single. ..........(FL-10%FL)............± 0.5%max. Dual..............(FL-25%FL)............± 1.0%max. Efficiency.......................
● 7.5W Isolated Output
● 24-Pin DIP Package
● Efficiency To 87%
● 2:1 Input Range
● Pi Input Filter
● Regulated Outputs
● Continuous Short Circuit Protection
● UL60950-1 Approval
● CE Mark Meets 2004/108/EC
● Without Tantalum Capacitor Inside Input Filter................................................................ Pi Type Voltage Accuracy................................................ ± 2%max. Voltage Balance(Dual)......................................... ± 1% max. Temperature Coefficient..................................... ± 0.05%/℃ Ripple & Noise (20MHz BW)............(5V)...........100mVp-p max. Short Circuit Protection........................................ Continuous Line Regulation, Single/Dual .........(HL-LL).............± 0.2%max. Load Regulation, Single. ..........(FL-10%FL)............± 0.5%max. Dual..............(FL-25%FL)............± 1.0%max. Efficiency.......................