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LSN2 데이터시트(PDF) 3 Page - C&D Technologies |
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LSN2 데이터시트(HTML) 3 Page - C&D Technologies |
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3 / 14 page ![]() ® LSN2 Series Non-isolated, DOSA-SIP, 6/10/16A Selectable-Output DC/DC Converters LSN2 Series Page 3 of 14 www.cd4power.com Performance/Functional Specifications (1) INPUT Input Voltage Range See Ordering Guide Isolation Not isolated, input and output commons are internally connected Start-Up Threshold W3 Models 2.2 Volts 12V Models 8 Volts Undervoltage Shutdown W3 Models 2.0 Volts 12V Models 7.5 Volts Overvoltage Shutdown None Reflected (Back) Ripple Current (2) 10-70mAp-p (model dependent) Internal Input Filter Type Capacitive Reverse Polarity Protection See fuse information Input Current: Full Load Conditions See Ordering Guide Inrush Transient 0.1A2sec Shutdown Mode (Off, UV, OT) 5mA Output Short Circuit 60mA No Load W3 models 50mA 12V models 100mA Low Line (VIN = VMIN) LSN2-T/6-W3 5.54 Amps LSN2-T/6-D12 3.85 Amps LSN2-T/10-W3 9.14 Amps LSN2-T/10-D12 6.31 Amps LSN2-T/16-W3 14.63 Amps LSN2-T/16-D12 10.2 Amps Remote On/Off Control: (5) Positive Logic (no model suffix) OFF = ground pin to +0.8V max. ON = open pin or +2.5V min. to +VIN max. Negative Logic (“N” model suffix) ON = open pin to +0.3V max. OFF = +2.5V min. to +VIN max. Current 1mA max. OUTPUT Voltage Output Range See Ordering Guide Minimum Loading No minimum load Accuracy (50% load) ±2% of VNOM Voltage Adjustment Range (13) See Ordering Guide Temperature Coefficient ±0.02% of VOUT range per °C Ripple/Noise (20 MHz bandwidth) See Ordering Guide and (8) Line/Load Regulation (See Tech Notes) See Ordering Guide and (10) Efficiency See Ordering Guide Maximum Capacitive Loading: (15) LSN2-T/6 models: Cap-ESR = 0.001 to 0.01 Ω 3000μF Cap-ESR >0.01 Ω 5000μF LSN2-T/10 and -T/16 models: Cap-ESR = 0.001 to 0.01 Ω 5000μF Cap-ESR >0.01 Ω 10,000μF Current Limit Inception: (98% of VOUT) LSN2-T/6 models 11-13 Amps (cold startup) 11 Amps (after warm up) LSN2-T/10 models 18.75 Amps (cold startup) 16.75 Amps (after warm up) LSN2-T/16 models 24 Amps (cold startup) 21 Amps (after warm up) Short Circuit Mode (6) Short Circuit Current Output 600mA Protection Method (17) Hiccup autorecovery on overload removal Short Circuit Duration Continuous, no damage (output shorted to ground) Prebias Startup (16) Converter will start up if the external output voltage is less than VNOM Sequencing Slew Rate 2V max. per millisecond Startup delay until sequence start 10 milliseconds Tracking accuracy, rising input VOUT = ±100mV of Sequence In Tracking accuracy, falling input VOUT = ±200mV of Sequence In Sequence pin input impedance 400k Ω to 1MΩ Remote Sense to VOUT 0.5V max. (7) Power Good Output (14) TRUE (OK) = open drain (“G” suffix) FALSE (not OK) = Signal Ground to 0.4V Power_Good Configuration MOSFET to ground with external user pullup, 10mA max. sink DYNAMIC CHARACTERISTICS Dynamic Load Response 25μsec to ±2% of final value (50-100-50% load step, di/dt = 20A/msec) Start-Up Time 4-7msec for VOUT = nominal (VIN on to VOUT regulated or On/Off to VOUT) Switching Frequency LSN2-T/6 models 315kHz LSN2-T/10 and -T/16 models 230kHz ENVIRONMENTAL Calculated MTBF (4) TBC Hours Operating Temperature Range (Ambient) No derating, natural convection –40 to +63°C, vertical mount, 2.5VOUT (9) With derating See Derating Curves Operating PC Board Temperature –40 to +100°C max. (12) Storage Temperature Range –55 to +125°C Thermal Protection/Shutdown +115°C Density Altitude 0 to 10,000 feet Relative Humidity 10% to 90%, non-condensing PHYSICAL Outline Dimensions See Mechanical Specifications Removable Heat Shield Nylon 46 Weight 0.28 ounces (7.8 grams) Electromagnetic Interference FCC part 15, class B, EN55022 (may (conducted and radiated) need external filter) Safety UL/cUL 60950 CSA-C22.2 No.234 IEC/EN 60950 Flammability Rating UL94V-0 ABSOLUTE MAXIMUM RATINGS Input Voltage (Continuous or transient) W3 models +7 Volts 12V models +15 Volts On/Off Control –0.3V min. to +VIN max. Input Reverse Polarity Protection See Fuse section Output Current (7) Current-limited. Devices can withstand sustained short circuit without damage. Storage Temperature –55 to +125°C Lead Temperature (soldering 10 sec. max.) +280°C These are stress ratings. Exposure of devices to any of these conditions may adversely affect long-term reliability. Proper operation under conditions other than those listed in the Perfor- mance/Functional Specifications Table is not implied. |
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