Search Results for "REM"

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Power (W)
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    • Vin (V)
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  • Max
    • Main Vout (V)
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  • Max
    • Nr. of Outputs
    Iout 1 (mA)
  • Min
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  • Max
    • Iout 2 (mA)
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  • Max
    • Isolation (kV)
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    • Protections
    Regulation
      Part Number AC/DC or DC/DC Power (W) Vin (V) Vout 1 (V) Package Style Isolation (kV)
    1 DC/DC, 1 W, Single Output, THT REM1-0505S
    Focus
    		DC/DC 1 5 5 SIP7 5.2
    2 DC/DC, 1 W, Single Output, THT REM1-0512S
    Focus
    		DC/DC 1 5 12 SIP7 5.2
    3 DC/DC, 1 W, Single Output, THT REM1-053.3S
    Focus
    		DC/DC 1 5 3.3 SIP7 5.2
    4 DC/DC, 1 W, Single Output, THT REM1-1205S
    Focus
    		DC/DC 1 12 5 SIP7 5.2
    5 DC/DC, 1 W, Single Output, THT REM1-123.3S
    Focus
    		DC/DC 1 12 3.3 SIP7 5.2
    6 DC/DC, 1 W, Single Output, THT REM1-1505S
    Focus
    		DC/DC 1 15 5 SIP7 5.2
    7 DC/DC, 1 W, Single Output, THT REM1-153.3S
    Focus
    		DC/DC 1 15 3.3 SIP7 5.2
    8 DC/DC, 1 W, Single Output, THT REM1-2405S
    Focus
    		DC/DC 1 24 5 SIP7 5.2
    9 DC/DC, 1 W, Single Output, THT REM1-243.3S
    Focus
    		DC/DC 1 24 3.3 SIP7 5.2
    10 DC/DC, 1 W, Single Output, THT REM1-3.305S
    Focus
    		DC/DC 1 3.3 5 SIP7 5.2
    11 DC/DC, 1 W, Single Output, THT REM1-3.312S
    Focus
    		DC/DC 1 3.3 12 SIP7 5.2
    12 DC/DC, 1 W, Single Output, THT REM1-3.33.3S
    Focus
    		DC/DC 1 3.3 3.3 SIP7 5.2
    13 DC/DC, 10 W, Dual Output, THT REM10-0505D/A
    Focus
    		DC/DC 10 4.5 - 9 5 DIP24 5
    14 DC/DC, 10 W, Dual Output, THT REM10-0505D/A/CTRL
    Focus
    		DC/DC 10 4.5 - 9 5 DIP24 5
    15 DC/DC, 10 W, Dual Output, THT REM10-0505D/C
    Focus
    		DC/DC 10 4.5 - 9 5 DIP24 5
    16 DC/DC, 10 W, Single Output, THT REM10-0505S/A
    Focus
    		DC/DC 10 4.5 - 9 5 DIP24 5
    17 DC/DC, 10 W, Single Output, THT REM10-0505S/A/CTRL
    Focus
    		DC/DC 10 4.5 - 9 5 DIP24 5
    18 DC/DC, 10 W, Single Output, THT REM10-0505S/C
    Focus
    		DC/DC 10 4.5 - 9 5 DIP24 5
    19 DC/DC, 10 W, Dual Output, THT REM10-0512D/A
    Focus
    		DC/DC 10 4.5 - 9 12 DIP24 5
    20 DC/DC, 10 W, Dual Output, THT REM10-0512D/A/CTRL
    Focus
    		DC/DC 10 4.5 - 9 12 DIP24 5
    21 DC/DC, 10 W, Dual Output, THT REM10-0512D/C
    Focus
    		DC/DC 10 4.5 - 9 12 DIP24 5
    22 DC/DC, 10 W, Single Output, THT REM10-0512S/A
    Focus
    		DC/DC 10 4.5 - 9 12 DIP24 5
    23 DC/DC, 10 W, Single Output, THT REM10-0512S/A/CTRL
    Focus
    		DC/DC 10 4.5 - 9 12 DIP24 5
    24 DC/DC, 10 W, Single Output, THT REM10-0512S/C
    Focus
    		DC/DC 10 4.5 - 9 12 DIP24 5
    25 DC/DC, 10 W, Dual Output, THT REM10-0515D/A
    Focus
    		DC/DC 10 4.5 - 9 15 DIP24 5
    26 DC/DC, 10 W, Dual Output, THT REM10-0515D/A/CTRL
    Focus
    		DC/DC 10 4.5 - 9 15 DIP24 5
    27 DC/DC, 10 W, Dual Output, THT REM10-0515D/C
    Focus
    		DC/DC 10 4.5 - 9 15 DIP24 5
    28 DC/DC, 10 W, Single Output, THT REM10-0515S/A
    Focus
    		DC/DC 10 4.5 - 9 15 DIP24 5
    29 DC/DC, 10 W, Single Output, THT REM10-0515S/A/CTRL
    Focus
    		DC/DC 10 4.5 - 9 15 DIP24 5
    30 DC/DC, 10 W, Single Output, THT REM10-0515S/C
    Focus
    		DC/DC 10 4.5 - 9 15 DIP24 5
    31 DC/DC, 10 W, Single Output, THT REM10-0524S/A
    Focus
    		DC/DC 10 4.5 - 9 24 DIP24 5
    32 DC/DC, 10 W, Single Output, THT REM10-0524S/A/CTRL
    Focus
    		DC/DC 10 4.5 - 9 24 DIP24 5
    33 DC/DC, 10 W, Single Output, THT REM10-0524S/C
    Focus
    		DC/DC 10 4.5 - 9 24 DIP24 5
    34 DC/DC, 10 W, Single Output, THT REM10-053.3S/A
    Focus
    		DC/DC 10 4.5 - 9 3.3 DIP24 5
    35 DC/DC, 10 W, Single Output, THT REM10-053.3S/A/CTRL
    Focus
    		DC/DC 10 4.5 - 9 3.3 DIP24 5
    36 DC/DC, 10 W, Single Output, THT REM10-053.3S/C
    Focus
    		DC/DC 10 4.5 - 9 3.3 DIP24 5
    37 DC/DC, 10 W, Dual Output, THT REM10-1205D/A
    Focus
    		DC/DC 10 9 - 18 5 DIP24 5
    38 DC/DC, 10 W, Dual Output, THT REM10-1205D/A/CTRL
    Focus
    		DC/DC 10 9 - 18 5 DIP24 5
    39 DC/DC, 10 W, Dual Output, THT REM10-1205D/C
    Focus
    		DC/DC 10 9 - 18 5 DIP24 5
    40 DC/DC, 10 W, Single Output, THT REM10-1205S/A
    Focus
    		DC/DC 10 9 - 18 5 DIP24 5
    41 DC/DC, 10 W, Single Output, THT REM10-1205S/A/CTRL
    Focus
    		DC/DC 10 9 - 18 5 DIP24 5
    42 DC/DC, 10 W, Single Output, THT REM10-1205S/C
    Focus
    		DC/DC 10 9 - 18 5 DIP24 5
    43 DC/DC, 10 W, Dual Output, THT REM10-1212D/A
    Focus
    		DC/DC 10 9 - 18 12 DIP24 5
    44 DC/DC, 10 W, Dual Output, THT REM10-1212D/A/CTRL
    Focus
    		DC/DC 10 9 - 18 12 DIP24 5
    45 DC/DC, 10 W, Dual Output, THT REM10-1212D/C
    Focus
    		DC/DC 10 9 - 18 12 DIP24 5
    46 DC/DC, 10 W, Single Output, THT REM10-1212S/A
    Focus
    		DC/DC 10 9 - 18 12 DIP24 5
    47 DC/DC, 10 W, Single Output, THT REM10-1212S/A/CTRL
    Focus
    		DC/DC 10 9 - 18 12 DIP24 5
    48 DC/DC, 10 W, Single Output, THT REM10-1212S/C
    Focus
    		DC/DC 10 9 - 18 12 DIP24 5
    49 DC/DC, 10 W, Dual Output, THT REM10-1215D/A
    Focus
    		DC/DC 10 9 - 18 15 DIP24 5
    50 DC/DC, 10 W, Dual Output, THT REM10-1215D/A/CTRL
    Focus
    		DC/DC 10 9 - 18 15 DIP24 5
    51 DC/DC, 10 W, Dual Output, THT REM10-1215D/C
    Focus
    		DC/DC 10 9 - 18 15 DIP24 5
    52 DC/DC, 10 W, Single Output, THT REM10-1215S/A
    Focus
    		DC/DC 10 9 - 18 15 DIP24 5
    53 DC/DC, 10 W, Single Output, THT REM10-1215S/A/CTRL
    Focus
    		DC/DC 10 9 - 18 15 DIP24 5
    54 DC/DC, 10 W, Single Output, THT REM10-1215S/C
    Focus
    		DC/DC 10 9 - 18 15 DIP24 5
    55 DC/DC, 10 W, Single Output, THT REM10-1224S/A
    Focus
    		DC/DC 10 9 - 18 24 DIP24 5
    56 DC/DC, 10 W, Single Output, THT REM10-1224S/A/CTRL
    Focus
    		DC/DC 10 9 - 18 24 DIP24 5
    57 DC/DC, 10 W, Single Output, THT REM10-1224S/C
    Focus
    		DC/DC 10 9 - 18 24 DIP24 5
    58 DC/DC, 10 W, Single Output, THT REM10-123.3S/A
    Focus
    		DC/DC 10 9 - 18 3.3 DIP24 5
    59 DC/DC, 10 W, Single Output, THT REM10-123.3S/A/CTRL
    Focus
    		DC/DC 10 9 - 18 3.3 DIP24 5
    60 DC/DC, 10 W, Single Output, THT REM10-123.3S/C
    Focus
    		DC/DC 10 9 - 18 3.3 DIP24 5
