ha16163t Renesas Electronics Corporation., ha16163t Datasheet
ha16163t
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ha16163t Summary of contents
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... HA16163T Synchronous Phase Shift Full-Bridge Control IC Features • High frequency operation; oscillator frequency = 2 MHz max. • Full-bridge phase-shift switching circuit with adjustable delay times • Integrated secondary synchronous rectification control with adjustable delay times • Three-level over current protection; pulse by pulse, timer Latch, one shot OCP • ...
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... HA16163T Pin Arrangement Pin Functions Pin No. Pin Name 1 SYNC 2 RAMP COMP 5 REMOTE DELAY-1 9 DELAY-2 10 DELAY-3 11 VREF 12 VCC 13 OUT-F 14 OUT-E 15 OUT-D 16 OUT-C 17 OUT-B 18 OUT-A 19 GND 20 RT Rev.5.0, Mar.15.2004, page SYNC RAMP 2 19 GND OUT-A COMP ...
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... HA16163T Block Diagram H L REMOTE + ON: 1.417V − OFF: 1.333V VREF Current Ref. RT Generator Oscillator SYNC. I/O SYNC Error Amp VREF 500 − 1.25V 20k COMP 10k RAMP Clamp Circuit VREF PULSE BY PULSE − 0. ONE SHOT − 0.6V GND Note that all switches in the block diagram are turned on when control signal is high. ...
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... HA16163T Absolute Maximum Ratings Item Power supply voltage Peak output current DC output current VREF output current COMP sink current DELAY set current RT set current VREF terminal voltage Terminal group 1 voltage Operating junction temperature Storage temperature Notes: 1. Rated voltages are with reference to the GND pin. ...
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... HA16163T Electrical Characteristics Item Supply Start threshold Shutdown threshold UVLO hysteresis Start-up current Operating current VREF Output voltage Line regulation Load regulation Temperature stability Oscillator Oscillator frequency Switching frequency Line stability Temperature stability RT voltage SYNC Input threshold Output high Output low ...
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... HA16163T Electrical Characteristics (cont.) Item Phase RAMP offset voltage modulator RAMP bias current RAMP sink current Minimum phase shift Maximum phase shift 2 Delay to OUT- Delay DELAY-1, - Terminal voltage Soft start Source current Discharge current Soft-start reset voltage SS high voltage Notes: 1. Reference values for design. Not 100% tested in production. 2. Tpd is defined as ...
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... HA16163T Electrical Characteristics (cont.) Item Over Pulse-by-pulse current limit current threshold protection One-shot OCP threshold 1 Delay to OUT pins * Timer latch integration time Output High voltage Low voltage Rise time Fall time 2 Timing offset * Notes: 1. Tpd-cs is defined as; 0.47V CS 0 OUT-C/D Tpd- defined as ...
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... HA16163T Timing Diagram Note: All voltage, current, time shown in the diagram is typical value. Full Bridge and Secondary Control COMP COMP/3(internal signal) RAMP+0.4V (internal signal) RAMP OUT-A OUT-B OUT-C OUT OUT-E OUT-F VIN OUT-A DRIVE MA OUT-B DRIVE MB RAMP Rev.5.0, Mar.15.2004, page ...
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... HA16163T Start-up and Shutdown 9.8V VCC REMOTE 5V VREF 0V RES (Internal signal) High VREFGOOD (Internal signal) Low SS 0V High DISCHARGE (Internal signal) Low COMP RAMP Current information Css Rev.5.0, Mar.15.2004, page OFF 32 counts 4.0V From Error Amp Comparator 20k − + 10k ...
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... HA16163T Timer Latch and One Shot OCP 0. 3.78V SS 0.4V OUT ENABLE LOCKOUT OUT DISABLE (Internal signal) SEQ. (Internal signal) FOR PHASE MODULATION 4V RES PULSE BY PULSE − 0. ONE SHOT − 0. Voltage detector input of SS pin. SEQ. : Timer Latch function is not activated when SEQ. signal is Low. ...
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... HA16163T Functional Description Note: All voltage, current, time shown in the diagram is typical value unless otherwise noted. UVLO UVLO (Under Voltage Lockout Operation function that halts operation of the IC in the event of a low IC power supply voltage. When IC operation is halted, the 5 V internal voltage generation circuit (VREF) halts, and therefore operation of circuitry using VREF as the operating power supply halts ...
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... HA16163T The remote on and off threshold voltages are provided with hysteresis (typ). Remote control can be performed by means of analog input as shown in the diagram below as well as by means of logic control. The following diagram shows an example in which the power supply set input voltage is sensed by means of the REMOTE pin, and the power supply set start-up voltage is set and the shutdown voltage ...
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... HA16163T Oscillator The oscillation frequency of the oscillator is set by means of a resistance connected between the RT pin and GND. The following graph shows the relationship between the external resistance and the oscillation frequency. The typical value of the oscillation frequency is given by the following equation. ...
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... HA16163T External synchronized operation is possible by supplying a synchronization signal to the SYNC pins of HA16163s. In this case, a frequency not exceeding 1/2 that of the master clock should be set for the HA16163s. A maximum master clock frequency of 4 MHz should be used. See the figure below for the input waveform conditions. ...
