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MAX5925AEUB Datasheet(PDF) 8 Page - Maxim Integrated Products |
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MAX5925AEUB Datasheet(HTML) 8 Page - Maxim Integrated Products |
8 / 21 page 1V to 13.2V, n-Channel Hot-Swap Controllers Require No Sense Resistor 8 _______________________________________________________________________________________ Pin Description PIN MAX5924A/ MAX5924C/ MAX5925A/ MAX5925C MAX5924B/ MAX5924D/ MAX5925B/ MAX5925D MAX5926 NAME FUNCTION 11 1 VCC Power-Supply Input. Connect VCC to a voltage between 2.47V and 13.2V. VCC must always be equal to or greater than VS (see Figure 1). 22 2 SC_DET Short-Circuit Detection Output. Connect SC_DET to VOUT through a series resistor, RSC, when not using RSENSE. SC_DET forces current (limited to ≈200mA) into the external load through RSC at startup to determine whether there is a short circuit (load probing). Connect SC_DET directly to VCC when using RSENSE, Do not connect SC_DET to VCC when not using RSENSE in an attempt to disable load probing. 33 — EN ON/OFF Control Input. Drive EN high to enable the device. Drive EN low to disable the device. An optional external resistive-divider connected between VCC, EN, and GND sets the programmable turn-on voltage. 4— 4 PGOOD Open-Drain Active-Low Power-Good Output —4 7 PGOOD Open-Drain Active-High Power-Good Output 5 5 5 GND Ground 66 12 SLEW Slew-Rate Adjustment Input. Connect an external capacitor between SLEW and GND to adjust the gate slew rate. Leave SLEW unconnected for the default slew rate. 77 13 GATE Gate-Drive Output. Connect GATE to the gate of the external n-channel MOSFET. 8 8 14 OUT Output Voltage. Connect OUT to the source of the external MOSFET. 99 15 SENSE Circuit-Breaker Sense Input. Connect SENSE to OUT when not using an external RSENSE (Figure 1). Connect SENSE to the drain of the external MOSFET when using an external RSENSE (Figure 2). 10 10 16 CB Circuit-Breaker Threshold Programming Input. Connect an external resistor, RCB, from CB to VS to set the circuit-breaker threshold voltage. — — 3 EN1 Active-High ON/OFF Control Input. Drive EN1 high to enable the device when EN2 is low. Drive EN1 low to disable the device, regardless of the state of EN2. An optional external resistive-divider between VCC, EN1, and GND sets the programmable turn-on voltage while EN2 is low. —— 6 EN2 Active-Low ON/OFF Control Input. Drive EN2 low to enable the device when EN1 is high. Drive EN2 high to disable the device, regardless of the state of EN1. —— 8 LATCH Latch Mode Input. Drive LATCH low for autoretry mode. Drive LATCH high for latched mode. —— 9 TC Circuit-Breaker Temperature Coefficient Selection Input. Drive TC low to select a 3300ppm/°C temperature coefficient. Drive TC high to select a 0ppm/°C temperature coefficient. — — 10, 11 N.C. No Connection. Not internally connected. — — EP EP Exposed Pad. Connect EP to GND. |
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