RS2/RD2-E10/T10. RoHS. 1.0W Unregulated Dual Separate Output

Transcription

1 .0W Unregulated Dual Separate Output we energize electronics! RS2/RD2-E0/T0 Pin SIL/ 4Pin DIL Package 000VDC Isolation Up to 3000VDC Isolation Low Ripple and Noise Efficiency up to 80% Operating Temperature Range: -40 ~ +85 C Non Conductive Black Plastic Case RoHS OUTPUT SPECIFICATION Voltage accuracy: ±3% Line regulation: per %Vin Change: ±.2% LOAD REGULATION: from 20% to 00%: Load ±0% Ripple noise (20Mhz bandwidth): 5mV pk-pk INPUT SPECIFICATIONS Temperature coefficient: ±0.02% C Capacitor load: See table Voltage Range: ±0% Max. Input Current: See table No-Load/Full-Load Input Current: See table Input Filter: Capacitors Input Reflected Ripple Current : 20mA pk-pk GENERAL SPECIFICATIONS Efficiency: See table Output 3.3V Model: ±20% I/O Isolation Voltage (60sec): 000 ~ 3000VDC I/O Isolation Capacitance: 60pF typ. I/O Isolation Resistance: 000M Ohm Switching Frequency: Variable 80kHz Humidity: 95% rel H Reliability Calculated MTBF : >.2MHrs (MIL-HDBK-2 f) ENVIRONMENTAL SPECIFICATION Operating Temperature range: -40 C ~+85 C (see Derating Curve) Maximum Case Temperature: 00 C Storage Temperature : -40 C ~+25 C Cooling : Nature Convection PHYSICAL SPECIFICATIONS: Case Material: Non-conductive Black Plastic (UL94V-0 rated) PIN Material SIP Case: Ø 0.5mm Alloy42 Solder-coated Potting Material: Epoxy (UL94V-0 rated) Weight Case- Sip: 2.3g Weight Case-DIP: 2.6g Dimmension SIP: 0.6 x 0.24 x 0.39 Dimmension DIP: 0.80 x 0.40 x 0.2 ABSOLUTE MAXIMUM RATINGS () Input Surge Voltage (00ms)/ 5 V Models: VDC max 2V Models: 5VDC max 24V Models: 28VDC max 48V Models: 54VDC max Soldering Temperature (2) : 260 C max. Safety Standard: (designed to meet): IEC ) These are stress ratings. Exposure of devices to any of these conditions may adversely affect long-term reliability. 2) (.5mm from case 0sec Max.) 3) All specifications typical at TA= 25 C, nominal input voltage and full load unless otherwise specified. 4) The information and specification contained in this data sheet are believed to be correct at time of publication. However RSG accepts no responsibility for consequences arising from printing errors or inaccuracies. Specifications are subject to change without notice. page (3)

2 .0W Unregulated Dual Separate Output RS2/RD2-E0/T0 RD2 - XX XX X XX Input Type MODEL SELECTION GUIDE Power (W) A X Code internal Isolation (kvdc) INPUT INPUT Current OUTPUT OUTPUT Current MODEL NUMBER Voltage Range (Vdc) No-Load (ma) Full Load (ma) Voltage(Vdc) Output Output2 Full load(ma) Output Output2 Capacitor Load(uF) RS2/RD2-0503T0AX , , RS2/RD2-050T0AX ,.2 00, RS2/RD2-0509T0AX , 9 00, RS2/RD2-052T0AX , 2 00, RS2/RD2-055T0AX , 5 00, RS2/RD2-203T0AX , , RS2/RD2-20T0AX 2 5 5,.2 00, RS2/RD2-209T0AX , 9 00, RS2/RD2-22T0AX , 2 00, RS2/RD2-25T0AX , 5 00, RS2/RD2-2403T0AX , , RS2/RD2-240T0AX ,.2 00, RS2/RD2-2409T0AX , 9 00, RS2/RD2-242T0AX , 2 00, RS2/RD2-245T0AX , 5 00, RS2/RD2-0505E0AX , 5 00, RS2/RD2-050E0AX ,.2 69, RS2/RD2-0509E0AX , 9 56, RS2/RD2-052E0AX , 2 42, RS2/RD2-055E0AX , 5 33, RS2/RD2-205E0AX 2 5 5, 5 00, RS2/RD2-20E0AX ,.2 69, RS2/RD2-209E0AX , 9 56, RS2/RD2-22E0AX , 2 42, RS2/RD2-25E0AX , 5 33, RS2/RD2-2405E0AX , 5 00, RS2/RD2-240E0AX ,.2 69, RS2/RD2-2409E0AX , 9 56, RS2/RD2-242E0AX , 2 42, RD2-245E0AX , 5 33, Suffix Ripple/Noise 3 means measured 3 KVdc with isolation 20MHz bandwith. 2. Tested by minimal Vin and constant resistive load. 3. Measured Input reflected ripple current with a simulated source inductance of 2 µh. 4. Exceeding the absolute ratings of the unit could cause damage. It is not allowed for continuous operating. 5. NOTE Operation under no-load conditions will not damage these devices, however, they may not meet all listed specifications..ripple/noise measured with 20MHz bandwidth. 2.Tested by minimal Vin and constant resistive load. 3.Measured Input reflected ripple current with a simulated source inductance of 2uH. 4.Exceeding the absolute ratings of the unit could cause damage. It is not allowed for continuous operating. RSG Electronic 5. Operation Components under no-load GmbH conditions Sprendlinger will not damage Ldst. these 5 devices, however Offenbach they +49 may not meet all listed rsg-electronic.de specifications. page 2 (3)