    61 DC/DC, 10 W, Dual Output, THT REM10-2405D/A
    Focus
    		DC/DC 10 18 - 36 5 DIP24 5
    62 DC/DC, 10 W, Dual Output, THT REM10-2405D/A/CTRL
    Focus
    		DC/DC 10 18 - 36 5 DIP24 5
    63 DC/DC, 10 W, Dual Output, THT REM10-2405D/C
    Focus
    		DC/DC 10 18 - 36 5 DIP24 5
    64 DC/DC, 10 W, Single Output, THT REM10-2405S/A
    Focus
    		DC/DC 10 18 - 36 5 DIP24 5
    65 DC/DC, 10 W, Single Output, THT REM10-2405S/A/CTRL
    Focus
    		DC/DC 10 18 - 36 5 DIP24 5
    66 DC/DC, 10 W, Single Output, THT REM10-2405S/C
    Focus
    		DC/DC 10 18 - 36 5 DIP24 5
    67 DC/DC, 10 W, Dual Output, THT REM10-2412D/A
    Focus
    		DC/DC 10 18 - 36 12 DIP24 5
    68 DC/DC, 10 W, Dual Output, THT REM10-2412D/A/CTRL
    Focus
    		DC/DC 10 18 - 36 12 DIP24 5
    69 DC/DC, 10 W, Dual Output, THT REM10-2412D/C
    Focus
    		DC/DC 10 18 - 36 12 DIP24 5
    70 DC/DC, 10 W, Single Output, THT REM10-2412S/A
    Focus
    		DC/DC 10 18 - 36 12 DIP24 5
    71 DC/DC, 10 W, Single Output, THT REM10-2412S/A/CTRL
    Focus
    		DC/DC 10 18 - 36 12 DIP24 5
    72 DC/DC, 10 W, Single Output, THT REM10-2412S/C
    Focus
    		DC/DC 10 18 - 36 12 DIP24 5
    73 DC/DC, 10 W, Dual Output, THT REM10-2415D/A
    Focus
    		DC/DC 10 18 - 36 15 DIP24 5
    74 DC/DC, 10 W, Dual Output, THT REM10-2415D/A/CTRL
    Focus
    		DC/DC 10 18 - 36 15 DIP24 5
    75 DC/DC, 10 W, Dual Output, THT REM10-2415D/C
    Focus
    		DC/DC 10 18 - 36 15 DIP24 5
    76 DC/DC, 10 W, Single Output, THT REM10-2415S/A
    Focus
    		DC/DC 10 18 - 36 15 DIP24 5
    77 DC/DC, 10 W, Single Output, THT REM10-2415S/A/CTRL
    Focus
    		DC/DC 10 18 - 36 15 DIP24 5
    78 DC/DC, 10 W, Single Output, THT REM10-2415S/C
    Focus
    		DC/DC 10 18 - 36 15 DIP24 5
    79 DC/DC, 10 W, Single Output, THT REM10-2424S/A
    Focus
    		DC/DC 10 18 - 36 24 DIP24 5
    80 DC/DC, 10 W, Single Output, THT REM10-2424S/A/CTRL
    Focus
    		DC/DC 10 18 - 36 24 DIP24 5
    81 DC/DC, 10 W, Single Output, THT REM10-2424S/C
    Focus
    		DC/DC 10 18 - 36 24 DIP24 5
    82 DC/DC, 10 W, Single Output, THT REM10-243.3S/A
    Focus
    		DC/DC 10 18 - 36 3.3 DIP24 5
    83 DC/DC, 10 W, Single Output, THT REM10-243.3S/A/CTRL
    Focus
    		DC/DC 10 18 - 36 3.3 DIP24 5
    84 DC/DC, 10 W, Single Output, THT REM10-243.3S/C
    Focus
    		DC/DC 10 18 - 36 3.3 DIP24 5
    85 DC/DC, 10 W, Dual Output, THT REM10-4805D/A
    Focus
    		DC/DC 10 36 - 75 5 DIP24 5
    86 DC/DC, 10 W, Dual Output, THT REM10-4805D/A/CTRL
    Focus
    		DC/DC 10 36 - 75 5 DIP24 5
    87 DC/DC, 10 W, Dual Output, THT REM10-4805D/C
    Focus
    		DC/DC 10 36 - 75 5 DIP24 5
    88 DC/DC, 10 W, Single Output, THT REM10-4805S/A
    Focus
    		DC/DC 10 36 - 75 5 DIP24 5
    89 DC/DC, 10 W, Single Output, THT REM10-4805S/A/CTRL
    Focus
    		DC/DC 10 36 - 75 5 DIP24 5
    90 DC/DC, 10 W, Single Output, THT REM10-4805S/C
    Focus
    		DC/DC 10 36 - 75 5 DIP24 5
    91 DC/DC, 10 W, Dual Output, THT REM10-4812D/A
    Focus
    		DC/DC 10 36 - 75 12 DIP24 5
    92 DC/DC, 10 W, Dual Output, THT REM10-4812D/A/CTRL
    Focus
    		DC/DC 10 36 - 75 12 DIP24 5
    93 DC/DC, 10 W, Dual Output, THT REM10-4812D/C
    Focus
    		DC/DC 10 36 - 75 12 DIP24 5
    94 DC/DC, 10 W, Single Output, THT REM10-4812S/A
    Focus
    		DC/DC 10 36 - 75 12 DIP24 5
    95 DC/DC, 10 W, Single Output, THT REM10-4812S/A/CTRL
    Focus
    		DC/DC 10 36 - 75 12 DIP24 5
    96 DC/DC, 10 W, Single Output, THT REM10-4812S/C
    Focus
    		DC/DC 10 36 - 75 12 DIP24 5
    97 DC/DC, 10 W, Dual Output, THT REM10-4815D/A
    Focus
    		DC/DC 10 36 - 75 15 DIP24 5
    98 DC/DC, 10 W, Dual Output, THT REM10-4815D/A/CTRL
    Focus
    		DC/DC 10 36 - 75 15 DIP24 5
    99 DC/DC, 10 W, Dual Output, THT REM10-4815D/C
    Focus
    		DC/DC 10 36 - 75 15 DIP24 5
    100 DC/DC, 10 W, Single Output, THT REM10-4815S/A
    Focus
    		DC/DC 10 36 - 75 15 DIP24 5
    101 DC/DC, 10 W, Single Output, THT REM10-4815S/A/CTRL
    Focus
    		DC/DC 10 36 - 75 15 DIP24 5
    102 DC/DC, 10 W, Single Output, THT REM10-4815S/C
    Focus
    		DC/DC 10 36 - 75 15 DIP24 5
    103 DC/DC, 10 W, Single Output, THT REM10-4824S/A
    Focus
    		DC/DC 10 36 - 75 24 DIP24 5
    104 DC/DC, 10 W, Single Output, THT REM10-4824S/A/CTRL
    Focus
    		DC/DC 10 36 - 75 24 DIP24 5
    105 DC/DC, 10 W, Single Output, THT REM10-4824S/C
    Focus
    		DC/DC 10 36 - 75 24 DIP24 5
    106 DC/DC, 10 W, Single Output, THT REM10-483.3S/A
    Focus
    		DC/DC 10 36 - 75 3.3 DIP24 5
    107 DC/DC, 10 W, Single Output, THT REM10-483.3S/A/CTRL
    Focus
    		DC/DC 10 36 - 75 3.3 DIP24 5
    108 DC/DC, 10 W, Single Output, THT REM10-483.3S/C
    Focus
    		DC/DC 10 36 - 75 3.3 DIP24 5
    109 DC/DC, 2 W, Single Output, THT REM2A-0505S
    Focus 신규
    		DC/DC 2 4.5 - 12 5 DIP16 5
    110 DC/DC, 2 W, Single Output, SMD REM2A-0505S/SMD
    Focus 신규
    		DC/DC 2 4.5 - 12 5 SMD 16 Pin 5
    111 DC/DC, 2 W, Single Output, THT REM2A-0509S
    Focus 신규
    		DC/DC 2 4.5 - 12 9 DIP16 5
    112 DC/DC, 2 W, Single Output, SMD REM2A-0509S/SMD
    Focus 신규
    		DC/DC 2 4.5 - 12 9 SMD 16 Pin 5
    113 DC/DC, 2 W, Dual Output, THT REM2A-0512D
    Focus 신규
    		DC/DC 2 4.5 - 12 12 DIP16 5
    114 DC/DC, 2 W, Dual Output, SMD REM2A-0512D/SMD
    Focus 신규
    		DC/DC 2 4.5 - 12 12 SMD 16 Pin 5
    115 DC/DC, 2 W, Single Output, THT REM2A-0512S
    Focus 신규
    		DC/DC 2 4.5 - 12 12 DIP16 5
    116 DC/DC, 2 W, Single Output, SMD REM2A-0512S/SMD
    Focus 신규
    		DC/DC 2 4.5 - 12 12 SMD 16 Pin 5
    117 DC/DC, 2 W, Dual Output, THT REM2A-0515D
    Focus 신규
    		DC/DC 2 4.5 - 12 15 DIP16 5
    118 DC/DC, 2 W, Dual Output, SMD REM2A-0515D/SMD
    Focus 신규
    		DC/DC 2 4.5 - 12 15 SMD 16 Pin 5
    119 DC/DC, 2 W, Single Output, THT REM2A-0515S
    Focus 신규
    		DC/DC 2 4.5 - 12 15 DIP16 5
    120 DC/DC, 2 W, Single Output, SMD REM2A-0515S/SMD
    Focus 신규
    		DC/DC 2 4.5 - 12 15 SMD 16 Pin 5
    121 DC/DC, 2 W, Single Output, THT REM2A-0524S
    Focus 신규
    		DC/DC 2 4.5 - 12 24 DIP16 5
    122 DC/DC, 2 W, Single Output, SMD REM2A-0524S/SMD
    Focus 신규
    		DC/DC 2 4.5 - 12 24 SMD 16 Pin 5
    123 DC/DC, 2 W, Single Output, THT REM2A-053.3S
    Focus 신규
    		DC/DC 2 4.5 - 12 3.3 DIP16 5
    124 DC/DC, 2 W, Single Output, SMD REM2A-053.3S/SMD
    Focus 신규
    		DC/DC 2 4.5 - 12 3.3 SMD 16 Pin 5
    125 DC/DC, 2 W, Single Output, THT REM2A-1205S
