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IR3092MTR

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IR3092MTR

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Part Number IR3092MTR
Manufacturer Infineon Technologies
Description IC CONTROLLER 2PHASE 48-MLPQ
Datasheet IR3092MTR Datasheet
Package 48-VFQFN Exposed Pad
In Stock 1,045 piece(s)
Unit Price Request a Quote
Lead Time Can Ship Immediately
Estimated Delivery Time Jul 9 - Jul 14 (Choose Expedited Shipping)
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Part Number # IR3092MTR (PMIC - Power Supply Controllers, Monitors) is manufactured by Infineon Technologies and distributed by Heisener. Being one of the leading electronics distributors, we carry many kinds of electronic components from some of the world’s top class manufacturers. Their quality is guaranteed by its stringent quality control to meet all required standards.

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IR3092MTR Specifications

ManufacturerInfineon Technologies
CategoryIntegrated Circuits (ICs) - PMIC - Power Supply Controllers, Monitors
Datasheet IR3092MTRDatasheet
Package48-VFQFN Exposed Pad
Series-
ApplicationsVID Voltage Programmer
Voltage - Input-
Voltage - Supply7.3 V ~ 21 V
Current - Supply29mA
Operating Temperature0°C ~ 125°C
Mounting TypeSurface Mount
Package / Case48-VFQFN Exposed Pad
Supplier Device Package48-MLPQ (7x7)

IR3092MTR Datasheet

Page 1

Page 2

IR3092 Page 1 of 37 06/25/04 DATA SHEET 2 PHASE OPTERON, ATHLON, OR VR10.X CONTROL IC DESCRIPTION The IR3092 Control IC provides a full featured, single chip solution to implement robust power conversion solutions for three different microprocessor families; 1) AMD Opteron, 2) AMD Athlon or 3) Intel VR10.X family of processors. The user can select the appropriate VID range with a single pin. PWM Control and 2 phase gate drive functions are integrated into a single IC. In addition to CPU power, the IR3092 offers a compact, efficient solution for high current POL converters. FEATURES x 5 bit or 6 bit VID with 0.5% overall system accuracy x Selectable VID Code for AMD Opteron, AMD Athlon or Intel VR10.X x Programmable Slew Rate response to “On-the-Fly” VID Code Changes x 3.5A Gate Drive Capability x Programmable 100KHz to 540KHz oscillator x Programmable Voltage Positioning (can be disabled) x Programmable Softstart x Programmable Hiccup Over-Current Protection with Delay to prevent false triggering x Simplified Powergood provides indication of proper operation and avoids false triggering x Operates up to 21V input with 7.8V Under-Voltage Lockout x 5V UVL with 4.3V Under-Voltage Lockout threshold x Adjustable Voltage, 150mA Bias Regulator provides MOSFET Drive Voltage x Enable Input x OVP Output x Available in a 48L MLPQ package ORDERING INFORMATION DEVICE ORDER QUANTITY IR3092MTR 3000 per Reel *IR3092M 100 piece strips x Samples Only PACKAGE INFORMATION 48L MLPQ (7 x 7 mm Body) – JA = 27oC/W SCOMP OCSET NC S E TB IA S 48LD MLPQ N C P W R G D N C GATEL2VDAC V ID 0 E N A B LE VCCL GATEH2 N C VID3 FB C S IN P 2 N C VOSNS- V ID _S E L NC O V P B IA S O U T N C V ID 1 V C C H 1 NC ROSC SS/DEL LG N D N C VDRP 5VUVL PGND2 GATEL1 GATEH1 EAOUT V ID 2 N C C S IN P 1 IR3092 V ID 5 N C C S IN M VCCH2 VID4 V C C PGND1 NC

