| No. | Partie # | Fabricant | Description | Fiche Technique |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
Music Calling Bell n insert a resistance () in place of the blue line connection. In this circuit please don't give the supply beyond 3 volt without modification as the IC may got damaged. It is better that you should not run this circuit in Eliminator as most of the a |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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ETC |
15 Watt DC-DC Converters .……..……..9-18V 24V.…………………………...18-36V 48V..…………………………..36-72V Input Filter…………………………………….…....Pi Network Reverse Voltage Protection1……….…..Internal Shunt Diode Use External Fuse OUTPUT SPECIFICATIONS Voltage Accuracy, Single Output ……………..…... ±1% |
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