    Focus 신규
    		DC/DC 2 9 - 18 5 DIP16 5
    126 DC/DC, 2 W, Single Output, SMD REM2A-1205S/SMD
    Focus 신규
    		DC/DC 2 9 - 18 5 SMD 16 Pin 5
    127 DC/DC, 2 W, Single Output, THT REM2A-1209S
    Focus 신규
    		DC/DC 2 9 - 18 9 DIP16 5
    128 DC/DC, 2 W, Single Output, SMD REM2A-1209S/SMD
    Focus 신규
    		DC/DC 2 9 - 18 9 SMD 16 Pin 5
    129 DC/DC, 2 W, Dual Output, THT REM2A-1212D
    Focus 신규
    		DC/DC 2 9 - 18 12 DIP16 5
    130 DC/DC, 2 W, Dual Output, SMD REM2A-1212D/SMD
    Focus 신규
    		DC/DC 2 9 - 18 12 SMD 16 Pin 5
    131 DC/DC, 2 W, Single Output, THT REM2A-1212S
    Focus 신규
    		DC/DC 2 9 - 18 12 DIP16 5
    132 DC/DC, 2 W, Single Output, SMD REM2A-1212S/SMD
    Focus 신규
    		DC/DC 2 9 - 18 12 SMD 16 Pin 5
    133 DC/DC, 2 W, Dual Output, THT REM2A-1215D
    Focus 신규
    		DC/DC 2 9 - 18 15 DIP16 5
    134 DC/DC, 2 W, Dual Output, SMD REM2A-1215D/SMD
    Focus 신규
    		DC/DC 2 9 - 18 15 SMD 16 Pin 5
    135 DC/DC, 2 W, Single Output, THT REM2A-1215S
    Focus 신규
    		DC/DC 2 9 - 18 15 DIP16 5
    136 DC/DC, 2 W, Single Output, SMD REM2A-1215S/SMD
    Focus 신규
    		DC/DC 2 9 - 18 15 SMD 16 Pin 5
    137 DC/DC, 2 W, Single Output, THT REM2A-1224S
    Focus 신규
    		DC/DC 2 9 - 18 24 DIP16 5
    138 DC/DC, 2 W, Single Output, SMD REM2A-1224S/SMD
    Focus 신규
    		DC/DC 2 9 - 18 24 SMD 16 Pin 5
    139 DC/DC, 2 W, Single Output, THT REM2A-123.3S
    Focus 신규
    		DC/DC 2 9 - 18 3.3 DIP16 5
    140 DC/DC, 2 W, Single Output, SMD REM2A-123.3S/SMD
    Focus 신규
    		DC/DC 2 9 - 18 3.3 SMD 16 Pin 5
    141 DC/DC, 2 W, Single Output, THT REM2A-2405S
    Focus 신규
    		DC/DC 2 18 - 36 5 DIP16 5
    142 DC/DC, 2 W, Single Output, SMD REM2A-2405S/SMD
    Focus 신규
    		DC/DC 2 18 - 36 5 SMD 16 Pin 5
    143 DC/DC, 2 W, Single Output, THT REM2A-2409S
    Focus 신규
    		DC/DC 2 18 - 36 9 DIP16 5
    144 DC/DC, 2 W, Single Output, SMD REM2A-2409S/SMD
    Focus 신규
    		DC/DC 2 18 - 36 9 SMD 16 Pin 5
    145 DC/DC, 2 W, Dual Output, THT REM2A-2412D
    Focus 신규
    		DC/DC 2 18 - 36 12 DIP16 5
    146 DC/DC, 2 W, Dual Output, SMD REM2A-2412D/SMD
    Focus 신규
    		DC/DC 2 18 - 36 12 SMD 16 Pin 5
    147 DC/DC, 2 W, Single Output, THT REM2A-2412S
    Focus 신규
    		DC/DC 2 18 - 36 12 DIP16 5
    148 DC/DC, 2 W, Single Output, SMD REM2A-2412S/SMD
    Focus 신규
    		DC/DC 2 18 - 36 12 SMD 16 Pin 5
    149 DC/DC, 2 W, Dual Output, THT REM2A-2415D
    Focus 신규
    		DC/DC 2 18 - 36 15 DIP16 5
    150 DC/DC, 2 W, Dual Output, SMD REM2A-2415D/SMD
    Focus 신규
    		DC/DC 2 18 - 36 15 SMD 16 Pin 5
    151 DC/DC, 2 W, Single Output, THT REM2A-2415S
    Focus 신규
    		DC/DC 2 18 - 36 15 DIP16 5
    152 DC/DC, 2 W, Single Output, SMD REM2A-2415S/SMD
    Focus 신규
    		DC/DC 2 18 - 36 15 SMD 16 Pin 5
    153 DC/DC, 2 W, Single Output, THT REM2A-2424S
    Focus 신규
    		DC/DC 2 18 - 36 24 DIP16 5
    154 DC/DC, 2 W, Single Output, SMD REM2A-2424S/SMD
    Focus 신규
    		DC/DC 2 18 - 36 24 SMD 16 Pin 5
    155 DC/DC, 2 W, Single Output, THT REM2A-243.3S
    Focus 신규
    		DC/DC 2 18 - 36 3.3 DIP16 5
    156 DC/DC, 2 W, Single Output, SMD REM2A-243.3S/SMD
    Focus 신규
    		DC/DC 2 18 - 36 3.3 SMD 16 Pin 5
    157 DC/DC, 2 W, Single Output, THT REM2A-4805S
    Focus 신규
    		DC/DC 2 36 - 75 5 DIP16 5
    158 DC/DC, 2 W, Single Output, SMD REM2A-4805S/SMD
    Focus 신규
    		DC/DC 2 36 - 75 5 SMD 16 Pin 5
    159 DC/DC, 2 W, Single Output, THT REM2A-4809S
    Focus 신규
    		DC/DC 2 36 - 75 9 DIP16 5
    160 DC/DC, 2 W, Single Output, SMD REM2A-4809S/SMD
    Focus 신규
    		DC/DC 2 36 - 75 9 SMD 16 Pin 5
    161 DC/DC, 2 W, Dual Output, THT REM2A-4812D
    Focus 신규
    		DC/DC 2 36 - 75 12 DIP16 5
    162 DC/DC, 2 W, Dual Output, SMD REM2A-4812D/SMD
    Focus 신규
    		DC/DC 2 36 - 75 12 SMD 16 Pin 5
    163 DC/DC, 2 W, Single Output, THT REM2A-4812S
    Focus 신규
    		DC/DC 2 36 - 75 12 DIP16 5
    164 DC/DC, 2 W, Single Output, SMD REM2A-4812S/SMD
    Focus 신규
    		DC/DC 2 36 - 75 12 SMD 16 Pin 5
    165 DC/DC, 2 W, Dual Output, THT REM2A-4815D
    Focus 신규
    		DC/DC 2 36 - 75 15 DIP16 5
    166 DC/DC, 2 W, Dual Output, SMD REM2A-4815D/SMD
    Focus 신규
    		DC/DC 2 36 - 75 15 SMD 16 Pin 5
    167 DC/DC, 2 W, Single Output, THT REM2A-4815S
    Focus 신규
    		DC/DC 2 36 - 75 15 DIP16 5
    168 DC/DC, 2 W, Single Output, SMD REM2A-4815S/SMD
    Focus 신규
    		DC/DC 2 36 - 75 15 SMD 16 Pin 5
    169 DC/DC, 2 W, Single Output, THT REM2A-4824S
    Focus 신규
    		DC/DC 2 36 - 75 24 DIP16 5
    170 DC/DC, 2 W, Single Output, SMD REM2A-4824S/SMD
    Focus 신규
    		DC/DC 2 36 - 75 24 SMD 16 Pin 5
    171 DC/DC, 2 W, Single Output, THT REM2A-483.3S
    Focus 신규
    		DC/DC 2 36 - 75 3.3 DIP16 5
    172 DC/DC, 2 W, Single Output, SMD REM2A-483.3S/SMD
    Focus 신규
    		DC/DC 2 36 - 75 3.3 SMD 16 Pin 5
    173 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0505D/R10/A
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 10
    174 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0505D/R10/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 10
    175 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0505D/R10/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 10
    176 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0505D/R10/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 10
    177 DC/DC, 3.5 W, Dual Output, SMD REM3.5E-0505D/R6/A/SMD
    Focus
    		DC/DC 3.5 4.5 - 9 5 SMD 24 Pin 6
    178 DC/DC, 3.5 W, Dual Output, SMD REM3.5E-0505D/R6/A/SMD/X1
    Focus
    		DC/DC 3.5 4.5 - 9 5 SMD 24 Pin 6
    179 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0505D/R8/A
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 8
    180 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0505D/R8/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 8
    181 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0505D/R8/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 8
    182 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0505D/R8/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 8
    183 DC/DC, 3.5 W, Single Output, THT REM3.5E-0505S/R10/A
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 10
    184 DC/DC, 3.5 W, Single Output, THT REM3.5E-0505S/R10/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 10
    185 DC/DC, 3.5 W, Single Output, THT REM3.5E-0505S/R10/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 10
