ICG05006A006V-003-R TDK-Lambda

iCG Series 33W, 6A Non-isolated SMT Point Of Load Features DOSA Compatible Footprint Surface Mountable Constant Switching Frequency Edge Plated Castellations (EPC) - Inspectable Solder Joints No external loop tuning components needed Excellent Transient Response Key Market Segments & Applications Speci cations Model iCG05 iCG12 DC Output Voltage V 0.6 - 3.63 0.7 - 5.5 DC Input Voltage V 2.4 - 5.5 4.5 - 14 E ciency % 84 - 93 84 - 94 Output Voltage Tolerance % 3 Switching Frequency kHz 600 Line Regulation mV 3 3 Load Regulation mV 6 6 External Load Capacitance uF 47 - 1000 Output Ripple and Noise mVpp 15 15 Overcurrent Protection A Hiccup Type Remote On / O - Negative Logic (For Positive Logic Contact Factory) Remote Sense - (+) Sense, compensating up to 0.5V Power Good - Not available Yes, Low on fail Operating Temp C -40 to 115 (see thermal data on website) Storage Temperature C -55 to 125 Safety Agency Approvals - IEC/UL/CSA/EN62368-1, 60950-1, CE Mark Weight g / oz 3g / 0.106 oz Size (LxWxH) mm / in. 12.2 x 12.2 x 8.5 / 0.48 x 0.48 x 0.335 Warranty yrs 3 years iCG Series Model Selector Input Output Output Positive Logic Negative Logic Solder Model Voltage (V) Current (A) Voltage (V) On/O On/O Sequencing Bumping iCG05006A006V-001-R 2.4 - 5.5 6 0.60 - 3.63 - X X EPC iCG05006A006V-003-R 2.4 - 5.5 6 0.60 - 3.63 - X - EPC iCG05006A006V-006-R 2.4 - 5.5 6 0.60 - 3.63 X - - LGA iCG05006A006V-007-R 2.4 - 5.5 6 0.60 - 3.63 - X - LGA iCG12006A007V-001-R 4.5 - 14 6 0.70 -5.5 - X X EPC iCG12006A007V-003-R 4.5 - 14 6 0.70 -5.5 - X - EPC iCG12006A007V-006-R 4.5 - 14 6 0.70 -5.5 X - - LGA iCG12006A007V-007-R 4.5 - 14 6 0.70 -5.5 - X - LGA Preferred Model Outline Drawing Pinout PIN Function PIN Function 1 ON / OFF 6 TRIM 2 VIN 7 GND 3 GND 8 no connection 4 VOUT 9 reserved 5 SENSE 10 PWR GOOD Other Industrial Products CC-E 1.5 - 30W 5, 12, 24 or 48V input isolated DC-DC converters PX 10 - 60W 12, 24 or 48V input isolated DC-DC converters iAF, iBF, iCF 3 - 20A DOSA2 non isolated DC-DC converters For Additional Information, please visit