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R-625.0P
Non Isolated POL DC/DC Converter, ITE, SIP, 18 W, 1.8 V, 9 V, 2 A
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- Manufacturer: RECOM POWER
- Product type: DC / DC Non Isolated Board Mount Converters - Adjustable Output
- Output Power Max:18W; Output Voltage Min:1.8V; Output Voltage Max:9V; Output Current Max:2A; DC / DC Converter Output Type:Adjustable; DC / DC Converter Type:SIP; Input Voltage DC Min:9V; Inp
- SVHC: No SVHC (14-Jun-2023)
- Depth: 32.2mm
- Width: 9.1mm
- Height: 15mm
- Product Range: R-6 Series
- Output Power Max: 18W
- Output Current Max: 2A
- Output Voltage Max: 9V
- Output Voltage Min: 1.8V
- Input Voltage DC Max: 32V
- Input Voltage DC Min: 9V
- DC / DC Converter Type: SIP
- Power Supply Applications: ITE
- DC / DC Converter Output Type: Adjustable
| Delivery and price | |
|---|---|
| Units per pack | 20 |
| Price | 16.66 € |
| Current stock | 10+ |
| Lead time | 30 days |
Datasheet
• Non-isolated Features • Adjustable output voltage • 1-2AMP adjustable positive step down **DC/DC Converter** integrated switching regulator Switching • Internal short circuit protection • ON/OFF control (ground off) Regulator • Efficiency up to 97% **R-6xxxP_D** • Positive to negative converter ee ~~—_~~ Description **1-2 Amp** ~~Co~~ The R-6xxx series is a high performance 1.5V to 15V (18V), 1.1 Amp to 2Amp, 12-Pin SIP (single in-line **SIP12** ~~®~~ **3** package) switching regulator. The Synchronous rectification yields excellent efficiencies up to 97%. Short circuit protection reduces the short circuit input current to under 50mA. **Vertical & Horizontal** Selection Guide ~~Lo~~ Part Vout **Single Output r** |Selection Guide<br>Part<br>Input<br>Output<br>Vout<br>Output<br>Efficiency<br>Max. Capacitive<br>~~Lo~~|Selection Guide<br>Part<br>Input<br>Output<br>Vout<br>Output<br>Efficiency<br>Max. Capacitive<br>~~Lo~~|Selection Guide<br>Part<br>Input<br>Output<br>Vout<br>Output<br>Efficiency<br>Max. Capacitive<br>~~Lo~~|Selection Guide<br>Part<br>Input<br>Output<br>Vout<br>Output<br>Efficiency<br>Max. Capacitive<br>~~Lo~~|Selection Guide<br>Part<br>Input<br>Output<br>Vout<br>Output<br>Efficiency<br>Max. Capacitive<br>~~Lo~~|Selection Guide<br>Part<br>Input<br>Output<br>Vout<br>Output<br>Efficiency<br>Max. Capacitive<br>~~Lo~~|Selection Guide<br>Part<br>Input<br>Output<br>Vout<br>Output<br>Efficiency<br>Max. Capacitive<br>~~Lo~~| |---|---|---|---|---|---|---| |Number||Voltage Range Voltage Adjust Range|Voltage Range Voltage Adjust Range(1)Current|@ min Vin @ max. Vin|@ min Vin @ max. Vin|@ min Vin @ max. Vin<br>Load(2)| |||[VDC]|[VDC]<br>[VDC]<br>[A]|[%]|[%]|[µF]| |R-611.8x<br>R-612.5x<br>R-613.3x||9 - 32<br>9 - 32<br>9 - 32|1.8<br>1.5 - 3.6<br>1<br>2.5<br>1.5 - 4.5<br>1<br>3.3<br>1.8 - 6<br>1|79<br>84<br>88|67<br>74<br>79|200/6800<br>200/6800<br>200/6800| |R-615.0x||9 - 32|5<br>1.8 - 9<br>1|92|84|200/6800| |R-619.0x<br>11 - 32<br>9<br>3.3 - 15<br>1<br>96<br>90<br>200/6800<br>R-6112x<br>14 - 32<br>12<br>3.3 - 15<br>1<br>97<br>92<br>200/6800<br>R-621.8x<br>9 - 32<br>1.8<br>1.5 - 3.6<br>2<br>76<br>68<br>200/6800<br>R-622.5x<br>9 - 32<br>2.5<br>1.5 - 4.5<br>2<br>81<br>74<br>200/6800<br>R-623.3x<br>9 - 32<br>3.3<br>1.8 - 6<br>2<br>86<br>80<br>200/6800<br>R-625.0x<br>9 - 32<br>5<br>1.8 - 9<br>2<br>90<br>85<br>200/6800<br>R-629.0x<br>11 - 32<br>9<br>3.3 - 15<br>2<br>95<br>91<br>200/6800<br>R-6212x<br>14 - 32<br>12<br>3.3 - 15<br>2<br>96<br>93<br>200/6800<br>~~—eee~~||||||| |||Notes:||||| ||||Note1: Vin-Vout≥1.5V if adjust function is used|1.5V if adjust function is used||| ||||Note2: please refer to basic characteristics on page I-2||Note2: please refer to basic characteristics on page I-2|| **==> picture [88 x 38] intentionally omitted <==** **----- Start of picture text -----**<br> RoHS 2+ REACH<br>compliant10 from 10 compliant<br>T T<br>ON ON<br>N P N P<br>C V C V<br>A R A R<br>E E<br>I O I O<br>M M<br>L L<br>R R<br>P D P D<br>O T O T<br>U U<br>C C<br>M M<br>E E<br>C C<br>E R E R<br>O T O T<br>R S R S<br>C S C S<br>**----- End of picture text -----**<br> IEC/EN60950-1 certified ~~Lo~~ Model Numbering R-6_ __ x Output Current (A) Pinning[(3)] —_| mM nom. Output Voltage ## Notes: Note3: x can be „P“ = vertical through hole x can be „D“ = bent for horizontal through hole mounting Ordering Examples: R-612.5P Iout= 1000mA nom. Vout= 2.5VDC R-623.3D Iout= 2000mA nom. Vout= 3.3VDC P= vertical through hole D= bent for horizontal through hole mounting REV.: 6/2020 I-1 **www.recom-power.com** ## **R-6xxxP_D** ## **DC/DC Converter** ## **Series** Specifications (refer to standard application circuit, Ta= 25°C) **==> picture [526 x 200] intentionally omitted <==** **----- Start of picture text -----**<br> BASIC CHARACTERISTICS<br>Parameter Condition Min. Typ. Max.<br>Quiescent Current min. Vin to max. 6mA 10mA<br>Internal Power Dissipation ta<60°C 1.0W<br>Output Current Limit 4A 4.5A 5A<br>Minimum Load 10%<br>DC-DC ON Open or high (Power ON), 2V min. / 10V max.<br>ON/OFF CTRL [(4)]<br>DC-DC OFF Low (Power OFF) 0.8V max.<br>Input Current of CTRL Pin DC-DC OFF 100µA<br>Internal Operating Frequency 200kHz 250kHz 300kHz<br>R-61xxx 40mVp-p 100mVp-p<br>Output Ripple and Noise R-62xxx 40mVp-p 120mVp-p<br>normal start-up time, no external diodes 200µF<br>Maximum Capacitive Load<br><1 second start-up time + diode protection circuit 6800µF<br>**----- End of picture text -----**<br> |BASIC CHARACTERISTICS|BASIC CHARACTERISTICS|BASIC CHARACTERISTICS|BASIC CHARACTERISTICS|BASIC CHARACTERISTICS| |---|---|---|---|---| |Parameter|Condition|Min.|Typ.|Max.| |Quiescent Current|min. Vin to max.||6mA|10mA| |Internal Power Dissipation|ta<60°C|||1.0W| |Output Current Limit||4A|4.5A|5A| |Minimum Load||10%||| |ON/OFF CTRL(4)|DC-DC ON<br>DC-DC OFF|Open or high (Power ON), 2V min. / 10V max.<br>Low(Power OFF)0.8V max.