    186 DC/DC, 3.5 W, Single Output, THT REM3.5E-0505S/R10/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 10
    187 DC/DC, 3.5 W, Single Output, SMD REM3.5E-0505S/R6/A/SMD
    Focus
    		DC/DC 3.5 4.5 - 9 5 SMD 24 Pin 6
    188 DC/DC, 3.5 W, Single Output, SMD REM3.5E-0505S/R6/A/SMD/X1
    Focus
    		DC/DC 3.5 4.5 - 9 5 SMD 24 Pin 6
    189 DC/DC, 3.5 W, Single Output, THT REM3.5E-0505S/R8/A
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 8
    190 DC/DC, 3.5 W, Single Output, THT REM3.5E-0505S/R8/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 8
    191 DC/DC, 3.5 W, Single Output, THT REM3.5E-0505S/R8/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 8
    192 DC/DC, 3.5 W, Single Output, THT REM3.5E-0505S/R8/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 5 DIP24 8
    193 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0509D/R10/A
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 10
    194 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0509D/R10/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 10
    195 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0509D/R10/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 10
    196 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0509D/R10/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 10
    197 DC/DC, 3.5 W, Dual Output, SMD REM3.5E-0509D/R6/A/SMD
    Focus
    		DC/DC 3.5 4.5 - 9 9 SMD 24 Pin 6
    198 DC/DC, 3.5 W, Dual Output, SMD REM3.5E-0509D/R6/A/SMD/X1
    Focus
    		DC/DC 3.5 4.5 - 9 9 SMD 24 Pin 6
    199 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0509D/R8/A
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 8
    200 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0509D/R8/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 8
    201 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0509D/R8/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 8
    202 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0509D/R8/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 8
    203 DC/DC, 3.5 W, Single Output, THT REM3.5E-0509S/R10/A
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 10
    204 DC/DC, 3.5 W, Single Output, THT REM3.5E-0509S/R10/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 10
    205 DC/DC, 3.5 W, Single Output, THT REM3.5E-0509S/R10/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 10
    206 DC/DC, 3.5 W, Single Output, THT REM3.5E-0509S/R10/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 10
    207 DC/DC, 3.5 W, Single Output, SMD REM3.5E-0509S/R6/A/SMD
    Focus
    		DC/DC 3.5 4.5 - 9 9 SMD 24 Pin 6
    208 DC/DC, 3.5 W, Single Output, SMD REM3.5E-0509S/R6/A/SMD/X1
    Focus
    		DC/DC 3.5 4.5 - 9 9 SMD 24 Pin 6
    209 DC/DC, 3.5 W, Single Output, THT REM3.5E-0509S/R8/A
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 8
    210 DC/DC, 3.5 W, Single Output, THT REM3.5E-0509S/R8/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 8
    211 DC/DC, 3.5 W, Single Output, THT REM3.5E-0509S/R8/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 8
    212 DC/DC, 3.5 W, Single Output, THT REM3.5E-0509S/R8/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 9 DIP24 8
    213 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0512D/R10/A
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 10
    214 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0512D/R10/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 10
    215 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0512D/R10/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 10
    216 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0512D/R10/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 10
    217 DC/DC, 3.5 W, Dual Output, SMD REM3.5E-0512D/R6/A/SMD
    Focus
    		DC/DC 3.5 4.5 - 9 12 SMD 24 Pin 6
    218 DC/DC, 3.5 W, Dual Output, SMD REM3.5E-0512D/R6/A/SMD/X1
    Focus
    		DC/DC 3.5 4.5 - 9 12 SMD 24 Pin 6
    219 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0512D/R8/A
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 8
    220 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0512D/R8/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 8
    221 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0512D/R8/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 8
    222 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0512D/R8/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 8
    223 DC/DC, 3.5 W, Single Output, THT REM3.5E-0512S/R10/A
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 10
    224 DC/DC, 3.5 W, Single Output, THT REM3.5E-0512S/R10/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 10
    225 DC/DC, 3.5 W, Single Output, THT REM3.5E-0512S/R10/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 10
    226 DC/DC, 3.5 W, Single Output, THT REM3.5E-0512S/R10/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 10
    227 DC/DC, 3.5 W, Single Output, SMD REM3.5E-0512S/R6/A/SMD
    Focus
    		DC/DC 3.5 4.5 - 9 12 SMD 24 Pin 6
    228 DC/DC, 3.5 W, Single Output, SMD REM3.5E-0512S/R6/A/SMD/X1
    Focus
    		DC/DC 3.5 4.5 - 9 12 SMD 24 Pin 6
    229 DC/DC, 3.5 W, Single Output, THT REM3.5E-0512S/R8/A
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 8
    230 DC/DC, 3.5 W, Single Output, THT REM3.5E-0512S/R8/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 8
    231 DC/DC, 3.5 W, Single Output, THT REM3.5E-0512S/R8/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 8
    232 DC/DC, 3.5 W, Single Output, THT REM3.5E-0512S/R8/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 12 DIP24 8
    233 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0515D/R10/A
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 10
    234 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0515D/R10/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 10
    235 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0515D/R10/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 10
    236 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0515D/R10/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 10
    237 DC/DC, 3.5 W, Dual Output, SMD REM3.5E-0515D/R6/A/SMD
    Focus
    		DC/DC 3.5 4.5 - 9 15 SMD 24 Pin 6
    238 DC/DC, 3.5 W, Dual Output, SMD REM3.5E-0515D/R6/A/SMD/X1
    Focus
    		DC/DC 3.5 4.5 - 9 15 SMD 24 Pin 6
    239 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0515D/R8/A
