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RR1-0515D02A1 Datasheet(PDF) 3 Page - RSG Electronic Components GmbH |
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RR1-0515D02A1 Datasheet(HTML) 3 Page - RSG Electronic Components GmbH |
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3 / 4 page  RSG Electronic Components GmbH •Sprendlinger Ldst. 115 • 63069 Offenbach •+49 69-984047-0 •rsg-electronic.de page3(4) +Vin +Vout DC/DC Converter -Vin -Vout +Vin +Vout DC/DC Converter -Vin -Vout TEST CONFIGURATIONS EMI Filter Input filter components (C1,C2, L) are used to help meet conducted emissions requirement for the module. These components should be mounted as close as possible to the module; and all leads should be minimized to decrease radiated noise. L L Load Load C1 C2 C1 Single Output Dual Output MODEL NUMBER INPUT Voltage Range (Vdc) INPUT Current OUTPUT Voltage (Vdc) OUTPUT Current EFFICIENCY @FL(%) Capacitor Load(uF) No-Load (mA) Full Load (mA) Full l oad (mA) RR1-0524D02AX 5 40 556 ± 24 ± 42 72 ± 220 RR1-1203D02AX 12 6 231 ± 3.3 ± 300 72 ± 1000 RR1-1205D02AX 12 7 219 ± 5 ± 200 76 ± 470 RR1-1207D02AX 12 10 222 ± 7.2 ± 278 75 ± 470 RR1-1209D02AX 12 10 208 ± 9 ± 111 80 ± 470 RR1-1212D02AX 12 12 208 ± 12 ± 83.3 80 ± 470 RR1-1215D02AX 12 15 208 ± 15 ± 67 80 ± 470 RR1-1218D02AX 12 20 222 ± 18 ± 111 75 ± 220 RR1-1224D02AX 12 20 216 ± 24 ± 42 77 ± 220 RR1-2403D02AX 24 5 114 ± 3.3 ± 300 73 ± 1000 RR1-2405D02AX 24 5 107 ± 5 ± 200 78 ± 470 RR1-2407D02AX 24 6 104 ± 7.2 ± 278 80 ± 470 RR1-2409D02AX 24 6 103 ± 9 ± 111 81 ± 470 RR1-2412D02AX 24 6 103 ± 12 ± 83.3 81 ± 470 RR1-2415D02AX 24 10 107 ± 15 ± 67 78 ± 470 RR1-24 18D02AX 24 10 110 ± 18 ± 111 76 ± 220 RR1-2424D02AX 24 15 107 ± 24 ± 42 78 ± 220 Suffix “3” means 3KVdc isolation Suffix “5” means 5.2KVdc isolation Suffix “6” means 6KVdc isolation Suffix “M” means Metal Case Up To 3KVdc isolation NOTE 1.Ripple/Noise measured with 20MHz bandwidth. 2.Tested by minimal Vin and constant resistive load. 3.Tested by normal Vin and 25% load step change ( 75%-50%-25% of Io ) 4.Measured Input reflected ripple current with a simulated source inductance of 12uH. 5.Exceeding the absolute ratings of the unit could cause damage. It is not allowed for continuous operating. 6.Operation under no-load conditions will not damage these devices, however they may not meet all listed specifications. 7.Input filter components are be required to help meet conducted emission class A, which application refer to the EMI Filter of design & feature configuration. 8.An external filter capacitor is required if the module has to meet IEC61000-4-4 and IEC61000-4-5. The filter capacitor RSG suggest: Nippon - chemi - con KY series, 220uF/100V. C1 L C2 RR1-05XXS02AX 220uF/100V 12uH 220uF/100V RR1-12XXS02AX 220uF/100V 12uH 220uF/100V RR1-24XXS02AX 220uF/100V 12uH 220uF/100V SINGEL OUTPUT C1 L RR1-05XXD02AX 220uF/100V 12uH RR1-12XXD02AX 220uF/100V 12uH RR1-24XXD02AX 220uF/100V 12uH DUAL OUTPUT +Vin +Vout DC/DC Converter -Vin -Vout +Vin +Vout DC/DC Converter -Vin -Vout TEST CONFIGURATIONS EMI Filter Input filter components (C1,C2, L) are used to help meet conducted emissions requirement for the module. These components should be mounted as close as possible to the module; and all leads should be minimized to decrease radiated noise. L L Load Load C1 C2 C1 Single Output Dual Output MODEL NUMBER INPUT Voltage Range (Vdc) INPUT Current OUTPUT Voltage (Vdc) OUTPUT Current EFFICIENCY @FL(%) Capacitor Load(uF) No-Load (mA) Full Load (mA) Full l oad (mA) RR1-0524D02AX 5 40 556 ± 24 ± 42 72 ± 220 RR1-1203D02AX 12 6 231 ± 3.3 ± 300 72 ± 1000 RR1-1205D02AX 12 7 219 ± 5 ± 200 76 ± 470 RR1-1207D02AX 12 10 222 ± 7.2 ± 278 75 ± 470 RR1-1209D02AX 12 10 208 ± 9 ± 111 80 ± 470 RR1-1212D02AX 12 12 208 ± 12 ± 83.3 80 ± 470 RR1-1215D02AX 12 15 208 ± 15 ± 67 80 ± 470 RR1-1218D02AX 12 20 222 ± 18 ± 111 75 ± 220 RR1-1224D02AX 12 20 216 ± 24 ± 42 77 ± 220 RR1-2403D02AX 24 5 114 ± 3.3 ± 300 73 ± 1000 RR1-2405D02AX 24 5 107 ± 5 ± 200 78 ± 470 RR1-2407D02AX 24 6 104 ± 7.2 ± 278 80 ± 470 RR1-2409D02AX 24 6 103 ± 9 ± 111 81 ± 470 RR1-2412D02AX 24 6 103 ± 12 ± 83.3 81 ± 470 RR1-2415D02AX 24 10 107 ± 15 ± 67 78 ± 470 RR1-24 18D02AX 24 10 110 ± 18 ± 111 76 ± 220 RR1-2424D02AX 24 15 107 ± 24 ± 42 78 ± 220 Suffix “3” means 3KVdc isolation Suffix “5” means 5.2KVdc isolation Suffix “6” means 6KVdc isolation Suffix “M” means Metal Case Up To 3KVdc isolation NOTE 1.Ripple/Noise measured with 20MHz bandwidth. 