||| |Input Current of CTRL Pin|DC-DC OFF||100µA|| |Internal Operating Frequency||200kHz|250kHz|300kHz| |Output Ripple and Noise|R-61xxx<br>R-62xxx||40mVp-p<br>40mVp-p|100mVp-p<br>120mVp-p| |Maximum Capacitive Load|normal start-uptime, no external diodes|||200µF| ||<1 second start-uptime + diodeprotection circuit|||6800µF| |||||| |continued on nextpage<br>How to calculate the max. output current<br>Line Derating<br>100<br>80<br>85<br>60<br>40<br>20<br>0<br>Ambient Temperature [°C]<br>Internal Power Dissipation [W]<br>0<br>0.5<br>0.7<br>1.0<br>1.5<br>100<br>90<br>80<br>70<br>60<br>50<br>40<br>30<br>20<br>10<br>0<br>Output Load [%]<br>Input Voltage [VDC]<br>9<br>11<br>14 16<br>12<br>20<br>24<br>28<br>32<br>R-62xx<br>R-61xx<br>Iout=<br>PD<br>Vout x (1-Effmax Vin)<br>PD=<br>Iout x Vout x (1-Effmax Vin)<br>The internal power dissipation (PD) follows the equation:<br>Vin = 32V<br>Vout = 12V<br>Effmax Vin= 93%<br>PD= 1W<br>TAmbient= 60°C<br>Vin = 14V<br>Vout = 12V<br>Effmax Vin= 96%<br>PD= 1W<br>TAmbient= 60°C<br>Iout=<br>1W<br>= 1.19A<br>12V x (1-0.93 )<br>Iout=<br>1W<br>= 2.08A<br>12V x (1-0.96 )<br>Calculation 1:<br>Calculation 2:<br>Example: R-6212P<br>Notes:<br>Note4: ON/OFF pin driven by TTL (logic gate), open-collector bipolar transistor or open-drain MOSFET||||| REV.: 6/2020 I-2 **www.recom-power.com** ## **R-6xxxP_D** ## **DC/DC Converter** ## **Series** Specifications (refer to standard application circuit, Ta= 25°C) Efficiency vs. Load **==> picture [499 x 445] intentionally omitted <==** **----- Start of picture text -----**<br> R-623.3 / R-613.3 R-625.0 / R-615.0<br>100 100<br>92.5 92.5<br>90 90<br>87.5 87.5<br>85 85<br>82.5 82.5<br>80 80<br>9Vin<br>70 9Vin 70 12Vin<br>12Vin 24Vin<br>60 26Vin 60 38Vin<br>50 50<br> 0.1 0.5 1.0 1.5 2.0 0.1 0.5 1.0 1.5 2.0<br>Output Load [A] Output Load [A]<br>Ripple vs. Output Current<br>R-623.3 / R-613.3 R-625.0 / R-615.0<br>100 100<br>90 90<br>80 80<br>70 70<br>60 60<br>50 50<br>40 40<br>30 30<br>38Vin<br>20 26Vin 20<br>24Vin<br>12Vin<br>10 9Vin 10 12Vin<br>9Vin<br>0 0<br>0.1 0.5 1.0 1.5 2.0 0.1 0.5 1.0 1.5 2.0<br>Output Curent [A] Output Curent [A]<br>Efficiency [%] Efficiency [%]<br>Ripple [mV] Ripple [mV]<br>**----- End of picture text -----**<br> ## Ripple vs. Output Current ## Trim Tables or Calculation |2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D| |---|---|---|---|---|---|---|---|---|---|---|---|---| |3ADC<br>R-621.8P/D<br>R-622.5P/D<br>R-623.3P/D<br>R-625.0P/D<br>R-629.0P/D<br>R-6212P/D||||||||||||| |Vout nom.<br>1.8VDC<br>2.5VDC<br>3.3VDC<br>5.0VDC<br>9.0VDC<br>12VDC||||||||||||| |Vout adj.|Rdown|Rup|Rdown|Rup|Rdown|Rup|Rdown|Rup|Rdown|Rup|Rdown|Rup| |1.5|13.6kΩ||3.3kΩ|||||||||| |1.8|||8.2kΩ||3.1kΩ||820Ω|||||| |2.0||10kΩ|15kΩ||5.1kΩ||1.5kΩ|||||| |2.5||5.1kΩ|||13kΩ||3.6kΩ|||||| |3.0||2.5kΩ||10kΩ|51kΩ||7.0kΩ|||||| continued on next page REV.: 6/2020 I-3 **www.recom-power.com** **DC/DC Converter** ## **R-6xxxP_D** ## **Series** Specifications (refer to standard application circuit, Ta= 25°C) ## Trim Tables or Calculation |2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D|2ADC<br>R-611.8P/D<br>R-612.5P/D<br>R-613.3P/D<br>R-615.0P/D<br>R-619.0P/D<br>R-6112P/D| |---|---|---|---|---|---|---|---|---|---|---|---|---| |3ADC<br>R-621.8P/D<br>R-622.5P/D<br>R-623.3P/D<br>R-625.0P/D<br>R-629.0P/D<br>R-6212P/D||||||||||||| |Vout nom.<br>1.8VDC<br>2.5VDC<br>3.3VDC<br>5.0VDC<br>9.0VDC<br>12VDC||||||||||||| |Vout adj.