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 8
    240 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0515D/R8/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 8
    241 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0515D/R8/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 8
    242 DC/DC, 3.5 W, Dual Output, THT REM3.5E-0515D/R8/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 8
    243 DC/DC, 3.5 W, Single Output, THT REM3.5E-0515S/R10/A
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 10
    244 DC/DC, 3.5 W, Single Output, THT REM3.5E-0515S/R10/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 10
    245 DC/DC, 3.5 W, Single Output, THT REM3.5E-0515S/R10/A/CTRL/X1
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 10
    246 DC/DC, 3.5 W, Single Output, THT REM3.5E-0515S/R10/A/X1
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 10
    247 DC/DC, 3.5 W, Single Output, SMD REM3.5E-0515S/R6/A/SMD
    Focus
    		DC/DC 3.5 4.5 - 9 15 SMD 24 Pin 6
    248 DC/DC, 3.5 W, Single Output, SMD REM3.5E-0515S/R6/A/SMD/X1
    Focus
    		DC/DC 3.5 4.5 - 9 15 SMD 24 Pin 6
    249 DC/DC, 3.5 W, Single Output, THT REM3.5E-0515S/R8/A
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 8
    250 DC/DC, 3.5 W, Single Output, THT REM3.5E-0515S/R8/A/CTRL
    Focus
    		DC/DC 3.5 4.5 - 9 15 DIP24 8
    Power (W)
  • Min
  • Nom
  • Max
    • Vin (V)
  • Min
  • Nom
  • Max
    • Main Vout (V)
  • Min
  • Nom
  • Max
    • Nr. of Outputs
    Iout 1 (mA)
  • Min
  • Nom
  • Max
    • Iout 2 (mA)
  • Min
  • Nom
  • Max
    • Isolation (kV)
  • Min
  • Nom
  • Max
    • Mounting Type
    Package Style
    Length (mm)
  • Min
  • Max
    • Width (mm)
  • Min
  • Max
    • Height (mm)
  • Min
  • Max
    • Certifications
    MAX Operating Temp (°C)
  • Min
    • Protections
    Regulation
      Series
    1 DC/DC, 1 W, Single Output, THT REM1 Series
    Focus
    (12 products)
    • Medical grade DC/DC converter
    • 250VAC working, 2MOPP
    • 5.2kVDC isolation for 250VAC working voltage
    • -40°C up to +90°C operating temperature
    2 DC/DC, 10 W, THT REM10 Series
    Focus
    (96 products)
    • Reinforced insulation for 250VAC working voltage
    • Clearance and creepage distance: 8mm
    • 5kVAC I/P to O/P 2MOPP isolation
    • 2µA patient leakage current
    3 DC/DC, 2 W REM2A Series
    Focus 신규
    (64 products)
    • 2MOPP, 250VAC working voltage isolation
    • Clearance and creepage distance ≥8mm
    • Up to 5kVAC/1min reinforced insulation
    • IEC/EN/UL 60601 and 62368-1 certified
    4 DC/DC, 3.5 W REM3.5E Series
    Focus
    (360 products)
    • 2MOPP, 250VAC working voltage isolation
    • Clearance and creepage distance >8mm
    • Up to 10kVDC reinforced insulation
    • IEC/EN/UL 60601 certified with CB Report (3rd Ed. Safety, 4th Ed. EMC)
    5 DC/DC, 4 W REM4A Series
    Focus 신규
    (56 products)
    • 2MOPP, 250VAC working voltage isolation
    • Clearance and creepage distance ≥8mm
    • Up to 5kVAC/1min reinforced insulation
    • IEC/EN/UL 60601 and 62368-1 certified
    6 DC/DC, 5 W REM5E Series
    Focus
    (360 products)
    • 2MOPP, 250VAC working voltage isolation
    • Clearance and creepage distance >8mm
    • Up to 10kVDC reinforced insulation
    • IEC/EN/UL 60601 certified with CB Report (3rd Ed. Safety, 4th Ed. EMC)
    7 DC/DC, 60 W, THT REM60-W Series
    Focus
    (14 products)
    • Reinforced insulation for 250VAC working voltage
    • Clearance and creepage distance >8.0mm
    • 5kVAC I/P to O/P 2MOPP isolation
    • 4.5µA maximum patient leakage current
    8 DC/DC, 6 W REM6E Series
    Focus
    (210 products)
    • 2MOPP, 250VAC working voltage isolation
    • Clearance and creepage distance >8mm
    • Up to 10kVDC reinforced insulation
    • IEC/EN/UL 60601 certified with CB Report (3rd Ed. Safety, 4th Ed. EMC)
    9 DC/DC, 10 W, THT REM10-W Series
    (48 products)
    • Reinforced Insulation for 250VAC Working Voltage
    • Clearance and Creepage Distance: 8mm
    • 5kVAC I/P to O/P 2MOPP Isolation
    • 2µA Patient Leakage Current
    10 DC/DC, 15 W, THT REM15-W Series
    (28 products)
    • Reinforced insulation for 250VAC working voltage
    • Clearance and creepage distance >8.0mm
    • 5kVAC I/P to O/P 2MOPP isolation
    • 2µA patient leakage current
    11 DC/DC, 2 W, THT REM2 Series
    (32 products)
    • Medical grade DC/DC converter
    • 250VAC working, 2MOPP at 5000m
    • 5.2kVDC/1 minute isolation
    • Single or dual outputs
    12 DC/DC, 20 W, THT REM20-W Series
    (28 products)
    • Reinforced insulation for 250VAC working voltage
    • Clearance and creepage distance >8.0mm
    • 5kVAC I/P to O/P 2MOPP isolation
    • 2µA patient leakage current
    13 DC/DC, 3 W, THT REM3 Series
    (96 products)
    • Reinforced insulation for 250VAC working voltage
    • Clearance and creepage distance: 8mm
    • 5kVAC I/P to O/P 2MOPP isolation
    • 2µA patient leakage current
    14 DC/DC, 3 W, THT REM3-W Series
    (48 products)
    • Reinforced Insulation for 250VAC Working Voltage
    • Clearance and Creepage Distance: 8mm
    • 5kVAC I/P to O/P 2MOPP Isolation
    • 2µA Patient Leakage Current
    15 DC/DC, 30 W, THT REM30-W Series
    (28 products)
    • Reinforced insulation for 250VAC working voltage
    • Clearance and creepage distance >8.0mm
    • 5kVAC I/P to O/P 2MOPP isolation
    • 2µA patient leakage current
    16 DC/DC, 6 W, THT REM6 Series
    (96 products)
    • Reinforced insulation for 250VAC working voltage
    • Clearance and creepage distance: 8mm
    • 5kVAC I/P to O/P 2MOPP isolation
    • 2µA patient leakage current
    17 DC/DC, 6 W, THT REM6-W Series
    (48 products)
    • Reinforced Insulation for 250VAC Working Voltage
    • Clearance and Creepage Distance: 8mm
    • 5kVAC I/P to O/P 2MOPP Isolation
    • 2µA Patient Leakage Current
    Test and Measurement
    Here you will find more about DC/DC converters for electrical testing & measurement. ► More about power supply measurement technologies!
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    Alessandro Giuseppe Antonio Anastasio Volta and André-Marie Ampère never imagined it, but today our highly technical world can no longer function without voltage and...
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    We are the new kids on the block News Image