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... HA16163T Synchronous Phase Shift Full-Bridge Control The HA16163 is provided with full-bridge control outputs OUT-A through OUT-D, and secondary-side synchronous rectification control outputs OUT-E and OUT-F. ZVS (Zero Voltage Switching) can be performed by adjusting timing delays T and T between the OUT-A through OUT-D outputs by means of an external resistance. OUT-E and OUT- ...
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... HA16163T • Subinterval turned off at point t1, the primary-side current flows into resonant capacitance Cr2. At this time Cr2 is charged, and therefore the potential of V12 rises. Considering that the exciting current and the L1 and L2 ripple currents are considerable smaller than Io, the following is an approximate equation for the slope of V12. ...
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... HA16163T • Subinterval turned off at point t3, the primary-side current discharges resonant capacitance Cr1, and the potential of V11 falls. A negative potential is applied to resonant inductor Lr, and a flux reset starts. At this time, since the series resonance circuit is composed of Cr1 and Lr, the V11 waveform changes to a sine wave. The resonance frequency is given by equation (3) ...
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... HA16163T • Time: turned on at point t5. The SB switching loss can be minimized by turning on SB when the SB both-side voltages are at a minimum (when the resonance voltage peak). The SB turn-on timing can be set with TD1 of the HA16163. The time when the resonance voltage peak is given by equation (4). ...
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... HA16163T Delay Setting Inter-output delays (TD1, TD2, TD3) are set by means of a resistance connected between the DELAY-1 (-2, -3) pin and GND. The following graph shows the relationship between the external resistance and delay. The typical value of the delay set time is given by the following equation. ...
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... HA16163T Application Note: All voltage, current, time shown in the diagram are typical value. Sample application circuits are given here. Confirmatory experiments should be carried out when applying these examples to products. Slope Compensation In order to improve the unstable operation characteristic of current mode, voltage slopes in a current sense signal can be superimposed ...
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... Cref Supplying Power from an External Power Supply It is also possible to use an external source as the power supply for the HA16163T as shown in figure 13. The VREFGOOD circuit controls whether the IC is operating or stopped. The threshold voltage of the VREFGOOD circuit is 4.6 V (typ.) on the rising edge and 4 the falling edge. Since the IC’s characteristics vary with the value of the external voltage, this voltage must be provided by a high-precision 5-V source ...
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... HA16163T Characteristic Curves 11.0 10.5 10.0 9.5 9.0 8.5 8.0 7.5 7.0 –40 –25 Standby Current vs. Ambient Temperature Characteristics 160 Vcc = 8.5V 140 120 100 –40 –25 Rev.5.0, Mar.15.2004, page UVL Voltage vs. Ambient Temperature Characteristics 100 125 75 100 125 ...
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... HA16163T Operating Current vs. Ambient Temperature Characteristics 12 No load on VREF pin –40 –25 VREF Output Voltage vs. Ambient Temperature Characteristics 5.20 5.15 5.10 5.05 5.00 4.95 4.90 4.85 4.80 –40 –25 Rev.5.0, Mar.15.2004, page 100 125 100 125 ...
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... HA16163T Remote-on Voltage vs. Ambient Temperature Characteristics 1.48 1.46 1.44 1.42 1.40 1.38 1.36 1.34 –40 –25 Remote-off Voltage vs. Ambient Temperature Characteristics 1.40 1.38 1.36 1.34 1.32 1.30 1.28 1.26 –40 –25 Rev.5.0, Mar.15.2004, page 100 125 100 125 ...
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... HA16163T Error Amplifier Feedback Voltage vs. Ambient Temperature Characteristics 1.30 FB and COMP are shorted 1.28 1.26 1.24 1.22 1.20 –40 –25 Error Amplifier Source Current vs. Ambient Temperature Characteristics 0.75V, COMP = 2V –100 –200 –300 –400 –500 –600 –40 –25 Rev.5.0, Mar.15.2004, page ...
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... HA16163T Error Amplifier Sink Current vs. Ambient Temperature Characteristics 1.75V, COMP = –40 –25 Soft-start Pin Current vs. Ambient Temperature Characteristics – –6 –7 –8 –9 –10 –11 –12 –13 –14 –15 –40 –25 Rev.5.0, Mar.15.2004, page ...
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... HA16163T Switching Frequency vs. Ambient Temperature Characteristics 580 560 540 520 500 480 460 440 420 400 380 –40 – –40 –25 Rev.5.0, Mar.15.2004, page TD1 Delay vs. Ambient Temperature Characteristics ...
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... HA16163T Current Sense Delay Time vs. Ambient Temperature Characteristics –40 –25 Overcurrent Protection Delay Time vs. Ambient Temperature Characteristics 100 –40 –25 Rev.5.0, Mar.15.2004, page 100 125 100 125 ...
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... HA16163T Package Dimensions 6.50 6.80 Max 20 1 *0.20 ± 0.05 0.65 Max *Ni/Pd/Au plating Rev.5.0, Mar.15.2004, page 0.65 0.13 M 6.40 ± 0.20 0˚ – 8˚ 0.10 Package Code JEDEC JEITA Mass (reference value January, 2003 Unit: mm 1.0 0.50 ± 0.10 TTP-20DAV — — 0.07 g ...
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Sales Strategic Planning Div. Keep safety first in your circuit designs! 1. Renesas Technology Corp. puts the maximum effort into making semiconductor products better and more reliable, but there is always the possibility that trouble may occur with them. Trouble ...