RR7-2403S06AX RSG | Alldatasheet

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RSG Electronic Components GmbH •Sprendlinger Ldst. 115 • 63069 Offenbach •+49 69-984047-0 •rsg-electronic.de page 1 (4) STAND Juni 2016 Rev 01 1) These are stress ratings. Exposure of devices to any of these conditions may adversely affect long-term reliability. 2) (1.5mm from case 10sec 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. DC/DC-Converter RR7-S06/D06 6.0W 4:1 Regulated Single & Dual Output we energize electronics! an acal group company we energize electronics!

  • 24 Pin DIL Package
  • Wide 4:1 Input Range
  • 1500VDC Isolation
  • Up to 3500VDC Isolation
  • Continuous Short Circuit Protection
  • Efficiency up to 84%
  • Operating Temperature Range -40° ~ +85°C
  • Metal Case Standard , OptionalPlastic Case
  • EMI Complies With EN55022 Class A OUTPUT SPECIFICATION Voltage accuracy: ±1% Line regulation: Single &Dual ±0.5% max. LOAD REGULATION: ±0.5% Output 3.3V Model: ±1.5% Short Circuit Protection : Indefinite (Automatic Recovery) Ripple noise (20Mhz bandwidth): 60mV pk-pk Temperature coefficient: ±0.02% °C Capacitor load: See table INPUT SPECIFICATIONS Voltage Range: See table Max. Input Current: See table No-Load/Full-Load Input Current: See table Input Filter: PI Type Input Reflected Ripple Current : 35mA pk-pk GENERAL SPECIFICATIONS Efficiency: See table typ. I/O Isolation Voltage Metal Case (3 sec.): 1000VDC I/O Isolation Voltage (3 sec.): 1500 ~ 3500VDC I/O Isolation Capacitance: 500pF typ. I/O Isolation Resistance: 1000M Ohm Switching Frequency: 266kHz, typ. Humidity: 95% rel H Reliability Calculated MTBF : > 1.21MHrs (MIL-HDBK-217 f) Safety Standard: (designed to meet): IEC 60950-1 ENVIRONMENTAL SPECIFICATION Operating Temperature range: -40°C ~+85°C (see Derating Curve) Maximum Case Temperature: 100°C Storage Temperature : -40°C ~+125°C Cooling : Nature Convection PHYSICAL SPECIFICATIONS: Case Material: Nickel-coated Copper Base Material: Non-conductive Black Plastic (UL94V-0 rated) PIN Material: Ø 0.5mm Brass Solder coated Potting Material: Epoxy (UL94V-0 rated) Weight Case-DIP: 13.5g (plastic), 17.0g ( Metal) Dimmension DIP: 1.25“ x 0.8“ x 0.4“ ABSOLUTE MAXIMUM RATINGS (1) Input Surge Voltage (100ms)/ 24V Models: 40VDC max. 48V Models: 80VDC max. Soldering Temperature: 260°C max. (2) EMC SPECIFICATIONS Radiated-/Conducted Emissions: EN55022 Class A ESD: IEC 61000-4-2 Perf.Criteria A RS: IEC 61000-4-3 Perf.Criteria A EFT: IEC 61000-4-4 Perf.Criteria A SURGE: IEC 61000-4-5 Perf.Criteria A CS: IEC 61000-4-6 Perf.Criteria A PFMF IEC 61000-4-8 Perf.Criteria A RoHS