    We are the new kids on the block

    2020. 12. 1
    Hochintegrierte DC/DC-Wandler für Distributed-Power-Architekturen in Industrie-Applikationen stellen für Karsten Bier, CEO der RECOM, einen rasch wachsenden Zukunftsmarkt...
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    Building- & Home Automation / Datacom & Telecom / Defense & Marine / E-Mobility / Energy / Industrial & Automation / Medical

    R05CT05S

    2020. 11. 10
    Learn all about our unique new DC/DC converter with high-isolation– the R05CT05S. It is extremely cost-effective while providing exceptional isolation in a SOIC16 package.
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    RECOM Power adds Master Electronics as a Distributor News Image

    RECOM Power adds Master Electronics as a Distributor

    2020. 11. 2
    RECOM Power, a manufacturer in power supplies specializing in AC/DC and DC/DC converters, and switching regulators has announced they are now including Master Electronics as...
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    Building- & Home Automation / Energy / Industrial & Automation / Medical

    RACM230-G & RACM550-G

    2020. 10. 22
    The RACM230 & RACM550 are both highly efficient, baseplate-cooled in extremely compact design AC/DC power supplies developed for medical, industrial and IIoT applications.
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    RECOM partners with SAMACSYS to provide EDA models for power converter products News Image

    RECOM partners with SAMACSYS to provide EDA models for power converter products

    2020. 10. 20
    Gmunden 20 October 2020 - RECOM, a global manufacturer of power conversion products, has announced a partnership with industry leader SAMACSYS, a Supplyframe company, to...
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    Automotive / Avionics & Aerospace / Building- & Home Automation / Datacom & Telecom / Defense & Marine / E-Mobility / Energy / Industrial & Automation / Infrastructure / Lighting / Medical / Nautic / Railway / Transportation

    Isolation: A quick guide to the essentials

    2020. 5. 20
    Despite many web-resources, manufacturers’ datasheets and books about this subject, questions about isolation and insulation grade remain one of the most commonly asked tech...
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    Getting the most out of a DC/DC converter

    2020. 4. 20
    Modular DC/DC converters have evolved for higher power density – Small isolated DC/DC converter modules have been used for decades to efficiently match the supply voltage...
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    Combining the advantages of ICT and FCT in a single test adapter: a case study

    2020. 4. 13
    In-Circuit Testing (ICT) is an established method of analysing an electronic product in production. Typically, a bed-of-nails approach is used to test a non-powered circuit...
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    Medical Grade DC/DC Converters - REM Series

    2020. 2. 17
    A brief overview of our 1W-30W DC/DC medical-grade converters.
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    Avionics & Aerospace / Building- & Home Automation / Datacom & Telecom / Defense & Marine / E-Mobility / Energy / Industrial & Automation / Infrastructure / Medical / Nautic / Railway / Transportation

    RFXX

    2019. 12. 19
    A summary of our extremely cost-effective, tariff-exempt 1W DC/DC converters - The RFxx series.
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    RECOM은 엔지니어들이 SnapEDA의 새로운 디지털 모델을 통해 설계 속도를 높일 수 있도록 지원하고 있습니다. News Image

    RECOM은 엔지니어들이 SnapEDA의 새로운 디지털 모델을 통해 설계 속도를 높일 수 있도록 지원하고 있습니다.

    2019. 12. 11
    덴버, CO, 샌프란시스코 (2019년 12월 11일) - 전세계적 파워서플라이 제조업체인 RECOM 파워는 전자 부품 검색 및 설계의 최대 플랫폼인 SnapEDA와 협력하여 자사의 전 제품에 대한 디지털 모델을 출시합니다.
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    E-Mobility / Industrial & Automation / Railway / Transportation

    DC/DC converters in transport applications

    2019. 8. 21
    Transport applications requiring DC/DC converters are unique in their requirement for wide input range and immunity to harsh environmental and EMI conditions making...
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    Building- & Home Automation / E-Mobility / Energy / Industrial & Automation / Medical / Railway / Transportation

    The need for ultra-wide input range DC/DC converters

    2019. 7. 24
    DC/DC converters are used in almost every industrial, medical and transport installation, from low power test and measurement through to high power motor driver applications.
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    How electronics has been changing motoring

    2019. 7. 10
    No doubt about it. Cars have changed the world in the past hundred years. Even so, the trend towards ever faster and bigger models seems to have been bucked. Climate change...
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    Specifying inductors for power converter noise filters

    2019. 6. 26
    Inductor-capacitor filters are commonly added to the inputs and outputs of switched-mode power converters to reduce reflected ripple current and output noise, as well as to...
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    Powering patient-connected medical devices with DC-DC converters

    2019. 6. 12
    Professional and home healthcare is a rapidly expanding market and patient-connected devices are increasingly being used for anything from vital signs indication to wireless...
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    Board-mount AC-DC converter design challenges

    2019. 5. 29
    A board-mount AC-DC converter is often seen as ‘just another’ commodity component, which is expected to reduce in size and cost while improving in performance as technology...
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    Board-mount DC-DC converters in medical applications

    2019. 5. 15
    Professional and home healthcare is a rapidly expanding market. Increasingly, electronic monitoring is used for anything from critical care vital signs monitoring to mundane...
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    Building- & Home Automation / Energy / Industrial & Automation / Medical

    중요한 의료 분야에 적용할 수 있는 2와트 DC/DC 컨버터

    2019. 4. 15
    RECOM의 의료용 포트폴리오에 최근에 추가된 REM2 시리즈는 다양한 기능과 완벽한 의료 인증을 구비한 컨버터입니다. 엄격한 의료 인증 규정을 준수하는 모듈식 DC/DC 컨버터를 개발하는 회로에 적용하게 되면, 엔지니어들은 더욱 자유롭게 PCB 회로 개발에 전념할 수 있게 됩니다.
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    중요한 의료기기 설계를 위한 저전력 SMD 컨버터

    2019. 3. 27
    RECOM은 최근 출시한 3.5W, 5W, 6W 의료용 DC/DC 컨버터의 SMD 버전을 공개합니다. 이제 중요한 의료기기에 필요한 주요 기능을 SMD 부품으로 설계하실 수 있습니다.
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    Building- & Home Automation / Energy / Industrial & Automation / Infrastructure

    Auxiliary power supply for single phase and phase-to-phase applications

    2019. 3. 21
    There are many wide input voltage AC/DC power supplies on the market. An input range of 90-305VAC will cover 100, 115, 230 and 277Vac nominal supply voltages to make a...
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    RECOMs MDR checklist for medical manufacturers

    2019. 3. 20
    The European Commission (EC) has decided that the existing European Union (EU) Medical Device Directive (MDD) is not rigorous enough and it has been recast to a regulation –...
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    Why modular SMD switching regulators are more efficient

    2019. 3. 20
    With modern controller chips, the discrete design of switching regulators should be child's play. Rather than spending money on ready-made modules, manufacturers consider...
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    EMC focus – power supplies