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IR3092 Page 2 of 37 06/25/04 PIN DESCRIPTION PIN# PIN SYMBOL PIN DESCRIPTION 1 VID3 Inputs to VID D to A Converter 2 VID4 Inputs to VID D to A Converter 3 ROSC Connect a resistor to VOSNS- to program oscillator frequency and FB, OCSET, BBFB, and VDAC bias currents 4 VOSNS- Remote Sense Input. Connect to ground at the Load. 5 OCSET Programs the hiccup over-current threshold through an external resistor tied to VDAC and an internal current source. 6 VDAC Regulated voltage programmed by the VID inputs. Current Sensing and Over Current Protection are referenced to this pin. Connect an external RC network to VOSNS- to program Dynamic VID slew rate. 7 VDRP Buffered IIN signal. Connect an external RC network to FB to program converter output impedance 8 FB Inverting input to the Error Amplifier. Converter output voltage is offset from the VDAC voltage through an external resistor connected to the converter output voltage at the load and an internal current source. Bias current is a function of ROSC. Also OVPsense. 9 EAOUT Output of the Error Amplifier 10 SS/DEL Controls Converter Softstart, Power Good, and Over-Current Timing. Connect an external capacitor to LGND to program the timing. 11 SCOMP Compensation for the Current Share control loop. Connect a capacitor to ground to set the control loop’s bandwidth. Phase 2 is forced to match phase 1’s current. 12 N/C No Connect. 13 LGND Local Ground and IC substrate connection 14 SETBIAS External resistor to ground sets voltage at BIASOUT pin. Bias current is a function of ROSC. 15 VCC Power for internal circuitry and source for BIASOUT regulator 16-17 N/C No Connect. 18 BIASOUT 150mA open-looped regulated voltage set by SETBIAS for GATE drive bias. 19 PWRGD Open Collector output that drives low during Softstart or any fault condition. Connect external pull-up. 20 CSINP2 Non-inverting input to the Phase 2 Current Sense Amplifier. 21 N/C No Connect. 22 VID_SEL Ground Selects VR10 VID, Float Selects OPTERON VID, VCC Selects ATHLON VID 23-27 N/C No Connect. 28 VCCH2 Power for Phase 2 High-Side Gate Driver 29 GATEH2 Phase 2 High-Side Gate Driver Output and input to GATEL2 non-overlap comparator. 30 PGND2 Return for Phase 2 Gate Drivers 31 GATEL2 Phase 2 Low-Side Gate Driver Output and input to GATEH2 non-overlap comparator. 32 5VUVL Can be used to monitor the driver supply voltage or 5V supply voltage when converting from 5V. An under voltage condition initiates Soft Start. 33 VCCL Power for Phase 1 and 2 Low-Side Gate Drivers. 34 GATEL1 Phase 1 Low-Side Gate Driver Output and input to GATEH1 non-overlap comparator. 35 PGND1 Return for Phase 1 Gate Drivers 36 GATEH1 Phase 1 High-Side Gate Driver Output and input to GATEL1 non-overlap comparator. 37 VCCH1 Power for Phase 1 High-Side Gate Driver 38 NC Not connected 39 CSINM1 Inverting input to the Phase 1Current Sense Amplifier. 40 CSINP1 Non-inverting input to the Current Sense Amplifier. 41 OVP Output that drives high during an Over-Voltage condition. 42 ENABLE Enable Input. A logic low applied to this pin puts the IC into Fault mode. 43-44 N/C No Connect. 45 VID5 Inputs to VID D to A Converter 46 VID0 Inputs to VID D to A Converter 47 VID1 Inputs to VID D to A Converter 48 VID2 Inputs to VID D to A Converter