|Rdown|Rup|Rdown|Rup|Rdown|Rup|Rdown|Rup|Rdown|Rup|Rdown|Rup| |3.3||1.7kΩ||5.9kΩ|||9.7kΩ||0Ω||0Ω|| |3.6||1.2kΩ||3.9kΩ||18kΩ|14kΩ||1.5kΩ||560Ω|| |3.9||||2.8kΩ||9.1kΩ|20kΩ||3.3kΩ||1.2kΩ|| |4.5||||1.6kΩ||3.9kΩ|60kΩ||7.5kΩ||2.1kΩ|| |5.0||||||2.4kΩ|||11kΩ||4.0kΩ|| |5.1||||||2.2kΩ||60kΩ|12kΩ||4.3kΩ|| |5.5||||||1.6kΩ||15kΩ|17kΩ||5.6kΩ|| |6.0||||||1.1kΩ||7.2kΩ|24kΩ||7.5kΩ|| |7.0||||||||2.8kΩ|51kΩ||12kΩ|| |8.0||||||||1.5kΩ|130kΩ||19kΩ|| |9.0||||||||880Ω|||31kΩ|| |10||||||||450Ω||36kΩ|55kΩ|| |11||||||||180Ω||15kΩ|125kΩ|| |12||||||||||8.2kΩ||| |13||||||||||4.7kΩ||11kΩ| |14||||||||||2.7kΩ||4.0kΩ| |15||||||||||1.3kΩ||1.6kΩ| |REGULATIONS||||| |---|---|---|---|---| |Parameter||Condition||Value| |Output Accuracy||||±1.0% typ. / ±2.0% max.| |Line Regulation||low line to high line, full load||±0.5% typ.| |Load Regulation(5)||10% to 100%, full load|R-61xxx<br>R-62xxx|±0.5% max.<br>±1.0% max.| |Transient Response(6)||50% load step change<br>Vout over / undershoot||100µs typ. / 200µs max.<br>5% typ.| ||Notes:<br>Note5: Operation below 10% load will not harm the converter, but specifcations may not be met<br>Note6: Requires a 100µF electolytic or tantalum output capacitor for proper operation in all applications<br>(the capacitor has to be placed as close as possible to the output pins)|||| |PROTECTIONS|PROTECTIONS|PROTECTIONS| |---|---|---| |Parameter|Condition|Value| |Short Circuit Protection(SCP)||continuous, automatic recovery| |Short Circuit Input Current|Vin > 12VDC|20mA typ. / 100mA max.| |continued on nextpage||| REV.: 6/2020 I-4 **www.recom-power.com** ## **R-6xxxP_D** ## **DC/DC Converter** ## **Series** Specifications (refer to standard application circuit, Ta= 25°C) Optional Diode Protection Circuit **==> picture [501 x 138] intentionally omitted <==** **----- Start of picture text -----**<br> Optional Protection 1: Optional Protection :<br>Add a blocking diode to Vout if current D1<br>can flow backwards into the output, as<br>this can damage the converter when it is powered down. Protection diodes are required for high capacitive loads. +Vin +Vin R-5/6/7xxxGND +Vout +Vout +Vin +Vin R-5/6/7xxxGND Vadj +Vout D1 +Vout<br>The diode can either be fitted across Rdown<br>the device, if the source is low imped-<br>ance or fitted in series with the output GND GND GND GND<br>(recommended). Rdown: Trim output voltage up to 1 diode drop<br>**----- End of picture text -----**<br> |ENVIRONMENTAL|ENVIRONMENTAL|ENVIRONMENTAL|ENVIRONMENTAL| |---|---|---|---| |Parameter|Condition||Value| |OperatingTemperature Range|without derating@ natural convection 0.1m/s||-40°C to +85°C| |Maximum Case Temperature|||+110°C| |Thermal Impedance|@ natural convection 0.1m/s||25°C/W| |OperatingHumidity|non-condensing||95% RH max.| |OperatingAltitude|||2000m| |Pollution Degree|||PD2| |MTBF|according to MIL-HDBK 217F, G.B.