3 .0W Unregulated Dual Separate Output MECHANICAL SPECIFICATIONS RS2/RD2-E0/T0.25 (0.05) 9.50 (0.3) 9.50 (0.3) 2.54 (0.0).25 (0.05) 2.54 (0.0) RD2-XXXXXXX 9.5 RSG (0.6) XXXX RD2-XXXXXXX RSG 9.5 (0.6) MECHANICAL SPECIFICATIONS 5.24 (0.60) 5.24 (0.60) XXXX (0.2) (0.0) Printed Face Printed Face 3.00 (0.2) 0.25 (0.0) 6.00 (0.24) (0.24) (0.39) 0.0 (0.39) Pin SIL Package * The thickness of 48V input voltage model is.20(0.28) * The thickness of 48V input voltage model is.20(0.28). Pin diameter: 0.5±0.05 ( 0.02±0.002 ) 2. Pin Pin pitch and SIL length Package tolerance: ±0.35 ( ±0.04 ) 3. Case Tolerance: ±0.5 ( ±0.02 ). Pin diameter: 0.5±0.05 ( 0.02±0.002 ) 2. Pin pitch and length tolerance: ±0.35 ( ±0.04 ) 3. Case Tolerance: ±0.5 ( ±0.02 ) PIN C PIN NUM The Pin Connection o 6.88 (0.2) (0.80) MECHANICAL SPECIFICATIONS RD2-XXXXXX 9.5 RSG 6.00 (0.6) (0.24) XXXX Printed Face 9.50 RD2-XXXXXXX (0.3) RSG XXXX 3.00 (0.2) (0.0) (0.60) (0.60).25 (0.05) Notes:. Packing information please refer to Product NS Packing Information. Packing bag number: ; (0.80) If the product is operated out of the min. load (0.24) rinted Face requirement, the product DC-DC performance CONVERTER may not RD2-XXXXXX * The thickness of 48V input meet 0.0 all parameter indexes RSGin this datasheet; voltage model is.20(0.28) (0.39) XXXX 3. The max. capacitive load offered is tested at 0 nominal input voltage and full load; 2) 4. Unless otherwise specified,parameter indexes in this datasheet is measured under 5.24 the conditions (0.60) of Ta=25 C, humidity<5% with nominal input voltage and rated output load; 5. All testing methods in this datasheet are based on Pin SIL Package 0 9 our Company s corporate standards; 5 Notes : All dimensions are typical in millimeters ( inches 6. The parameter indexes above are for the ). modules ). Pin diameter: 0.5±0.05 ( 0.02±0.002 ) 2. listed Pin pitch in this and datasheet, length tolerance: for non-standard ±0.35 ( ±0.04 module s ) 3. parameter Case Tolerance: indexes, ±0.5 please ( ±0.02 contact ) our technicians for specific information;. We can provide custom design; 8. Specifications are subject to change without prior notice (0.0) 0.0 (0.39) 6.88 (0.2) Pin SIL Package. Pin diameter: 0.5±0.05 ( 0.02±0.002 ) 5 2. Pin pitch and length tolerance: ±0.35 ( ±0.04 ) 3. Case Tolerance: ±0.5 ( ±0.02 ) 6. Pin diameter: 0.5±0.05 ( 0.02±0.002 ) 2. Pin pitch and length tolerance: ±0.35 ( ±0.04 ) 3. Case Tolerance: ±0.5 ( ±0.02 ) 6.88 (0.2) PIN CONNECTIONS PIN NUMBER 2 4 Pin DIL Package 4 +V Output. Pin diameter: 0.5±0.05 ( 0.02±0.002 ) 5 V Output 2. Pin pitch and length tolerance: ±0.35 ( ±0.04 ) 3. Case Tolerance: ±0.5 ( ±0.02 ) 6 +V2 Output * The thickness of 48V input voltage model is.20(0.28) 4 Pin DIL Package Dual Separate +V Input V Input V2 Output The Pin Connection of high isolation one is the same with normal one. PIN CONNECTIONS PIN CONNECTIONS PIN NUMBER SIL DIL 4 The Pin Connection of high isolation one is the same with normal one. PIN NUMBER Dual Separate The models listed here are just standard type. If you need a product with special specification or you have questions regarding packing standards (Tube oder Tape/Reel) as well as application support, please contact our specialists: V sales@rsg-electronic.de Input or / Dual Separate +V Input V Input +V Output V Output +V2 Output V2 Output PIN CONNECTIONS PIN NUMBER PIN C PIN NUM Dual Separate The Pin Connection o V Input N.C V2 Output +V2 Output V Output +V Output +V Input The Pin Connection of high isolation one is the same with normal one RSG Pin Electronic DIL Package Components GmbH Sprendlinger Ldst Offenbach rsg-electronic.de 8 page 3 (3) V2 Output. Pin diameter: 0.5±0.05 ( 0.02±0.002 ) 9 N.C +V2 Output

