FranMar E10-42
10 Watts DIP Type Wide Input DC-DC Converter
| Part No. | E10-42 |
|---|---|
| Datasheet | E10-42 Download |
| Manufacturer |  FranMar |
| Description | 10 Watts DIP Type Wide Input DC-DC Converter |
| Buy | Stock & Price |
E10 10 Watts DIP Type Wide Input DC - DC Converter
● 10W Isolated Output / 4:1 Input Range / PI Input Filter
● Continuous Short Circuit Protection
● High Efficiency Up to 82%
● Meets EMI EN55022 Class A, Conducted Model Input Number Voltage Output Voltage (VDC) Input Current Output (mA) Current (mA) NoLoad FullLoad EFF. % E10-40 9-36 3.3 2000 15 362 76 E10-41 9-36 5 2000 15 534 78 Input Voltage Range....24V (Range 9~36V) / 48V (Range 18~72V) Input Filter........................................................................ Pi Type Voltage Accuracy................................Single Output: ± 1% max. Dual + Output: 1% max. / Dual - Output: ± 1% max. Voltage Balance(Dual)................................................± 1%max. Transient Response......Single (25% step load change)<500u sec. Dual (FL-1/2L±1% Error Band) <500u sec. Ripple & Noise(20MHz BW)...................................75mVp-p max. Temperature Coefficient............................
● 10W Isolated Output / 4:1 Input Range / PI Input Filter
● Continuous Short Circuit Protection
● High Efficiency Up to 82%
● Meets EMI EN55022 Class A, Conducted Model Input Number Voltage Output Voltage (VDC) Input Current Output (mA) Current (mA) NoLoad FullLoad EFF. % E10-40 9-36 3.3 2000 15 362 76 E10-41 9-36 5 2000 15 534 78 Input Voltage Range....24V (Range 9~36V) / 48V (Range 18~72V) Input Filter........................................................................ Pi Type Voltage Accuracy................................Single Output: ± 1% max. Dual + Output: 1% max. / Dual - Output: ± 1% max. Voltage Balance(Dual)................................................± 1%max. Transient Response......Single (25% step load change)<500u sec. Dual (FL-1/2L±1% Error Band) <500u sec. Ripple & Noise(20MHz BW)...................................75mVp-p max. Temperature Coefficient............................