Page 4

IR3092 Page 3 of 37 06/25/04 ABSOLUTE MAXIMUM RATINGS Operating Junction Temperature……………..150oC Storage Temperature Range………………….-65oC to 150oC PIN NAME VMAX VMIN ISOURCE ISINK 1 VID3 30V -0.3V 1mA 1mA 2 VID4 30V -0.3V 1mA 1mA 3 ROSC 30V -0.5V 1mA 1mA 4 VOSNS- 0.5V -0.5V 10mA 10mA 5 OCSET 30V -0.3V 1mA 1mA 6 VDAC 30V -0.3V 1mA 1mA 7 VDRP 30V -0.3V 5mA 5mA 8 FB 30V -0.3V 1mA 1mA 9 EAOUT 10V -0.3V 10mA 20mA 10 SS/DEL 30V -0.3V 1mA 1mA 11 SCOMP 30V -0.3V 5mA 5mA 12 N/C n/a n/a n/a n/a 13 LGND n/a n/a 50mA 1mA 14 SETBIAS 30V -0.3V 1mA 1mA 15 VCC 30V -0.3V 1mA 250mA 16 N/C n/a n/a n/a n/a 17 N/C n/a n/a n/a n/a 18 BIASOUT 30V -0.3V 250mA 1mA 19 PWRGD 30V -0.3V 1mA 20mA 20 CSINP2 30V -0.3V 250mA 1mA 21 N/C n/a n/a n/a n/a 22 VID_SEL 30V -0.3V 1mA 1mA 23 N/C n/a n/a n/a n/a 24 N/C n/a n/a n/a n/a 25 N/C n/a n/a n/a n/a 26 N/C n/a n/a n/a n/a 27 N/C n/a n/a n/a n/a 28 VCCH2 30V -0.3V n/a 3A for 100ns, 200mA DC 29 GATEH2 30V -0.3V DC, -2V for 100ns 3A for 100ns, 200mA DC 3A for 100ns, 200mA DC 30 PGND2 0.3V -0.3V 3A for 100ns, 200mA DC n/a 31 GATEL2 30V -0.3V DC, -2V for 100ns 3A for 100ns, 200mA DC 3A for 100ns, 200mA DC 32 5VUVL 30V -0.3V 1mA 1mA 33 VCCL 30V -0.3V n/a 3A for 100ns, 200mA DC 34 GATEL1 30V -0.3V DC, -2V for 100ns 3A for 100ns, 200mA DC 3A for 100ns, 200mA DC 35 PGND1 0.3V -0.3V 3A for 100ns, 200mA DC n/a 36 GATEH1 30V -0.3V DC, -2V for 100ns 3A for 100ns, 200mA DC 3A for 100ns, 200mA DC 37 VCCH1 30V -0.3V n/a 3A for 100ns, 200mA DC 38 N/C n/a n/a n/a n/a 39 CSINM1 30V -0.3V 250mA 1mA 40 CSINP1 30V -0.3V 250mA 1mA 41 OVP 30V -0.3V 1mA 1mA 42 ENABLE 30V -0.3V 1mA 1mA 43 N/C n/a n/a n/a n/a 44 N/C n/a n/a n/a n/a 45 VID5 30V -0.3V 1mA 1mA 46 VID0 30V -0.3V 1mA 1mA 47 VID1 30V -0.3V 1mA 1mA 48 VID2 30V -0.3V 1mA 1mA

