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NCN5130 Datasheet(PDF) 8 Page - ON Semiconductor |
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NCN5130 Datasheet(HTML) 8 Page - ON Semiconductor |
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8 / 58 page ![]() NCN5130 www.onsemi.com 8 Table 4. DC PARAMETERS The DC parameters are given for a device operating within the Recommended Operating Conditions unless otherwise specified. Convention: currents flowing in the circuit are defined as positive. Symbol Unit Max Typ Min Remark/Test Conditions Parameter Pin(s) FIXED DC−DC CONVERTER VIN VIN Input Voltage 4.47 33 V VDD1 VDD1 Output Voltage 3.13 3.3 3.47 V VDD1_rip Output Voltage Ripple VIN = 25 V, IDD1 = 40 mA, L1 = 220 mH 40 mV IDD1_lim Overcurrent Threshold R2 = 1 W, see Figure 13 −100 −200 mA hVDD1 Power Efficiency (DC Converter Only) Vin = 25 V, IDD1 = 35 mA, L1 = 220 mH (1.26 W ESR), see Figure 12 90 % RDS(on)_p1 RDS(on) of power switch See Figure 18 8 W RDS(on)_n1 RDS(on) of flyback switch See Figure 18 4 W VDD1M VDD1M Input voltage VDD1M−pin 3.57 V ADJUSTABLE DC−DC CONVERTER VIN VIN Input Voltage VDD2+1 33 V VDD2 VDD2 Output Voltage VIN ≥ VDD2 1.2 21 V VDD2H Undervoltage release level VDD2 rising, see Figure 6 0.9xVDD2 V VDD2L Undervoltage trigger level VDD2 falling, see Figure 6 0.8xVDD2 V VDD2_rip Output Voltage Ripple VIN = 25 V, VDD2 = 3.3 V, IDD2 = 40 mA, L2 = 220 mH 40 mV IDD2_lim Overcurrent Threshold R3 = 1 W, see Figure 13 −100 −200 mA hVDD2 Power Efficiency (DC Converter Only) Vin = 25 V, VDD2 = 3.3 V, IDD2 = 35 mA, L2 = 220 mH (1.26 W ESR), see Figure 13 90 % RDS(on)_p2 RDS(on) of power switch See Figure 18 8 W RDS(on)_n2 RDS(on) of flyback switch See Figure 18 4 W VDD2M VDD2MC Input voltage VDD2MC−pin 21.1 V RVDD2M VDD2MV Input Resistance VDD2MV−pin 1 M W Ileak,vsw2 Half−bridge leakage 20 mA V20V REGULATOR V20V V20V V20V Output Voltage I20V < I20V_lim, VFILT ≥ 21 V 18 20 22 V DI20V, STEP V20V Output Current Limitation Step R6 > 250 kW 1.04 mA 10 k W < R6 < 93.1 kW 50.8/R6 A R6 < 2 kW 2.29 mA I20V_lim V20V Output Current Limitation (for current limit code 100) R6 > 250 kW 4.34 5.68 8.00 mA 10 k W < R6 < 93.1 kW 132.0/R6 273.4/R6 392.0/R6 A R6 < 2 kW 9.52 12.37 16.00 mA V20VH V20V Undervoltage release level V20V rising, see Figure 7 14.2 15.0 15.8 V V20VL V20V Undervoltage trigger level V20V falling, see Figure 7 13.2 14.0 14.8 V V20V_hyst V20V Undervoltage hysteresis V20V_hyst = V20VH – V20VL 1.0 V XTAL OSCILLATOR VXTAL XTAL1, XTAL2 Voltage on XTAL−pin VDDD V |
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