IR2214SSTRPBF International Rectifier, IR2214SSTRPBF Datasheet
IR2214SSTRPBF
Specifications of IR2214SSTRPBF
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IR2214SSTRPBF Summary of contents
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... Data Sheet No. PD60213 revL 600 OFFSET 1200 V max. I +/- (min 10.4 V – OUT 75 ns Deadtime (typ) 330 ns 3 µs DSH, DSL input voltage 8.0 V threshold (typ) Soft shutdown time (typ) 9.25 µs 24-Lead SSOP © 2009 International Rectifier ...
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... COM CC -0 0 0.3 COM CC — 50 V/ns — 1.5 W — 65 ° C/W — 150 -55 150 ° C — 300 Min. Max. Units 600 SS V 1200 COM 2.0 V COM CC 1 µs -40 125 ° C from © 2009 International Rectifier ...
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... V µA — 400 800 3 — 0.7 2 load Typ Max Units Test Conditions — — — 0 0.4 — 330 — 3 — 1 µA — — — 60 — PW≤ 7 µs Test Conditions See Figs. 4, DESAT DESAT © 2009 International Rectifier = 600 V S CCUV- ...
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... PW≤ — 200 ns, resistive load, see Fig HOP/LOP 0.5 1 — 400 ns ≤PW≤ 10 µs, resistive load, see Fig. 8 Min Typ Max Units Test Conditions — 45 300 — 90 — PW≤ 7 µ HOP/LOP 1.5 3 — PW≤ µs © 2009 International Rectifier IN IN ...
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... HIN — Fig. 10 DESAT 4600 LIN — Fig. 10 DESAT — Fig =15 V, Fig — HIN — Fig — LIN — V =15 V, Fig. 10 DESAT HIN LIN DESAT — Fig. 10 — Fig External Fig External DT > 500 ns, Fig. 7 © 2009 International Rectifier =15 V, ...
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... O H on/off internal signal LOP/HOP desat internal signal Figure 6: HON, LON, SSDH and SSDL Diagram 6 IR2114/IR2214SSPbF schm itt trigger internal signal 10k 100k comparator SSD 700k S Figure 4: DSH and DSL Diagram LON/HON SSDL/SSDH ON,SSD COM/V S © 2009 International Rectifier internal signal ...
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... HIN LIN (HOP=HON) LO (LOP=LON) HIN/LIN DSH/DSL SSD Driver Enable HO/LO www.irf.com 50% 50 out 90% 10% Figure 7: Switching Time Waveforms Ton1 Io1+ Io2+ Figure 8: Output Source Current DESAT Figure 9: Soft Shutdown Timing Waveform 7 IR2114/IR2214SSPbF 3.3V t off t f 90% 10% 3.3V © 2009 International Rectifier ...
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... HIN HO (HOP=HON) LO (LOP=LON) 50% www.irf.com 50 50% 50% t SY_FLT,DESAT3 DESAT2 90% SoftShutdown t DESAT3 90% SoftShutdown 50% 10 Turn-On Propagation Delay Figure 10: Desat Timing 50% 50% DTH MDT=DTH-DTL Figure 11: Internal Deadtime Timing 8 IR2114/IR2214SSPbF 50% 8V 50% t SY_FLT,DESAT4 Turn_Off propagation Delay 90% t DESAT4 90% SoftShutdown 50% 90 50% DTL 50% © 2009 International Rectifier ...
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... High side soft shutdown V High side floating supply return S www.irf.com IR2114/IR2214SSPbF 1 HIN LIN FLT_CLR SY_FLT FAULT/SD VSS SSOP24 SSDL COM LON LOP VCC 12 DSL Description / DSH 24 VB N.C. HOP HON VS SSDH N.C. N.C. N.C. N.C. 13 N.C. status. IN © 2009 International Rectifier ...
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... SSDH UV_VBS DETECT DSH VS on/off LOP di/dt control Driver soft LON LOCAL DESAT PROTECTION shutdown SSDL SOFTSHUTDOWN DSL COM ShutDown System Variable FLT_CLR − HIN/LIN − UV_VCC − − UV_VBS DSH/L − SY_FLT − FAULT/SD − © 2009 International Rectifier ...