4 Single & Dual Output we energize electronics! Pin SIL/ 4Pin DIL Package 000VDC Isolation Up to 6000VDC Isolation Low Ripple and Noise Efficiency up to 86% Operating Temperature Range: -40 ~ +85 C Non Conductive Black Plastic Case EMI Complies with EN55022 Class B RoHS OUTPUT SPECIFICATION Voltage accuracy: ±3% Line regulation: per %Vin Change: ±.2% LOAD REGULATION: from 20% to 00% load: ±0% Output 3.3V Model: ±20% Ripple noise (20Mhz bandwidth): 5mV pk-pk Temperature coefficient: ±0.02% C Capacitor load: See table INPUT SPECIFICATIONS Voltage Range: ±0% Max. Input Current: See table No-Load/Full-Load Input Current: See table Input Filter: Capacitors Input Reflected Ripple Current : 20mA pk-pk GENERAL SPECIFICATIONS Efficiency: See table I/O Isolation Voltage (60sec): 000 ~ 6000VDC I/O Isolation Capacitance: 60pF typ. I/O Isolation Resistance: 000M Ohm Switching Frequency: Variable 80kHz Humidity: 95% rel H Reliability Calculated MTBF : >.2MHrs (MIL-HDBK-2 f) Safety Standard: (designed to meet): IEC ) These are stress ratings. Exposure of devices to any of these conditions may adversely affect long-term reliability. 2) (.5mm from case 0sec Max.) 3) All specifications typical at TA= 25 C, nominal input voltage and full load unless otherwise specified. 4) The information and specification contained in this data sheet are believed to be correct at time of publication. However RSG accepts no responsibility for consequences a rising from printing errors or inaccuracies. Specifications are subject to change without notice. ENVIRONMENTAL SPECIFICATION Operating Temperature range: -40 C ~+85 C (see Derating Curve) Maximum Case Temperature: 00 C Storage Temperature : -40 C ~+25 C Cooling : Nature Convection PHYSICAL SPECIFICATIONS: Case Material: Non-conductive Black Plastic (UL94V-0 rated) PIN Material: Ø 0.5mm Alloy42 Solder-coated Potting Material: Epoxy (UL94V-0 rated) Weight Case SIP: 2.3g Weight Case DIP: 2.6g Dimension SIP: 0.6 x 0.24 x 0.39 Dimension DIP: 0.80 x 0.40 x 0.2 ABSOLUTE MAXIMUM RATINGS () Input Surge Voltage (00ms)/ 3.3V Models: 6VDC max 5 V Models: VDC max 2V Models: 5VDC max 5V Models: 8VDC max 24V Models: 28VDC max 48V Models: 54VDC max Soldering Temperature (2) : 260 C max. EMC SPECIFICATIONS Radiated-/Conducted Emissions: EN55022 Class B ESD: IEC Perf.Criteria A RS: IEC Perf.Criteria A EFT: IEC Perf.Criteria A SURGE: IEC Perf.Criteria A CS: IEC Perf.Criteria A PFMF IEC Perf.Criteria A page ()