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IR3092 Page 4 of 37 06/25/04 ELECTRICAL SPECIFICATIONS Unless otherwise specified, these specifications apply over: 7.3V ” VCC ” 21V, 4V ” VCCL ” 14V, 4V ” VCCHX ” 28V, CGATEHX =3.3nF, CGATELX =6.8nF, 0oC ” TJ ” 125 oC PARAMETER TEST CONDITION MIN TYP MAX UNIT VDAC Reference System Set-Point Accuracy -0.3V ”92616- ”9&RQQHFW)%WR EAOUT, Measure V(EAOUT) – V(VOSNS-) deviation from Table 1. Applies to all VID codes. 0.5 % Source Current RROSC = 42kŸ9'$& 2&6(7 56 62 71 PA Sink Current RROSC = 42kŸ9'$& 2&6(7 50 58 67 PA VID Input Threshold, INTEL VID_SEL=0, Referenced to VOSNS- 0.4 0.6 0.8 V VID Input Threshold, AMD VID_SEL=Float, Referenced to VOSNS- 1.3 1.5 1.7 V VID_SEL OPTERON Threshold 1.0 1.2 1.4 V VID_SEL ATHLON Threshold 3.0 3.4 3.8 V VID_SEL Float Voltage Tracks ATHLON threshold 2.1 2.6 3.2 V VID_SEL Pull-up Resistance V(VID_SEL)<2.1V 30 60 100 kŸ VID_SEL Pull-down Resistance V(VID_SEL)>3.2V 60 190 375 kŸ VID Pull-up Current VID0-5 = 1V 9 15 27 PA VID Float Voltage Referenced to LGND 4.5 4.9 5.2 V VID = 11111 Fault Blanking Delay to PWRGD assertion 0.5 1.7 4.1 Ps Error Amplifier Input Offset Voltage Connect FB to EAOUT, Measure V(EAOUT)-V(VDAC). From Table 1. Applies to all VID codes and -0.3V ” VOSNS- ”91RWH -5 -1 3 mV FB Bias Current RROSC = 42kŸ 28 30.5 33 PA DC Gain Note 1 90 100 105 dB Gain-Bandwidth Product Note 1 4 7 MHz Slew Rate Note 1, 50mV FB signal 1.25 V/Ps Source Current 280 380 500 PA Sink Current .75 1.0 1.5 mA Max Voltage 4.5 4.9 5.3 V Min Voltage 90 150 mV VDRP Buffer Amplifier Positioning Offset Voltage V(VDRP) – V(VDAC) with CSINMX=CSINPX=0, Note 1. -125 0 125 mV Output Voltage Range 0.2 3.75 V Source Current 5 10 20 mA Sink Current 200 280 400 PA

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IR3092 Page 5 of 37 06/25/04 PARAMETER TEST CONDITION MIN TYP MAX UNIT Oscillator Switching Frequency RROSC = 42kŸ 160 200 240 kHz Phase1 to Phase2 Shift GATEH1 rise to GATEH2 rise 155 170 190 ° BIASOUT Regulator SETBIAS Bias Current RROSC = 42kŸ 105 115 125 PA Set Point Accuracy V(SETBIAS)-V(BIASOUT) @ 100mA 0.1 0.3 0.55 V BIASOUT Dropout Voltage I(BIASOUT)=100mA,Threshold when V(SETBIAS)-V(BIASOUT)=0.45V 1.2 1.8 2.5 V BIASOUT Current Limit 150 300 450 mA Soft Start and Delay SS/DEL to FB Input Offset Voltage With FB = 0V, adjust V(SS/DEL) until EAOUT drives high 0.8 1.3 1.8 V Charge Current 25 55 75 PA Hiccup Discharge Current 2.5 5.5 7.5 PA OC Discharge Current 25 45 70 PA Charge/Discharge Current Ratio 9 10 11 PA/PA Charge Voltage 3.8 4.0 4.2 V Delay Comparator Threshold Relative to Charge Voltage 200 240 280 mV Delay Comparator Hysteresis 15 30 45 mV Discharge Comparator Threshold 200 260 350 mV Over-Current Comparator Input Offset Voltage V(OCSET)-V(VDAC), CSIN=CSINP1=CSINP2, Note 1. -125 0 125 mV OCSET Bias Current RROSC = 42kŸ 28 30 33 PA Max OCSET Set Point 3.95 V Under-Voltage Lockout VCC Start Threshold 7.2 7.8 8.3 V VCC Stop Threshold 6.7 7.3 7.8 V VCC Hysteresis Start – Stop 450 500 750 mV 5VUVL Start Threshold 4.05 4.3 4.55 V 5VUVL Stop Threshold 3.92 4.125 4.33 V 5VUVL Hysteresis Start – Stop 100 175 250 mV 5VUVL Input Resistance To LGND 24 36 72 kŸ PWRGD Output Output Voltage I(PWRGD) = 4mA 150 300 mV Leakage Current V(PWRGD) = 5.5V 0 10 PA Enable Input Threshold, INTEL VID_SEL=0, Referenced to VOSNS- 0.4 0.6 0.8 V Threshold, AMD VID_SEL=Float, Referenced to VOSNS- 1.3 1.5 1.7 V Input Resistance 7.5 15 20 kŸ Pull-up Voltage 2.4 3.0 3.7 V