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... HOLD: freezing FAULT: diagnostic (in) (out (SD) (FAULT) † (SSD (SSD (SSD) (FAULT) 0 (SSD) (FAULT (HOLD (FAULT) 11 IR2114/IR2214SSPbF SSDH/SSDL HiZ HiZ 0 Undervoltage Yes: V< UV threshold No : V> UV OUTPUTS threshold X: don’t care †† SSD n-1 No Yes 0 Yes X 0 © 2009 International Rectifier SSD n ...
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... Desaturation Detection: DSH/L Function Figure 13 shows the structure of the desaturation sensing and soft shutdown block. This configuration is the same for both the high and low side output stages. © 2009 International Rectifier 12 supplied) CC the V ...
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... IGBT’s collector and the IC’s DSH or DSL pin). The diode is normally biased by an internal pull up resistor connected to the local supply line (V transistor is “on” the diode is conducting and the amount 13 IR2114/IR2214SSPbF DesatHS DesatLS UVCC ). Once When the B CC © 2009 International Rectifier ...
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... The following figures show the input/output logic diagram. Figure 17 shows the SY_FLT and FAULT/SD signals as outputs, whereas Fig. 18 shows them as inputs. 14 IR2114/IR2214SSPbF : the FAULT/SD pin is CC cannot disable it. Only when ). This feature boosts the total on1 ) and O- © 2009 International Rectifier ...
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... FLT_CLR (see FAULT/SD section), D. The FAULT/SD is released and the outputs go back to follow the inputs, E. Externally driven low FAULT/SD: outputs go off by hard shutdown (like point B point A and B but for the low side output IR2114/IR2214SSPbF © 2009 International Rectifier ...
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... Static Electrical Characteristics); (datasheet IRGP30B120KD); = 100 nA (datasheet IRGP30B120KD); = 100 µA (reverse recovery <100 ns (neglected for ceramic capacitor); = 100 µ 3 10.5 V becomes BS − V − V − min CEon 290 nC C ≥ = 725 nF BOOT has been chosen Some CC variations CC © 2009 International Rectifier ), ⋅ T HON ...
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... IR2114/IR2214SSPbF supply. CC and R ). DRn * indicates the plateau ge and Q indicate the gate to collector and RES dV/ 90% C RES Figure 20: Nomenclature is defined has been provided to the gc ge and ge * (see Fig. 21 avg Vcc − TOT I avg © 2009 International Rectifier C RESon C RESoff t,Q ...
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... Off and High Side Turns On s ⋅ ⋅ C Goff DRn RESoff s ⋅ ⋅ Goff DRn RESoff IES ⋅ Goff DRn RESoff IES ( ⋅ C Goff DRn RESoff ⋅ C ⋅ Goff DRn RESoff out = ⋅ C Goff DRn RESoff < − R Goff DRn dV C ⋅ RESoff dt © 2009 International Rectifier ) ...
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... RTOT - RDRp = 12.7 → 10 → 420 ns RTOT - RDRp = 32.5 → 33 → 202 ns RGon → std commercial value dVout/dt RTOT - RDRp = 6.5 → 8.2 → 4.5 V/ns RTOT - RDRp = 78 → 82 → 5 V/ns RGoff RGoff ≤ 4 RGoff ≤ 35 © 2009 International Rectifier Tsw ...
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... GE B Information below refers to Fig. 24: Bootstrap section: R1, C1, D1 High side gate: R2, R3, R4 High side Desat: D2 Low side supply: C2 Low side gate: R5, R6, R7 Low side Desat IR2114/IR2214SSPbF . DC IR2214 D3 Phase Top Layer Bottom Layer c) Ground Plane Figure 24: layout example © 2009 International Rectifier ...
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... Figure 28. V 1.00 0.90 0.80 0.70 Exp. 0.60 0.50 0.40 0.30 0.20 0.10 0.00 -50 75 100 125 Figure 30 IR2114/IR2214SSPbF - 100 o Temperature ( C) Threshold vs. Temperature CCUV- - 100 o Temperature ( C) Threshold vs. Temperature BSUV- - 100 o Temperature ( C) Quiescent Current vs. Temperature CC © 2009 International Rectifier 125 125 125 ...
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... C) Figure 34. LIN Logic "1" Input Voltage vs. Temperature 0.90 0.70 Exp. 0.50 0.30 0.10 75 100 125 - Figure 36 IR2114/IR2214SSPbF - 100 o Temperature ( C) Logic Input Voltage vs. Temperature IL - 100 o Temperature ( C) - 100 o Temperature ( C) LIN Logic Input Hysteresis vs. IHSS Temperature © 2009 International Rectifier 125 125 125 ...