RSG Electronic Components GmbH •Sprendlinger Ldst. 115 • 63069 Offenbach •+49 69-984047-0 •rsg-electronic.de page 2 (4) STAND Juni 2016 Rev 01 RR7 - XX XX S/D XX Power (W) Input Type A X X Code internal Isolation (kVDC) MODEL SELECTION GUIDE MODEL NUMBER INPUT Voltage Range (Vdc) INPUT Current OUTPUT Voltage (Vdc) OUTPUT Current EFFICIENCY @FL(%) Capacitor Load(uF) No-Load (mA) Full Load (mA) Min. load (mA) Full load (mA) RR7-2403S06AX 9-36 12 253.3 3.3 0 1400 76 1000 RR7-2405S06AX 9-36 10 312.5 5 0 1200 80 1000 RR7-2407S06AX 9-36 18 312.5 7.2 0 833 80 470 RR7-2409S06AX 9-36 12 301.2 9 0 666 83 220 RR7-2412S06AX 9-36 15 301.2 12 0 500 83 1000 RR7-2415S06AX 9-36 18 301.2 15 0 400 83 470 RR7-2418S06AX 9-36 15 301.2 18 0 333 83 47 RR7-2424S06AX 9-36 18 304.9 24 0 250 82 47 RR7-2403D06AX 9-36 12 337.8 ±3.3 0 ±909 74 ±470 RR7-2405D06AX 9-36 10 312.5 ±5 0 ±600 80 ±680 RR7-2407D06AX 9-36 18 312.5 ±7.2 0 ±416 80 ±220 RR7-2409D06AX 9-36 18 308.64 ±9 0 ±333 81 ±100 RR7-2412D06AX 9-36 20 301.2 ±12 0 ±250 83 ±330 RR7-2415D06AX 9-36 22 304.9 ±15 0 ±200 82 ±100 RR7-2418D06AX 9-36 18 304.9 ±18 0 ±166 82 ±10 RR7-2424D06AX 9-36 18 312.5 ±24 0 ±125 80 ±22 RR7-4803S06AX 18-72 15 126.4 3.3 0 1400 76 1000 RR7-4805S06AX 18-72 8 156.25 5 0 1200 80 1000 RR7-4807S06AX 18-72 15 156.25 7.2 0 833 80 470 RR7-4809S06AX 18-72 10 152.43 9 0 666 82 220 RR7-4812S06AX 18-72 10 150.6 12 0 500 83 1000 RR7-4815S06AX 18-72 10 148.8 15 0 400 84 100 RR7-4818S06AX 18-72 10 150.6 18 0 333 83 10 RR7-4824S06AX 18-72 12 150.6 24 0 250 83 22 RR7-4803D06AX 18-72 10 162.3 ±3.3 0 ±909 77 ±470 RR7-4805D06AX 18-72 10 158.22 ±5 0 ±600 79 ±680 RR7-4807D06AX 18-72 15 156.25 ±7.2 0 ±416 80 ±220 RR7-4809D06AX 18-72 15 154.32 ±9 0 ±333 81 ±100 RR7-4812D06AX 18-72 10 152.4 ±12 0 ±250 82 ±330 RR7-4815D06AX 18-72 15 148.8 ±15 0 ±200 84 ±100 RR7-4818D06AX 18-72 15 156.25 ±18 0 ±166 80 ±10 RR7-4824D06AX 18-72 15 154.3 ±24 0 ±125 81 ±22 Suffix “3”means 3.5KVdc isolation Suffix “P”means Plastic case instead of standard Metal Case The models listed above is just for standard type. If you need the special specification product, please contact our service member by telephone presented in shortform cover or e-mail to : info@rsg -electronic.de DC/DC-Converter RR7-S06/D06 6.0W 4:1 Regulated Single & Dual Output we energize electronics! an acal group company we energize electronics!

RSG Electronic Components GmbH •Sprendlinger Ldst. 115 • 63069 Offenbach •+49 69-984047-0 •rsg-electronic.de page 3 (4) STAND Juni 2016 Rev 01 Output Ripple & Noise Measurement Test Copper Strip +Vout Use a capacitor Cout(1.0uF) measurement. The Scope measurement bandwidth is 0-20MHz. Single DC/DC Converter 1uF Cout Resistive Scope Load -Vout Input Reflected Ripple Current Test Step +Vout Input reflected ripple current is measured through a source inductor Lin(12uH) and a source capacitor Cin(47uF, ESR<1.0© at 100KHz) at nominal input and full load. +VinLin Current Probe Cin DC/DC Converter Load -Vin -Vout EMI Filter +Vout +Vin L 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. DC/DC Converter Load C1 C2 -Vin -Vout C1 L C2 68uF, 100V 12uH 33uF, 100V 1. Ripple/Noise measured with a 1uF ceramic capacitor. 2. Test by nominal input voltage and constant resistor load. 3. Measured Input reflected ripple current with a simulated source inductance of 12uH. 4. It’srecommended to add (C1, C2, L) in input end to achieve EN55022 conducted Class A. 5. An external filter capacitor is required if the module has to meet IEC61000- 4-5. The filter capacitor RSG suggest: Nippon - chemi - con KY series, 220uF/100V. 6. Exceeding the absolute ratings of the unit could cause damage. It is not allowed for continuous operating. EFFICIENCYVS OUTPUTCURRENT Lo Line Nominal Hi Line 0% 20% 40% 60% Load 80% 100% 120% EFFICIENCYVS OUTPUTCURRENT Lo Line Nominal Hi Line 0% 20% 40% 60% Load 80% 100% 120%