5 RS2-482S0AX RS2-485S0AX RS2-488S0AX RS2-4824S0AX Options: Type with A3= 3KVDC and A5 = 5.2KVDC and A6 = 6KVDC RS2 - XX XX X XX Input 03=3.3V Type MODEL SELECTION GUIDE Power (W) A X Code internal Isolation (kvdc) INPUT INPUT Current OUTPUT OUTPUT Current MODEL NUMBER Voltage Range No-Load Full Load Voltage Full load EFFICIENCY Capacitor (Vdc) (ma) (ma) (Vdc) Load(uF) RS2-0303S0AX RS2-0305S0AX RS2-0309S0AX RS2-035S0AX RS2-038S0AX RS2-0324S0AX RS2-0503S0AX RS2-0505S0AX RS2-050S0AX RS2-0509S0AX RS2-052S0AX RS2-055S0AX RS2-058S0AX RS2-0524S0AX RS2-203S0AX RS2-205S0AX RS2-20S0AX RS2-209S0AX RS2-22S0AX RS2-25S0AX RS2-28S0AX RS2-224S0AX RS2-503S0AX RS2-505S0AX RS2-50S0AX RS2-509S0AX RS2-52S0AX RS2-55S0AX RS2-58S0AX RS2-524S0AX RS2-2403S0AX RS2-2405S0AX RS2-2409S0AX RS2-242S0AX RS2-245S0AX RS2-248S0AX RS2-2424S0AX RS2-4803S0AX RS2-485S0AX RS2-480S0AX RS2-4809S0AX RS2-482S0AX RS2-485S0AX RS2-488S0AX RS2-4824S0AX RSG Electronic Options: Components Type with A3= 3KVDC GmbH and Sprendlinger A5 = 5.2KVDC and Ldst. A6 = 6KVDC Offenbach rsg-electronic.de page 2 (8)

6 MODEL NUMBER INPUT INPUT Current OUTPUT OUTPUT Current Voltage Range No-Load Full Load Voltage Full load EFFICIENCY Capacitor (Vdc) (ma) (ma) (Vdc) Load(uF) RS2-0303D0AX ±3.3 ± RS2-0305D0AX ±5.0 ±00 0 ±00 RS2-030D0AX ±.2 ±69 2 ±00 RS2-0309D0AX ±9.0 ±56 5 ±00 RS2-032D0AX ±2 ±42 ±00 RS2-035D0AX ±5 ±33 8 ±00 RS2-038D0AX ±8 ±28 5 ±00 RS2-0324D0AX ±24 ±2 5 ±00 RS2-0503D0AX ±3.3 ±52 6 ±00 RS2-0505D0AX ±5.0 ±00 4 ±00 RS2-050D0AX ±.2 ±69 9 ±00 RS2-0509D0AX ±9.0 ±56 8 ±00 RS2-052D0AX ±2 ±42 80 ±00 RS2-055D0AX ±5 ±33 82 ±00 RS2-058D0AX ±8 ±28 8 ±00 RS2-0524D0AX ±24 ±2 8 ±00 RS2-203D0AX ±3.3 ±52 68 ±00 RS2-205D0AX ±5.0 ±00 4 ±00 RS2-20D0AX ±.2 ±69 6 ±00 RS2-209D0AX ±9.0 ±56 8 ±00 RS2-22D0AX ±2 ±42 82 ±00 RS2-25D0AX ±5 ±33 82 ±00 RS2-28D0AX ±8 ±28 82 ±00 RS2-224D0AX ±24 ±2 5 ±00 RS2-503D0AX ±3.3 ±52 5 ±00 RS2-505D0AX ±5.0 ±00 5 ±00 RS2-50D0AX ±.2 ±69 5 ±00 RS2-509D0AX ±9.0 ±56 ±00 RS2-52D0AX ±2 ±42 ±00 RS2-55D0AX ±5 ±33 ±00 RS2-58D0AX ±8 ±28 5 ±00 RS2-524D0AX ±24 ±2 5 ±00 RS2-2403D0AX ±3.3 ±52 6 ±00 RS2-2405D0AX ±5.0 ±00 4 ±00 RS2-240D0AX ±.2 ±69 8 ±00 RS2-2409D0AX ±9.0 ±56 8 ±00 RS2-242D0AX ±2 ±42 80 ±00 RS2-245D0AX ±5 ±33 80 ±00 RS2-248D0AX ±8 ±28 8 ±00 RS2-2424D0AX ±24 ±2 82 ±00 RS2-4803D0AX ±3.3 ±52 62 ±00 RS2-485D0AX ±5.0 ±00 68 ±00 RS2-480D0AX ±.2 ±69 2 ±00 RS2-4809D0AX ±9.0 ±56 3 ±00 RS2-482D0AX ±2 ±42 4 ±00 RS2-485D0AX ±5 ±33 ±00 RS2-488D0AX ±8 ±28 5 ±00 RS2-4824D0AX ±24 ±2 4 ±00 Options: Type with A3= 3KVDC and A5 = 5.2KVDC and A6 = 6KVDC page 3 (8)