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... C) Figure 42 IR2114/IR2214SSPbF Exp. - 100 o Temperature ( C) FLTCLR Logic Input Voltage vs. IL Temperature - 100 o Temperature ( C) SD Logic Input Voltage vs. Temperature IH Exp. - 100 o Temperature ( C) SD Logic Input Hysteresis vs. Temperature IHSS © 2009 International Rectifier 125 125 125 ...
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... C) Figure 44 Exp 100 125 - Exp -50 75 100 125 IR2114/IR2214SSPbF Exp. - 100 o Temperature ( C) SYFLT Logic Input Voltage vs. Temperature IL - 100 o Temperature ( C) Figure 46 vs. Temperature OL - 100 o Temperature ( C) Figure 48 vs. Temperature OL © 2009 International Rectifier 125 125 125 ...
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... C) Figure 52 Exp 100 125 - Figure 54. FAULT/SD Open Drain Resistance vs. 25 IR2114/IR2214SSPbF - 100 o Temperature ( C) DSH Input Voltage vs. Temperature DSH+ Exp. - 100 o Temperature ( C) DSH Input Voltage vs. Temperature DSH- - 100 o Temperature ( C) Temperature © 2009 International Rectifier 125 125 125 ...
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... Figure 56. DTL Off Deadtime vs. Temperature 780 660 540 Exp. 420 300 -50 75 100 125 C) Figure 58. TonH Propagation Delay vs. Temperature Exp -50 75 100 125 C) Figure 60. TrH Turn On Rise Time vs. Temperature 26 IR2114/IR2214SSPbF - 100 o Temperature ( C) - 100 o Temperature ( C) - 100 o Temperature ( C) © 2009 International Rectifier 125 125 125 ...
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... C) Figure 62. TonL Propagation Delay vs. Temperature 100 125 - Figure 64. TrL Turn On Rise Time vs. Temperature 6 5 Exp 100 125 - IR2114/IR2214SSPbF Exp. - 100 o Temperature ( C) Exp. - 100 o Temperature ( C) - 100 o Temperature ( C) Figure 66. t vs. Temperature DSA T1 © 2009 International Rectifier 125 125 125 ...
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... Exp 100 125 - 1.80 1.45 1.10 0.75 0.40 -50 75 100 125 o C) Figure 72. IO2+H SC Pulsed Current vs. Temperature 28 IR2114/IR2214SSPbF - 100 o Temperature ( C) Figure 68. t vs. Temperature DSA T3 - 100 o Temperature ( C) Figure 70. t vs. Temperature SSH Exp. - 100 o Temperature ( C) © 2009 International Rectifier 125 125 125 ...
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... Exp. 500 300 100 75 100 125 - 3.00 2.50 2.00 Exp. 1.50 1.00 -50 75 100 125 o C) Figure 78. IO1+H SC Pulsed Current vs. Temperature 29 IR2114/IR2214SSPbF - 100 o Temperature ( C) - 100 o Temperature ( C) Figure 76. t vs. Temperature ON1H - 100 o Temperature ( C) © 2009 International Rectifier 125 125 125 ...
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... C) Figure 82. I Exp. -50 - Temperature ( C) Figure 83. I Logic "0" Input Bias Current vs. LIN- Temperature 30 IR2114/IR2214SSPbF - 100 o Temperature ( C) Logic "1" Input Bias Current vs. HIN+ Temperature - 100 o Temperature ( C) Logic "1" Input Bias Current vs. LIN+ Temperature 100 125 © 2009 International Rectifier 125 125 ...
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... Case Outline www.irf.com IR2114/IR2214SSPbF © 2009 International Rectifier 31 ...
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... IR2114/IR2214SSPbF Max 0.476 0.161 0.641 0.299 0.334 0.342 n/a 0.062 A Max 13.001 0.844 0.519 0.096 4.015 0.881 0.830 0.724 © 2009 International Rectifier ...
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... SSOP Tape & Reel IR2114SSPbF 24-Lead SSOP Tape & Reel IR2214SSPbF WORLDWIDE HEADQUARTERS: 233 Kansas Street, El Segundo, CA 90245 Tel: (310) 252-7105 http://www.irf.com www.irf.com IR2114/IR2214SSPbF This part has been qualified per industrial level Data and specifications subject to change without notice. 5/18/2006 33 © 2009 International Rectifier ...