|+25°C<br>+71°C|563 x 103hours<br>117 x 103hours| |SAFETY AND CERTIFICATIONS|SAFETY AND CERTIFICATIONS|SAFETY AND CERTIFICATIONS| |---|---|---| |Certifcate Type(Safety)|Report / File Number|Standard| |Information Technology Equipment, General Requirements for Safety|1605077-12|IEC60950-1:2005, 2nd Edition + AM2:2013<br>EN60950-1:2006 + AM2:2013| |EAC|RU-AT.49.09571|TP TC 004/2011| |RoHS 2+||RoHS-2011/65/EU + AM-2015/863| |DIMENSION AND PHYSICAL CHARACTERISTICS|DIMENSION AND PHYSICAL CHARACTERISTICS|DIMENSION AND PHYSICAL CHARACTERISTICS| |---|---|---| |Parameter|Type|Value| |Material|case<br>potting|non-conducive black plastic, (UL94 V-0)<br>epoxy, (UL94 V-0)| |Dimension(LxWxH)||32.2 x 9.1 x 15.0mm| |Weight||9gtyp.| |continued on nextpage||| REV.: 6/2020 I-5 **www.recom-power.com** ## **R-6xxxP_D** ## **DC/DC Converter** ## **Series** Specifications (refer to standard application circuit, Ta= 25°C) **==> picture [515 x 256] intentionally omitted <==** **----- Start of picture text -----**<br> Dimension Drawing (mm)<br>32.2<br>R-6xxxD<br>embossed logo<br>32.2 9.1<br>R-6xxxP Marking<br>2.1 0.70 [+0.10/-0.05] 0.25 [±0.05]<br>11 x 2.54 = 27.94 Recommended Footprint Details 2.1 0.70 [+0.10/-0.05] 0.25 [±0.05]<br>1 2 3 4 5 6 7 8 9 10 11 12 Recommended Footprint Details<br>Bottom View Top View Bottom View 1 2 3 4 5 6 7 8 9 10 11 12<br>1 2 3 4 5 6 7 8 9 10 11 12 Top View<br>1 2 3 4 5 6 7 8 9 10 11 12<br>11 x 2.54 = 27.94<br>2.54<br>2.54<br>15.0<br>15.0<br>9.1<br>4.10<br>2.54<br>17.0<br>2.54<br>0.8<br>**----- End of picture text -----**<br> |Pin Connections|Pin Connections|| |---|---|---| |Pin #|Single|Description| |1|ON/OFF|Input pin: Active low (less than 0.8V) to disable the device| |2,3,4|Vin|Power Input| |5, 6, 7, 8|GND|Input and Output ground (common)| |9, 10, 11|Vout|Power output| |12|Vadj|With external resistors R1, R2 to selected output voltage| |Tolerance:|xx.x= ±0.5mm|| ||xx.xx= ±0.25mm|| ## INSTALLATION AND APPLICATION **==> picture [472 x 188] intentionally omitted <==** **----- Start of picture text -----**<br> Standard Application Circuit<br>+V +Vin +Vout +V<br>in out<br>R-6xxxP_D<br>OFF 1µF C1<br>(Optional) ON/OFF GND V Rdown<br>ON adj C2<br>100µF<br>VCTRL Q1 ESR= 150m Ω max.<br>(Required)<br>R<br>up<br>Com Com<br>Add blocking diode to Vout if current can flow backwards into the output, as this can damage the converter.<br>(Please refer to “Optional Diode Protection Circuit” on page I-5)<br>**----- End of picture text -----**<br> continued on next page REV.: 6/2020 I-6 **www.recom-power.com** ## **R-6xxxP_D** ## **DC/DC Converter** ## **Series** Specifications (refer to standard application circuit, Ta= 25°C) ## Positive to Negative Converter **==> picture [444 x 485] intentionally omitted <==** **----- Start of picture text -----**<br> Selection Guide (Positive to Negativ)<br>Part Input Output Vout Output Efficiency Max. Capacitive<br>Number Voltage Range Voltage Adjust Range [(1)] Current @ min Vin @ max. Vin Load [(7)]<br>[VDC] [VDC] [VDC] [A] [%] [%] C1 C2<br>R-621.8 9 - 28 -1.8 -1.5~ -3.6 -1 72 65 10µF/50V 100µF/6.3V<br>R-622.5 9 - 28 -2.5 -1.5~ -4.5 -1 76 72 10µF/50V 100µF/6.3V<br>R-623.3 9 - 28 -3.3 -1.8~ -6 -1 79 76 10µF/50V 100µF/10V<br>R-625.0 9 - 28 -5 -1.8~ -9 -1 81 80 10µF/50V 100µF/10V<br>R-629.0 11 - 26 -9 -3.3~ -15 -0.8 84 85 10µF/50V 100µF/25V<br>R-6212 11 - 26 -12 -3.3~ -15 -0.6 86 88 10µF/50V 100µF/25V<br>Notes:<br>Note7: Maximum capacitive load including C2 is 220µF<br>GND GND<br>+V<br>in +Vin GND and should be fitted close C1 and C2 are required<br>R-6xxxP_D to the converter pins.