24 Model s 48 Model s

Efficiency(%) Efficiency(%) Output Ripple & Noise Measurement Test Copper Strip +Vout Use a capacitor Cout(1.0uF) measurement. The Scope measurement bandwidth is 0-20MHz. Single DC/DC Converter 1uF Cout Resistive Scope Load -Vout Input Reflected Ripple Current Test Step +Vout Input reflected ripple current is measured through a source inductor Lin(12uH) and a source capacitor Cin(47uF, ESR<1.0© at 100KHz) at nominal input and full load. +VinLin Current Probe Cin DC/DC Converter Load -Vin -Vout EMI Filter +Vout +Vin L 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. DC/DC Converter Load C1 C2 -Vin -Vout C1 L C2 68uF, 100V 12uH 33uF, 100V 1. Ripple/Noise measured with a 1uF ceramic capacitor. 2. Test by nominal input voltage and constant resistor load. 3. Measured Input reflected ripple current with a simulated source inductance of 12uH. 4. It’srecommended to add (C1, C2, L) in input end to achieve EN55022 conducted Class A. 5. An external filter capacitor is required if the module has to meet IEC61000- 4-5. The filter capacitor RSG suggest: Nippon - chemi - con KY series, 220uF/100V. 6. Exceeding the absolute ratings of the unit could cause damage. It is not allowed for continuous operating. EFFICIENCYVS OUTPUTCURRENT Lo Line Nominal Hi Line 0% 20% 40% 60% Load 80% 100% 120% EFFICIENCYVS OUTPUTCURRENT Lo Line Nominal Hi Line 0% 20% 40% 60% Load 80% 100% 120% Efficiency(%) Efficiency(%) Output Ripple & Noise Measurement Test Copper Strip +Vout Use a capacitor Cout(1.0uF) measurement. The Scope measurement bandwidth is 0-20MHz. Single DC/DC Converter 1uF Cout Resistive Scope Load -Vout Input Reflected Ripple Current Test Step +Vout Input reflected ripple current is measured through a source inductor Lin(12uH) and a source capacitor Cin(47uF, ESR<1.0© at 100KHz) at nominal input and full load. +VinLin Current Probe Cin DC/DC Converter Load -Vin -Vout EMI Filter +Vout +Vin L 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. DC/DC Converter Load C1 C2 -Vin -Vout C1 L C2 68uF, 100V 12uH 33uF, 100V 1. Ripple/Noise measured with a 1uF ceramic capacitor. 2. Test by nominal input voltage and constant resistor load. 3. Measured Input reflected ripple current with a simulated source inductance of 12uH. 4. It’srecommended to add (C1, C2, L) in input end to achieve EN55022 conducted Class A. 5. An external filter capacitor is required if the module has to meet IEC61000- 4-5. The filter capacitor RSG suggest: Nippon - chemi - con KY series, 220uF/100V. 6. Exceeding the absolute ratings of the unit could cause damage. It is not allowed for continuous operating. EFFICIENCYVS OUTPUTCURRENT Lo Line Nominal Hi Line 0% 20% 40% 60% Load 80% 100% 120% EFFICIENCYVS OUTPUTCURRENT Lo Line Nominal Hi Line 0% 20% 40% 60% Load 80% 100% 120% Efficiency(%) Efficiency(%) DC/DC-Converter RR7-S06/D06 6.0W 4:1 Regulated Single & Dual Output we energize electronics! an acal group company we energize electronics!

RSG Electronic Components GmbH •Sprendlinger Ldst. 115 • 63069 Offenbach •+49 69-984047-0 •rsg-electronic.de page 4 (4) STAND Juni 2016 Rev 01 RR7-XXXXS02A1 31.75 (1.25) 20.32 (0.80) 0.50 (0.02) 5.08 (0.20) 15.24 (0.60) 10.16 (0.40) 3.00 (0.12) 0.50 (0.02) 22.86 (0.9) Printed Face 2 3 11 9 32 22 14 Bottom View

24 Pin DIL Package

+V Output +V Output N.P. Common N.C. V Output V Output Common +V Input +V Input +V Input +V Input DUAL For “P” Case The Pin Connection of high isolation one is the same with normal one. PIN CONNECTIONS PIN NUMBER SINGLE V Input V Input V Input V Input V Output +V Output N.P. Common N.C. V Output +V Output Common +V Input +V Input +V Input +V Input DUAL 31.75 (1.25) 20.32 (0.8) 22.86 (0.9) 2.54 (0.10) DIA 0. 50 (0.02) 15.24 (0.60) Printed Face 10.16 (0.40) 3.00 (0.12) Built-in stand- offs help air convection DC-DC CONVERTER xxxx 2 3 11 16 1423 22 Notes: All dimensions are typical in millimeters ( inches ). 2. Pin pitch and length tolerance: ± 0.35 ( ±0.014 ) 3. Case Tolerance: ± 0.5 ( ± 0.02 ) Notes: All dimensions are typical in millimeters ( inches ). 1. Pin diameter: 0.5 2. Pin pitch and length tolerance: ±0.35 ( ± 0.014 ) 3. Case Tolerance: ± 0.5 ( ±0.02 ) The Pin Connection of high isolation one is the same with normal one. MECCHANICAL SPECIFICA TIONS RR7-XXXXS06A1 RR7-XXXXS06A1P DC/DC-Converter RR7-S06/D06 6.0W 4:1 Regulated Single & Dual Output we energize electronics! an acal group company we energize electronics! MECHANICAL SPECIFICATIONS 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 +49 69-984047-41/-28