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ZHCSFE2A August 2016 – November 2017 LM5161-Q1

PRODUCTION DATA.

封装选项

机械数据 (封装 | 引脚)

PWP|14
- MPDS370A

散热焊盘机械数据 (封装 | 引脚)

PWP|14
- PPTD287A

订购信息

6.7 Typical Characteristics

At T_A = 25°C and applicable to LM5161-Q1 unless otherwise noted.

V_OUT= 3.3 V	R_ON= 110 kΩ
FPWM = 0

Figure 1. Efficiency at 300 kHz

LM5161-Q1 EFF_12VOUT_fpwm1_ext_vs_intVcc_SNVU504.gif

V_OUT = 12 V	R_ON = 402 kΩ
FPWM = 0	L = 100 µH

Figure 3. Efficiency at 300 kHz

LM5161-Q1 LineReg_extVcc_fpwm1_SNVU504.gif

V_OUT = 12 V	R_ON = 300 kΩ
FPWM = 1	L = 100 µH

Figure 5. Line Regulation

	V_IN = 48 V

Figure 7. V_CC vs. I_CC

Figure 9. T_OFF (I_LIM) vs. V_FB

Figure 11. T_ON vs. V_IN

Figure 13. Shutdown Current vs. V_IN

Figure 15. Voltage at RON pin vs. Input Voltage

	V_IN = 48 V

Figure 17. Reference Voltage vs. Temperature

	V_IN = 48 V

Figure 19. Input Shutdown Current vs. Temperature

	V_IN = 48 V

Figure 21. Current Limit vs. Temperature

	V_IN = 48 V

Figure 23. FPWM Threshold vs. Temperature

LM5161-Q1 Eff_5V_300k_CCMvsDCM_SNVU504.gif

V_OUT= 5 V	R_ON= 169 kΩ
L=47 µH

Figure 2. Efficiency at 300 kHz

LM5161-Q1 eff_VIN_12Vout_fpwm1_SNVU504.gif

V_OUT = 12 V	R_ON= 402 kΩ
FPWM = 1	L = 100 µH

Figure 4. Efficiency at 300 kHz

Figure 6. V_CC vs. V_IN

	I_OUT = 1 A	FPWM = 0

Figure 8. I_CC vs. External V_CC

Figure 10. T_ON vs. V_IN

	V_OUT = 12 V

Figure 12. F_SW vs. V_IN

	V_FB = 3 V

Figure 14. I_IN vs. V_IN (Operating, Non Switching)

	V_IN = 48 V

Figure 16. Gate Drive UVLO vs. Temperature

	V_IN = 48 V

Figure 18. Input Operating Current vs. Temperature

	V_IN = 48 V

Figure 20. V_CC UVLO vs. Temperature

	V_IN = 48 V

Figure 22. Sink Current Limit vs. Temperature

I_SW = 500 mA	V_IN = 48 V

Figure 24. Switch Resistance vs. Temperature