7 MODEL NUMBER INPUT INPUT Current OUTPUT OUTPUT Current Voltage Range No-Load Full Load Voltage Full load EFFICIENCY Capacitor (Vdc) (ma) (ma) (Vdc) Load(uF) RD2-0303S0AX RD2-0305S0AX RD2-0309S0AX RD2-035S0AX RD2-038S0AX RD2-0324S0AX RD2-0503S0AX RD2-0505S0AX RD2-050S0AX RD2-0509S0AX RD2-052S0AX RD2-055S0AX RD2-058S0AX RD2-0524S0AX RD2-203S0AX RD2-205S0AX RD2-20S0AX RD2-209S0AX RD2-22S0AX RD2-25S0AX RD2-28S0AX RD2-224S0AX RD2-503S0AX RD2-505S0AX RD2-50S0AX RD2-509S0AX RD2-52S0AX RD2-55S0AX RD2-58S0AX RD2-524S0AX RD2-2403S0AX RD2-2405S0AX RD2-240S0AX RD2-2409S0AX RD2-242S0AX RD2-245S0AX RD2-248S0AX RD2-2424S0AX RD2-4803S0AX RD2-485S0AX RD2-480S0AX RD2-4809S0AX RD2-482S0AX RD2-485S0AX RD2-488S0AX RD2-4824S0AX Options: Type with A3= 3KVDC and A5 = 5.2KVDC and A6 = 6KVDC page 4 (8)

8 we energize electronics! INPUT INPUT Current OUTPUT OUTPUT Current MODEL NUMBER Voltage Range No-Load Full Load Voltage Full load EFFICIENCY Capacitor (Vdc) (ma) (ma) (Vdc) Load(uF) RD2-0303D0AX ±3.3 ±52 63 ±00 RD2-0305D0AX ±5.0 ±00 6 ±00 RD2-030D0AX ±.2 ±69 0 ±00 RD2-0309D0AX ±9.0 ±56 3 ±00 RD2-032D0AX ±2 ±42 3 ±00 RD2-035D0AX ±5 ±33 6 ±00 RD2-038D0AX ±8 ±28 5 ±00 RD2-0324D0AX ±24 ±2 5 ±00 RD2-0503D0AX ±3.3 ±52 65 ±00 RD2-0505D0AX ±5.0 ±00 0 ±00 RD2-050D0AX ±.2 ±69 3 ±00 RD2-0509D0AX ±9.0 ±56 9 ±00 RD2-052D0AX ±2 ±42 80 ±00 RD2-055D0AX ±5 ±33 8 ±00 RD2-058D0AX ±8 ±28 82 ±00 RD2-0524D0AX ±24 ±2 82 ±00 RD2-203D0AX ±3.3 ±52 65 ±00 RD2-205D0AX ±5.0 ±00 4 ±00 RD2-20D0AX ±.2 ±69 5 ±00 RD2-209D0AX ±9.0 ±56 80 ±00 RD2-22D0AX ±2 ±42 8 ±00 RD2-25D0AX ±5 ±33 82 ±00 RD2-28D0AX ±8 ±28 5 ±00 RD2-224D0AX ±24 ±2 6 ±00 RD2-503D0AX ±3.3 ±52 5 ±00 RD2-505D0AX ±5.0 ±00 5 ±00 RD2-50D0AX ±.2 ±69 5 ±00 RD2-509D0AX ±9.0 ±56 ±00 RD2-52D0AX ±2 ±42 ±00 RD2-55D0AX ±5 ±33 ±00 RD2-58D0AX ±8 ±28 5 ±00 RD2-524D0AX ±24 ±2 5 ±00 RD2-2403D0AX ±3.3 ±52 64 ±00 RD2-2405D0AX ±5.0 ±00 5 ±00 RD2-240D0AX ±.2 ±69 5 ±00 RD2-2409D0AX ±9.0 ±56 80 ±00 RD2-242D0AX ±2 ±42 9 ±00 RD2-245D0AX ±5 ±33 8 ±00 RD2-248D0AX ±8 ±28 8 ±00 RD2-2424D0AX ±24 ±2 8 ±00 RD2-4803D0AX ±3.3 ±52 65 ±00 RD2-485D0AX ±5.0 ±00 65 ±00 RD2-480D0AX ±.2 ±69 68 ±00 RD2-4809D0AX ±9.0 ±56 0 ±00 RD2-482D0AX ±2 ±42 ±00 RD2-485D0AX ±5 ±33 2 ±00 RD2-488D0AX ±8 ±28 0 ±00 RD2-4824D0AX ±24 ±2 2 ±00 Options: Type with A3= 3KVDC and A5 = 5.2KVDC and A6 = 6KVDC page 5 (8)