2.Tested by minimal Vin and constant resistive load. 3.Tested by normal Vin and 25% load step change ( 75%-50%-25% of Io ) 4.Measured Input reflected ripple current with a simulated source inductance of 12uH. 5.Exceeding the absolute ratings of the unit could cause damage. It is not allowed for continuous operating. 6.Operation under no-load conditions will not damage these devices, however they may not meet all listed specifications. 7.Input filter components are be required to help meet conducted emission class A, which application refer to the EMI Filter of design & feature configuration. 8.An external filter capacitor is required if the module has to meet IEC61000-4-4 and IEC61000-4-5. The filter capacitor RSG suggest: Nippon - chemi - con KY series, 220uF/100V. C1 L C2 RR1-05XXS02AX 220uF/100V 12uH 220uF/100V RR1-12XXS02AX 220uF/100V 12uH 220uF/100V RR1-24XXS02AX 220uF/100V 12uH 220uF/100V SINGEL OUTPUT C1 L RR1-05XXD02AX 220uF/100V 12uH RR1-12XXD02AX 220uF/100V 12uH RR1-24XXD02AX 220uF/100V 12uH DUAL OUTPUT +Vin +Vout DC/DC Converter -Vin -Vout +Vin +Vout DC/DC Converter -Vin -Vout TEST CONFIGURATIONS EMI Filter Input filter components (C1,C2, L) are used to help meet conducted emissions requirement for the module. These components should be mounted as close as possible to the module; and all leads should be minimized to decrease radiated noise. L L Load Load C1 C2 C1 Single Output Dual Output MODEL NUMBER INPUT Voltage Range (Vdc) INPUT Current OUTPUT Voltage (Vdc) OUTPUT Current EFFICIENCY @FL(%) Capacitor Load(uF) No-Load (mA) Full Load (mA) Full l oad (mA) RR1-0524D02AX 5 40 556 ± 24 ± 42 72 ± 220 RR1-1203D02AX 12 6 231 ± 3.3 ± 300 72 ± 1000 RR1-1205D02AX 12 7 219 ± 5 ± 200 76 ± 470 RR1-1207D02AX 12 10 222 ± 7.2 ± 278 75 ± 470 RR1-1209D02AX 12 10 208 ± 9 ± 111 80 ± 470 RR1-1212D02AX 12 12 208 ± 12 ± 83.3 80 ± 470 RR1-1215D02AX 12 15 208 ± 15 ± 67 80 ± 470 RR1-1218D02AX 12 20 222 ± 18 ± 111 75 ± 220 RR1-1224D02AX 12 20 216 ± 24 ± 42 77 ± 220 RR1-2403D02AX 24 5 114 ± 3.3 ± 300 73 ± 1000 RR1-2405D02AX 24 5 107 ± 5 ± 200 78 ± 470 RR1-2407D02AX 24 6 104 ± 7.2 ± 278 80 ± 470 RR1-2409D02AX 24 6 103 ± 9 ± 111 81 ± 470 RR1-2412D02AX 24 6 103 ± 12 ± 83.3 81 ± 470 RR1-2415D02AX 24 10 107 ± 15 ± 67 78 ± 470 RR1-24 18D02AX 24 10 110 ± 18 ± 111 76 ± 220 RR1-2424D02AX 24 15 107 ± 24 ± 42 78 ± 220 Suffix “3” means 3KVdc isolation Suffix “5” means 5.2KVdc isolation Suffix “6” means 6KVdc isolation Suffix “M” means Metal Case Up To 3KVdc isolation NOTE 1.Ripple/Noise measured with 20MHz bandwidth. 2.Tested by minimal Vin and constant resistive load. 3.Tested by normal Vin and 25% load step change ( 75%-50%-25% of Io ) 4.Measured Input reflected ripple current with a simulated source inductance of 12uH. 5.Exceeding the absolute ratings of the unit could cause damage. It is not allowed for continuous operating. 6.Operation under no-load conditions will not damage these devices, however they may not meet all listed specifications. 7.Input filter components are be required to help meet conducted emission class A, which application refer to the EMI Filter of design & feature configuration. 8.An external filter capacitor is required if the module has to meet IEC61000-4-4 and IEC61000-4-5. The filter capacitor RSG suggest: Nippon - chemi - con KY series, 220uF/100V. C1 L C2 RR1-05XXS02AX 220uF/100V 12uH 220uF/100V RR1-12XXS02AX 220uF/100V 12uH 220uF/100V RR1-24XXS02AX 220uF/100V 12uH 220uF/100V SINGEL OUTPUT C1 L RR1-05XXD02AX 220uF/100V 12uH RR1-12XXD02AX 220uF/100V 12uH RR1-24XXD02AX 220uF/100V 12uH DUAL OUTPUT DC/DC-Converter 2.0WRegulated Single&DualOutput we energize electronics! an acal group company we energize electronics! |
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