    2019. 3. 20
    Electromagnetic Interference (EMI) is always a potential problem with switched-mode power supplies, both AC-DC and DC-DC converters. Modern designs can perform well for...
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    Worried about gate driver insulation? Apply the ‘BIER’ test

    2019. 3. 4
    Latest Wide Band Gap (WBG) semiconductors are approaching the ideal with hyper-fast switching at high voltages with low losses while modern MOSFETs and trench IGBTs can also...
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    Automotive / Avionics & Aerospace / Building- & Home Automation / Datacom & Telecom / Defense & Marine / E-Mobility / Energy / Industrial & Automation / Infrastructure / Lighting / Medical / Nautic / Railway / Transportation

    Imitation is flattery but counterfeits are dangerous

    2019. 2. 6
    Markets are flooded with counterfeit parts from the Far East, particularly in the electronics industry. AC-DC and DC-DC converters are widely affected with low quality parts...
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    Building- & Home Automation / Energy / Industrial & Automation / Medical

    15, 20 및 30W의 2 x MOPP 의료용 DC/DC 컨버터

    2018. 10. 25
    RECOM에서는, 컴팩트하며 의료 인증을 모두 보유하고 있기 때문에 의료기기 설계에 쉽게 적용할 수 있는 15W~30W 범위의 새로운 의료 등급의 DC/DC 모듈을 소개합니다. 이 모듈들은 범위가 넓은 4:1 입력 전압 범위, 5kVAC의 강화된 절연 성능, 낮은 누설 전류 등의 탁월한 성능을 갖추고 있기...
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    타의 추종을 불허하는 저가형 1W DC/DC 컨버터

    2018. 4. 5
    RECOM은 낮은 가격의 RFB, RFM 및 RFMM 상용 DC/DC 컨버터를 출시함으로써 가격 경쟁에서의 우위를 점유하게 되었습니다. RECOM은 효율적인 생산 설비 구축과 대량 생산을 통해 품질은 낮추지 않으면서도 지속적인 비용 절감을 실현하고 있으며 이는 더욱 많은 이익이 고객에게 돌아가도록 하기 위함입니다.
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    An isolated DC/DC converter will translate a DC input voltage to the same or a different DC output voltage which is electrically isolated from the input via an internal transformer. It is commonly used for the following reasons:

    1: To break ground loops. Electrical interference on the power rails is blocked from affecting other parts of the circuit, for example, a DC/DC used in a motor controller circuit can provide a low-noise, stable output from a noisy DC supply.
    2: To change the reference point of a supply. For example to generate a +5V rail from a -48V telecoms power supply.
    3. For safety. For example in medical applications to protect the patient from power supply faults
    4: For supply security. For applications with multiple channels, isolating each channel power supply with a separate DC/DC converter means that if any channel is faulty or short-circuited, the remaining channels are unaffected.
    A DC/DC converter can have the following connections:

    The supply pins, Vin+ and Vin –
    The output pins, Vout + and Vout- (plus a common pin for +/- outputs)
    A remote control on/off, enable or control pin (usually labelled "CTRL")
    A trim pin (to adjust the output voltage up or down)
    Sense pins (to compensate for any cable or track resistance losses)
    Power OK pin (an output signal to indicate that the output voltage is stable)
    There are many reasons why you should use a DC/DC converter, but the most common applications are:

    • To match the loads to the power supply (e.g. to generate higher, lower or dual outputs from a single source, or to invert a supply rail.)
    • To isolate primary and secondary circuits (e.g. for safety reasons or to protect a sensitive circuit from interference)
    • To simplify power supplies (e.g. multiple output converters or one converter per rail (point-of-load) can reduce power supply complexity, overall cost and board space requirements while at the same time increasing flexibility, reliability and system efficiency.)
    The UKCA (UK Conformity Assessed) marking is a new UK product marking that is used for products being placed on the market in Great Britain (England, Wales and Scotland). It applies to the same products that are currently CE marked. The circumstances in which self-declaration of conformity for UKCA marking can be used are the same as for CE marking. Based on current UK rules, RECOM is eligible to self-declare for the UKCA Declaration of Conformity (DoC) as long as the EU and UK regulations remain aligned.
    RECOM will make available a separate UKCA Declaration of Conformity (DoC) based on the existing CE Declaration of Conformity (DoC) and test reports (self-declaration). CE marking remains valid for goods placed on the market in Great Britain until 1 January 2023. The UKCA marking must be used for placing goods on the market in Great Britain after this date. RECOM will continue to actively monitor any changes to the UKCA rules based on UK government guidance and react accordingly.
    We will also instigate a program to successively add the UKCA mark to our CE marked products to fulfil our obligations as manufacturer. For further information or enquiries regarding our UKCA policy, contact TechSupport
    In addition to the standard ranges shown in the data sheet, RECOM has the capability to produce custom AC/DC and DC/DC converters designed to your specific requirements.
    In general, there are two customizations available: modification of an existing product or a full custom.
    Modified parts can be quickly designed to ""tweak"" the specifications to better fit the application, for example, a non-standard output voltage or extra long pins. Prototype samples can also be produced in short timescales, often with a minimal increase in cost.
    Full custom is a new design with a different shape, specification or additional outputs, for example. An NRE (Non-Returnable Engineering) charge will usually be required and a Minimum Order Quantity (MOQ). Contact Recom Technical Support for more information.
    Our AC/DC converters usually incorporate input surge protection, although some series require an external suppression MOV to meet all operating conditions. Our DC/DC converters do not usually incorporate surge protection, although an electrolytic capacitor placed close to the input pins is usually sufficient to meet the requirements of 61000-4-5.
    The Remote On/Off or Control pin is commonly used for the following reasons:
    To control a high-power converter using a low-power signal. The input power of a control pin is typically only a few milliwatts, but it can enable or disable a converter of as much as a hundred watts. This means that the low power output of a microcontroller or logic IC can be used to control a system without the need of extra amplifiers or bulky relays.
    To power-up or power-down a system of several converters in the right sequence. Many complex power supplies need to start up or shut down in a certain order to be safe. An example could be a computer-based controller where the microprocessor should be up and running before the peripherals are powered up. Another example is where one power supply feeds another. The primary power supply often should have reached a stable output voltage before the secondary power supplies are turned on.
    To save energy. A control pin can be used to turn off the power completely to parts of a circuit during standby mode, while leaving a central watchdog circuit still active. This is especially important for battery powered circuits because all DC/DC converters draw some power even when they are not loaded.
    To reduce the inrush current. In a system of several parallel sub-systems, it is often useful to stagger the start-up of each sub-system so as not to overload the primary power supply or cause the main fuse to trip or blow on switch-on.
    The converters are not vacuum potted because we use a special process to remove the air bubbles (voids). The epoxy potting process is as follows:
    1- The two-component epoxy is mixed and placed under a vacuum for 1 minute to remove any air bubbles created by the mixing process.
    2- The plastic case is 1/3 filled and allowed to rest.
    3- The pre-tested converter pcb is inserted into the case and 2/3 filled and allowed to rest.
    4- The part completed converters are placed in a warm oven (30°C) for 20 minutes to allow any air bubbles to rise to the top.
    5- The case is sealed with a harder grade of epoxy and baked at 50°C for one hour to cure.
    6- In addition, spot checks are made with our X-ray machine to monitor and ensure that air voids are not present in any of our converters.
    The silicone rubber potting process is as follows:
    1- The pre-mixed silicone rubber compound is injected into the case
    2- The case is placed on to a shaker and vibrated to encourage any air bubbles to rise to the surface
    3- The case is topped up to the fill level
    4- The converters are put aside to cure at room temperature.
    An unregulated converter is a cheaper solution but offers less output voltage stability. The output voltage can change depending on both the load and the input voltage variations. Therefore, the input voltage range is restricted to +/-5% or +/-10% , so it is recommended to use unregulated DC/DC cpnverters only with a regulated supply voltage. The output voltage can rise substantially during no-load conditions, but, even an unregulated converter offers a low output voltage variation over a 20% to 100% load range.