9 we energize electronics! LOADING VS OUTPUT VOLTAGE Lo Line/Iin Nominal/Iin Hi Line/Iin 20% 40% 60% 80% 00% Load 5 Models 2 Models LOADING VS OUTPUT VOLTAGE Lo Line/Iin Nominal/Iin Hi Line/Iin LOADING VS OUTPUT VOLTAGE % 40% 60% 80% 00% Load LOADING VS OUTPUT VOLTAGE Lo Line/Iin Nominal/Iin Hi Line/Iin Lo Line/Iin Nominal/Iin Hi Line/Iin % 40% 60% Load 80% 00% % 40% 60% Load 80% 00% 24 Models 48 Models Output Voltage Output Voltage Output Voltage Output Voltage page 6 (8)

10 we energize electronics! EMI Filter Input filter components (C, L, C2, C3) 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. RS2/RD2-03XXS0/D0AX 20, 2.2uF/00V 8uH RS2/RD2-05XXS0/D0AX 20, 2.2uF/00V 8uH RS2/RD2-2XXS0/D0AX 20, 2.2uF/00V 8uH RS2/RD2-5XXS0/D0AX 20, 2.2uF/00V 8uH C L C2 C3 +Vout +Vin DC/DC Converter -Vin -Vout C3 RS2/RD2-24XXS0/D0AX 20, 2.2uF/00V 8uH 20, 2.2uF/00V 206, 40pF/2KV RS2/RD2-48XXS0/D0AX Electrolytic capacitor, 0uF/00V 8uH 20, 2.2uF/00V 206, 40pF/2KV C L C2 Load.Ripple/Noise measured with 20MHz bandwidth. 2.Tested by minimal Vin and constant resistive load. 3.Measured Input reflected ripple current with a simulated source inductance of 2uH. 4. Input filter components are be required to help meet conducted emission class B, which application refer to the EMI Filter of design & feature configuration. 5. An external filter capacitor is required if the module has to meet IEC and IEC The filter capacitor RSG suggest: Nippon - chemi - con KY series, 40uF/00V. 6.Exceeding the absolute ratings of the unit could cause damage. It is not allowed for continuous operating..operation under no-load conditions will not damage these devices, however they may not meet all listed specifications. 8.All Models should be externally fused at the front end for protection. Input Voltage Slow Burning Fuses 3.3V 800mA 5V 500mA 2V, 24V, 48V 300mA page (8)

11 RS2-XXXXS0A RD2-XXXXS0A RS2-XXXXS0A SIL DIL 4 RD2-XXXXS0A The models listed here are just standard type. If you need a product with special specification or you have questions regarding packing standards (Tube oder Tape/Reel) as well as application support, please contact our specialists: sales@rsg-electronic.de or /-28 page 8 (8)