Page 7

IR3092 Page 6 of 37 06/25/04 PARAMETER TEST CONDITION MIN TYP MAX UNIT Gate Drivers GATEH Rise Time VCCHX = 12V, Measure 2V to 9V transition time, Note 1 11 40 ns GATEH Fall Time VCCHX = 12V, Measure 9V to 2V transition time, Note 1 11 40 ns GATEL Rise Time VCCL = 12V, Measure 2V to 9V transition time, Note 1 20 65 ns GATEL Fall Time VCCL = 12V, Measure 9V to 2V transition time, Note 1 20 65 ns High Voltage (AC) Measure VCCL – GATELX or VCCHX – GATEHX, Note 1 0 0.5V V Low Voltage (AC) Measure GATELX or GATEHX, Note 1 0 0.5V V GATEL low to GATEH high delay VCCHX = VCCL = 12V, Measure the time from GATELX falling to 2V to GATEHX rising to 2V, Note 1 20 35 60 ns GATEH low to GATEL high delay VCCHX = VCCL = 12V, Measure the time from GATEHX falling to 2V to GATELX rising to 2V, Note 1 20 35 60 ns Disable Pull-Down Current GATHX or GATELX=2V with VCC = 0V. Measure Gate pull-down current 20 35 50 PA PWM Comparator Propagation Delay VCCHX = VCCL = 12V, Measure the time from EAOUT fall crossing VDAC to GATEHX falling to 11V. (Note 1) 100 150 ns Common Mode Input Range 4 V Internal Ramp Start Voltage 0.45 0.7 0.9 V Internal Ramp Amplitude 40 57 75 mV / %DTC Current Sense Amplifier CSINP1&2 Bias Current -0.5 -0.2 0.1 PA CSINM Bias Current -1 -0.4 0.2 PA Input Current Offset Ratio CSINM/CSINPX 0.7 1.7 2.6 PA/PA Average Input Offset Voltage (VDRP-VDAC)/GAIN withCSINX=0, Note1. -4 0 4 mV Offset Voltage Mismatch Monitor I(SCOMP) -8 0 8 mV Gain at TJ = 25 oC 22.0 23.5 25.0 V/V Gain at TJ = 125 oC 18.5 20.0 24.0 V/V Gain Mismatch -0.3 0 0.3 V/V Differential Input Range -25 75 mV Common Mode Input Range 0 2.8 V

Page 8

IR3092 Page 7 of 37 06/25/04 Note 1: Guaranteed by design, but not tested in production Note 2: VDAC Output is trimmed to compensate for Error Amp input offsets errors PARAMETER TEST CONDITION MIN TYP MAX UNIT Share Adjust Error Amplifier Input Offset Voltage Note 1 -5 0 5 mV MAX Duty Cycle Adjust Ratio Duty Cycle of GATEH2 to GATEH1 1.5 2 3 %/% MIN Duty Cycle Adjust Ratio Duty Cycle of GATEH2 to GATEH1 0.6 0.5 0.4 %/% Transconductance Note 1 100 200 300 PA/V SCOMP Source/Sink Current 15 28 40 PA Equal Duty Cycle Comparator Threshold 0.45 0.7 0.85 V Duty Cycle Match at Startup DTC GATEH1 – DTC GATEH2 -5 0 5 % SCOMP Precharge Current V(SS/DEL)=0 250 420 600 PA 0% Duty Cycle Comparator Threshold Voltage (Internal Ramp1 Start Voltage) – (0DC Threshold) 100 150 200 mV Propagation Delay VCCL = 12V. Step EAOUT from .8V to .3V and measure time to GATELX transition to < 11V. 200 320 ns Body Braking Disable Comparator Threshold Compare V(FB) to V(VDAC) 50 80 110 mV OVP VR10 Comparator Threshold VID_SEL=0V. Compare to V(VDAC) 120 145 180 mV AMD Comparator Threshold Float VID_SEL. Compare to V(VDAC) 360 480 600 mV Propagation Delay VCCL = 12V. V(EAOUT)=0V. Step FB 460mV above V(VDAC). Measure time to GATELX transition to >1V. 200 300 ns Source Current 10 20 mA Pull Down Resistance OVP to PGND1 20 45 80 kŸ High Voltage I(OVP)=10mA, V(VCC)-V(OVP) .8 1.2 1.6 V General VCC Supply Current 23 29 34 mA VOSNS- Current -0.3V ” VOSNS- ” 0.3V, All VID Codes 2 3 4 mA VCCHX Supply Current (12V) 3 5 7 mA VCCHX Supply Current (28V) 5 7 9 mA VCCL Supply Current 5 10 16 mA

