HIP6015 Intersil Corporation, HIP6015 Datasheet
HIP6015
Related parts for HIP6015
HIP6015 Summary of contents
Page 1
... The HIP6015 monitors the output voltage with a window comparator that tracks the DAC output and issues a Power Good signal when the output is within 10%. The HIP6015 protects against over-current and over-voltage conditions by inhibiting PWM operation. Additional built-in over-voltage protection triggers an external SCR to crowbar the input supply ...
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... Block Diagram V SEN OCSET REFERENCE VID0 D/A VID1 VID2 CONVERTER VID3 (DAC) VID4 FB COMP HIP6015 +12V V CC OCSET MONITOR AND PROTECTION BOOT OSC UGATE PHASE HIP6015 - + + - COMP V GND SEN 110% RESET (POR 90 OVER- 115% VOLTAGE + - + - OVER- CURRENT 200 A 4V PWM COMPARATOR ...
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... Upper Gate Sink PROTECTION Over-Voltage Trip (V /DACOUT) SEN OCSET Current Source OVP Sourcing Current Soft Start Current 3 HIP6015 Thermal Information Thermal Resistance (Typical, Note 1) SOIC Package +0.3V CC Maximum Junction Temperature (Plastic Package .150 Maximum Storage Temperature Range . . . . . . . . . . -65 Maximum Lead Temperature (Soldering 10s .300 ...
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... OCSET (Pin 2) Connect a resistor (R ) from this pin to the drain of the OCSET upper MOSFET internal 200 A current source OCSET (I ), and the upper MOSFET on-resistance (r OCS 4 HIP6015 SYMBOL TEST CONDITIONS V Rising SEN V Falling SEN Upper and Lower Threshold V I ...
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... T 5 HIP6015 Functional Description Initialization The HIP6015 automatically initializes upon receipt of power. Special sequencing of the input supplies is not necessary. The Power-On Reset (POR) function continually monitors the input supply voltages. The POR monitors the bias voltage at the V OCSET pin. The level on OCSET is equal to V voltage drop (see over-current protection) ...
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... NOTE connected to GND connected HIP6015 inhibits PWM operation. The soft-start function recharges C , and PWM operation resumes with the error amplifier SS clamped to the SS voltage. Should an overload occur while recharging C while fully charging C shows this operation with an overload condition. Note that the inductor current increases to over 15A during the C charging interval and causes an over-current trip ...
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... O Locate the HIP6015 within 3 inches of the MOSFET, Q circuit traces for the MOSFET’s gate and source connections from the HIP6015 must be sized to handle peak current. Figure 6 shows the circuit traces that require additional layout consideration. Use single point and ground plane construction for the circuits shown ...
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... The compensation network consists of the error amplifier (internal to the HIP6015) and the impedance networks Z and Z . The goal of the compensation network provide a closed loop transfer function with the highest 0dB crossing frequency (f ) and adequate phase margin. 0dB ...
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... Given a sufficiently fast control loop design, the HIP6015 will provide either 0% or 100% duty cycle in response to a load transient. The response time is the time required to slew the inductor current from an initial current value to the transient current level ...
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... These equations assume linear voltage-current transitions and are approximations. The gate-charge losses are dissipated by the HIP6015 and do not heat the MOSFET. However, large gate- charge increases the switching interval, t the upper MOSFET switching losses. Ensure that the ...
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... Schottky, Motorola MBR2535CTL or Equivalent Intersil MOSFET; RFP70N03 1 11 HIP6015 in application note AN9706. Although the Application Note details the HIP6005, the same evaluation platform can be used to evaluate the HIP6015. Intersil AnswerFAX (321-724- 7800) doc. #99706 2N6394 +12V ...
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... For information regarding Intersil Corporation and its products, see web site www.intersil.com Sales Office Headquarters NORTH AMERICA Intersil Corporation P. O. Box 883, Mail Stop 53-204 Melbourne, FL 32902 TEL: (321) 724-7000 FAX: (321) 724-7240 12 HIP6015 M20.3 (JEDEC MS-013-AC ISSUE C) 20 LEAD WIDE BODY SMALL OUTLINE PLASTIC PACKAGE SYMBOL A ...