<br>R<br>C1 ON/OFF -Vout Vadj down C2<br>ON/OFF<br>Ref. to -Vout<br>R<br>up<br>-V<br>out<br>32.2<br>Pin Connections<br> Pin # Negative Out Positive Out<br>1 ON/OFF ON/OFF<br> 2,3,4 +Vin +Viin<br>2.1 0.70 [+0.10/-0.05] 5, 6, 7, 8 -Vout GND<br> 9, 10, 11 GND +Vout<br>12 -Vadj +Vadj<br>Bottom View<br>1 2 3 4 5 6 7 8 9 10 11 12<br>11 x 2.54 = 27.94<br>15.0<br>4.10<br>0.8<br>**----- End of picture text -----**<br> |PACKAGING INFORMATION|PACKAGING INFORMATION|PACKAGING INFORMATION| |---|---|---| |Parameter|Type|Value| |Packaging Dimensions (LxWxH)|R-6xxxD<br>R-6xxxP|520.0 x 20.0 x 19.0mm<br>530.0 x 23.0 x 19.0mm| |PackagingQuantity|tube|15pcs| |Storage Temperature Range||-40°C to +125°C| The product information and specifications may be subject to changes even without prior written notice.The product has been designed for various applications; its suitability lies in the responsibility of each customer. The products are not authorized for use in safety-critical applications without RECOM’s explicit written consent. A safety-critical application is an application where a failure may reasonably be expected to endanger or cause loss of life, inflict bodily harm or damage property. The applicant shall indemnify and hold harmless RECOM, its affiliated companies and its representatives against any damage claims in connection with the unauthorized use of RECOM products in such safety-critical applications. REV.: 6/2020 I-7 **www.recom-power.com**
Updated at April 28, 2026
RECOM Power is a globally recognized manufacturer specializing in standard and customized power conversion solutions. Headquartered in Austria with state-of-the-art research and development facilities, the company has built a strong reputation for innovation and reliability. Operating from ISO 9001 and IATF 16949 certified manufacturing sites, RECOM delivers premium power supplies engineered for demanding applications across IoT, Industry 4.0, medical technology, and transportation. The core of our RECOM Power portfolio is dedicated to advanced power and line protection, featuring an extensive selection of high-performance AC/DC converters. These modules are designed to provide efficient, stable power distribution for a wide array of industrial and commercial electronics. In addition to general-purpose power supplies, we offer a robust range of AC/DC LED power supplies specifically optimized to meet the stringent efficiency and lifespan requirements of modern lighting systems. To support comprehensive power architecture design, our selection also includes highly efficient DC/DC converters ideal for precise voltage regulation in complex circuits. Furthermore, we provide specialized passive components such as RECOM power inductors, ensuring engineers have access to the critical, high-quality components required to develop resilient and optimized power delivery systems.
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