    Regulated converters offer a much better load and line voltage regulation, typically less than 1%, so the output voltage is not dependant on the load or input voltage. In particular, the output voltage remains stable under low load or no load conditions. In addition, the input voltage range is higher (2:1, 4:1 or up to 7:1 with non-isolated converters), so regulated converters are suitable for use with variable input voltage supplies such a batteries or multiple supply voltages (e.g, 12V or 24V supplies)
    Isolation refers to the electrical separation (galvanic isolation) between the input and the output of the converter. This means that the output of an isolated converter is not linked to the input and any electrical interference, voltage differences and fault currents are blocked. This is extremely important in applications where the output circuit is connected to the “real” world and the main circuit must be separated from anything that happens to the output circuit. DC/DC converters are usually specified with the DC isolation for 1 second, AC/DC converters are usually specified with the AC isolation for 1 minute.
    The PWM-control pin can be used as remote control pin as well. It means you can switch the unit on/off via this pin. Switching level is TTL compatible and has hysteresis to allow slow switching waveforms.
    The RCD-24 series is step-down (buck) converter. You always need a higher input voltage than the output voltage required. A high power LED usually has a forward voltage drop of around 3.4V, so only three LEDs can be drivenin series from a 12V source. If the input voltage is increased to 24V, seven LEDs can be in the chain and if the input voltage is 36V, then ten LEDs can be driven.
    However, it is possible to connect chains of LEDs in parallel, so a RCD-24-7.0 can drive two chains of three 350mA LEDs connected in parallel.
    Remember that this part is a constant current converter, so the output voltage is variable depending on the power needed, but it will always be lower than the input voltage.
    It is recommended that the R-78 series of switching converters is used with a minimum load of 6mA to guarantee that the output is stable under all operating conditions.
    The datasheets specify the maximum capacitive load. If the combined capacitive load is higher, the converter may go into short circuit protection on power-up.
    For switching regulators, but the output capacitor may discharge back into the output of the converter if the input supply is suddenly removed and damage the converter. Fitting protection diodes can avoid this reverse current flow.
    All of our DC/DC converters contain a built-in input capacitor filter, so an external capacitor is not required for normal operation, unless specified in the datasheet. An input capacitor may also be required to meet surge requirements or to smooth the DC supply at the point of load. If several DC/DCs are powered from the same rail, then input capacitors placed close to the input pins are recommended.
    A two-wire communication protocol, e.g. 4-20mA Loop. Analog measurements are sent by modulating the current in an isolated 2-wire loop. A reading of 100% is 20mA and 0% is 4mA, leaving up to 4mA available to power the sensor. The digital I²C protocol also uses 2-wire communication, but is arranged as clock (SCL) and serial data (SDA) with a common ground.
    The main safety standard, originally intended for office equipment, that has been used for power converters in general. The international version (IEC 60950-1) and the US/Canada versions (UL 60950-1, CSA C22.2 No. 60950) remain valid for legacy products, but the European version (EN 60950-1) has a date-of-withdrawal of the end of 2020, after which it can no longer be used for presumption of CE conformity and other standards must be applied such as EN 62368-1.
    The main safety standard for measurement, control and laboratory equipment. UL, CSA, IEC and EN versions of this standard exist.
    The safety standard for the particular requirements of control equipment. UL 61010-2-201 replaces the popular UL 508 standard.
    A capacitor is a passive electronic component that consists of two conductive plates or foils separated by an insulating dielectric. A voltage applied to the plates develops an electric field across the dielectric and causes the plates to accumulate a charge. When the voltage source is removed, the field and the charge remain until discharged, storing energy. Capacitance is measured in farads, but typical values are microfarads (µF), or nanofarads (nF).
    Railway applications - Insulation coordination - Part 1: Basic requirements - Clearances and creepage distances for all electrical and electronic equipment; EU version EN 50124-1:2017
    End of Life: After a product has reached End of Life status, it will be removed from the standard product range and is no longer for sale. The datasheet is still available on the RECOM website. In a period before this, the product will be designated as ‘No longer Recommended for New Designs (NRND)’.
    A circuit that shapes the frequency-dependent gain and phase response of a feedback loop so that it remains stable under all operating conditions.
    Highway Addressable Remote Transducer communication is a commonly used mode of transmission for digital signals that are superimposed on the analog signal of a 4–20mA current loop. This allows both instantaneous analog readings with supplementary digital data on the same wiring system.
    A power supply arrangement consisting of two or more units wired in parallel, any one of which can be removed and replaced while the system remains powered up, without interruption to the output supply to the load.
    Infrared: Light that has a frequency just below the visible light spectrum, used for remote controls and night vision applications, for example.
    Nanoampere(s): Unit of current measurement. A billionth of an amp.
    In A/D conversion, the Nyquist principle (derived from the Nyquist-Shannon sampling theorem) states that the sampling rate must be at least twice the maximum bandwidth of the analog signal in order to allow the signal to be reproduced. The maximum bandwidth of the signal (half the sampling rate) is commonly called the Nyquist frequency.
    Refer also to Ishare. Some power converters can be connected in parallel to increase the current available for a load, typically with an active or passive load share function. Parallel operation can also be used for redundancy where one or more ‘redundant’ power converters can be removed from the system leaving sufficient power available for the load.
    Power-over-Ethernet: A means for delivering power to a remote device using the same cable lines used to deliver Ethernet data. Can be used to power remote devices (cameras, LED-lighting, door entry systems) over a single combined power and bi-directional data cable. The nominal PoE voltage supply is 44-57VDC, so a DC/DC converter is typically required at the end device. This DC/DC must negotiate with the primary power supply to release enough current for its needs (available power is restricted between 4W and 100W depending on a complex sequence of signature resistances offered by the DC/DC negotiation IC). The relevant standard defining this interface is IEEE 802.3af /at/bt. Many think that PoE is the future for indoor LED lighting.
    Positive Temperature Coefficient (thermistor): When the resistance of a component rises with temperature, it is said to have a positive temperature coefficient. Example: Hewlett-Packard's first commercial product, an audio oscillator, used a common light bulb as a PTC element in the feedback circuit to maintain constant output amplitude regardless of frequency. PTC Thermistors can be used in power supplies for overtemperature protection and temperature measurement.
    Used to compensate for voltage drops in connections to a power converter load. Implemented with positive and negative ‘sense’ wires which connect to the point where most accurate regulation is required.
    Radio Frequency IDentification: A method for remotely identifying an object using a tag or module that carries a unique ID code, which can be activated by an external RF field which powers the tag, enabling transmission of the code back to a ‘reader’.
    A resistor placed in a current path to allow the current to be measured. The voltage across the sense resistor is proportional to the current that is being measured. Typical value is in milliohms. A Kelvin shunt has separate current and voltage connections to increase the measurement accuracy.
    A sensor that processes the raw measurement data and only sends relevant updates to reduce the amount of data traffic. Important for the concept of IoT if billions of devices are to be networked.
    An ISO Technical Specification that aligns various automotive quality systems standards within the global automotive industry. Together with ISO 9001:2000, ISO/TS 16949:2002 specifies the quality system requirements for the design/development, production, installation and servicing of automotive related products. RECOM’s factories in Taiwan are ISO/TS 16949 certified.
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    ElectroneX 2025 Logo

    ElectroneX 2025

    2025.5. 7 - 5. 8, Melbourne Convention & Exhibition Centre, Australia, Booth: B10
    ElectroneX is Australia's only dedicated event for the electronics sector. First held in 2010 and alternating annually between Melbourne and Sydney the Expo brings together leading suppliers of products, equipment and services to meet with engineers, designers and system integrators to see, test and compare the latest technology and to discuss their specific requirements and solutions with industry experts.
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    electronica China 2025 Logo

    electronica China 2025

    2025.4. 15 - 4. 17, Shanghai New International Expo Centre, China, Booth: N3-505
    electronica China 2025 feature sections on semiconductors, sensors, power supplies, test and measurement, semiconductor intelligent manufacturing, distributors, passive components, display, connectors, switches, cable harness, printed circuit boards (PCB), and electronic manufacturing services (EMS).
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    Smart Factory + Automation World 2025 Logo

    Smart Factory + Automation World 2025

    2025.3. 12 - 3. 14, Coex Hall, Seoul, South Korea, Booth: LB511
    Smart Factory + Automation World 2025 (AW 2025) is South Korea's premier exhibition for smart manufacturing and industrial automation, set to take place from March 12 to 14, 2025, at Coex in Seoul.
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