Page 9

IR3092 Page 8 of 37 06/25/04 TYPICAL OPERATING CHARACTERISTICS I(FB) and I(OCSET) Currents vs. ROSC 0 10 20 30 40 50 60 70 80 90 10 20 30 40 50 60 70 80 90 100 ROSC in Kohms uA I(FB) in uA I(OCSET) in uA I(VDAC) Sink and Source Currents vs. ROSC 0 20 40 60 80 100 120 140 160 180 10 20 30 40 50 60 70 80 90 100 ROSC in Kohms uA I(VDAC) Source Current I(VDAC) Sink Current Oscillator Frequency vs. ROSC 0 50 100 150 200 250 300 350 400 450 500 550 10 20 30 40 50 60 70 80 90 100 ROSC in Kohms F re qu en cy in K H z I(SETBIAS) vs. ROSC 0 50 100 150 200 250 300 10 20 30 40 50 60 70 80 90 100 ROSC in Kohms uA Frequency and Bias Current Accuracy vs. ROSC (includes temperature) 0 1 2 3 4 5 6 10 20 30 40 50 60 70 80 90 100 ROSC (KOhm) +/ -3 S ig m a V ar ia tio n (% ) Frequency FB Bias OCSET Bias SETBIAS Peak Gate Drive Current vs. Load Capacitance 1.0 1.5 2.0 2.5 3.0 3.5 4.0 1 3.5 6 8.5 11 13.5 16 18.5 21 C(GATEX) in nF I(G A TE X ) i n A m ps I(RISE) I(FALL) c

Page 10

IR3092 Page 9 of 37 06/25/04 TYPICAL OPERATING CHARACTERISTICS Error Amplifier Frequency Response Frequency 1.0Hz 10Hz 100Hz 1.0KHz 10KHz 100KHz 1.0MHz 10MHz 100MHz DB(V(comp)) P(V(comp)) -100 0 100 -180 93dB DC gain 88° Phase Margin 3.1MHz Crossover

IR3092MTR Reviews

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Elis*****homas

June 23, 2020

I received technical certification with a good staff. They have good fair prices on brand names.

Remy*****neros

June 16, 2020

This was a useful assortment of product that filled in a parts gap that I had on my electronic workbench. Thank you.

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June 11, 2020

It gives you a good quality product, with a great variety.. I will for sure order this set again when i start to run low.

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June 1, 2020

Nice to have an assortment on hand, just in case. Happy with this purchase.

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May 27, 2020

I'm so sure that you're beating your competitor on delivery!

Jess*****odhi

May 27, 2020

Good and works well. What else is there to say about it.

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May 24, 2020

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Mil***** Rout

May 22, 2020

Happy with purchase, would do business again

Andr*****line

May 22, 2020

Used these for a solar project, and they are working great.

Everl*****tarajan

May 17, 2020

arrived well within time bracket, put this firm on my suppliers list, many thanks

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We provide 90 days warranty.

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