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Type Silicon MOSFET type Integrated Circuit Application For Switching Power Supply Control Structure CMOS type Equivalent Circuit Figure 8 Ａ．ABSOLUTE MAXIMUM RATINGS （Ta=25℃±3℃） NO. Item Symbol Ratings Unit
1 VIN Voltage
V I N －0.3 ～ 500 V
2 VCC Voltage
V C C －0.3 ～ 45 V
3 VDD Voltage
VDD －0.3 ～ 9 V
4 OUT Voltage
V O U T －0.3 ～ 30 V
5 IS Voltage
V I S －0.3 ～ 5 V
6 TR Voltage
7 TR Current
I T R －5 mA
8 Channel Temperature
Tch １50 ℃
9 Storage Temperature
Tstg －55 ～ ＋１50 ℃ Ｂ．RECOMMENDED OPERATING CONDITIONS NO. Item Symbol Conditions Unit Note
1 Junction Temperature
Ｔ ｊ －40 ～ ＋125 ℃ C ． E L E C T R I C A L C H A R A C T E R I S T I C S Measure condition (Ta=25℃±3℃) No. Item Symbol Measure Condition (Figure 1) Typ. Min. Max. Unit 【CONTROL FUNCTIONS】 *Design guaranteed item VCC Start Voltage VCC(ON) V
2 VCC Stop Voltage
VCC(OFF) 13 12 14 V
3 VCC Start/Stop Hysteresis
VCC(ON) - VCC(OFF) D _ V C C 7 6 8 V Doc No. TD4-EA-01881 Revision. Established 2013-11-19 Revised
C ． E L E C T R I C A L C H A R A C T E R I S T I C S Measure condition (Ta=25℃±3℃) No. Item Symbol Measure Condition (Figure 1) Typ. Min. Max. Unit
4 VDD Start Voltage
VDD(ON) 6.0 5.4 6.6 V
5 VDD Stop Voltage
VDD(OFF) 4.8 4.3 5.3 V
6 VDD Clamp Voltage IDD = 5 mA
VDD(CLP) 6.7 5.9 7.5 V
7 VDD Control Voltage O N → O F F
VDD(CNT) 5.7 5.1 6.3 V
8 VDD Control Hysteresis OFF → ON
9 VDD Start/Stop Hysteresis VDD(ON) – VDD(OFF)
D_VDD1 1.2 0.9 1.5 V
10 Deference between VDD(ON) and VDD(ON) - VDD(CNT)
VDD(CNT) D_VDD2 0.3 0.05 0.6 V
11 Deference between VDD(CNT) and VDD(CNT) - VDD(OFF)
VDD(OFF) D_VDD3 0.9 0.6 1.2 V
12 Deference between VDD(ON) and VDD(CLP) – VDD(CNT)
VDD(CNT) D_VDD4 1.0 0.6 1.4 V 13 VCC Current at Start-up VCC = VCC(ON) - 0.5 V, VDD = VDD(ON) + 0.2 V ICC（SB） 0.18 0.08 0.18 mA
14 VCC Current at Off-state VCC = 15 V
VDD = VDD(CNT) + 0.2 V ICC（OFF） 0.17 0.07 0.27 mA
15 VCC Current at Operating VCC = 20V, COUT = 1nF,
VDD = VDD(CNT) - 0.3 V ICC(OP) 0.60 0.40 0.80 mA 16 VDD Current at Start-up VCC = VDD(ON) + 0.5 V VDD = VDD(ON) - 0.2 V IDD（SB） 0.63 0.52 0.77 mA
17 VDD Current at Off-state VCC = 15 V
VDD = VDD(CNT) + 0.2 V IDD（OFF） 0.65 0.55 0.75 mA
18 VDD Current at Operating VCC = 20V,
VDD = VDD(CNT) - 0.3 V IDD(OP) 0.58 0.46 0.70 mA
19 Output Frequency at Start-up
20 Jitter IS Voltage Deviation VDD = VDD(CNT) – 0.1 V ※Figure 2 D_VIS 32 - - mV *21 Transformer Reset Voltage VTH(TR) 65 5 125 mV
22 Transformer Reset Detection Delay
Time Td(TR) 150 - - ns 23 Mask Time after Turn-off at Heavy VDD = VDD(CNT) – 0.3 V ※Figure 3 Load Td(OFF)1 5 - - μs
24 Mask Time after Turn-off at Light VDD = VDD(CNT)
※Figure 3 Load Td(OFF)2 12 - - μs 25 ＶCC Charge Current VCC = 0 V, VDD = open, VIN = 50 V ICCH1 -9.0 -13.0 -5.4 mA VCC = 18 V, VDD = open, VIN = 50 V ICCH2 -3.20 -5.00 -1.92 mA Doc No. TD4-EA-01881 Revision. Established 2013-11-19 Revised
C ． E L E C T R I C A L C H A R A C T E R I S T I C S Measure condition (Ta=25℃±3℃) No. Item Symbol Measure Condition (Figure 1) Typ. Min. Max. Unit ＶDD Charge Current VCC = VCC(ON), VDD = 0 V, IDCH1 VIN = 50 V -25 -35 -15 mA VCC = VCC(ON), VDD = 5 V, -20 -30 -10 mAIDCH2 VIN = 50 V 【CIRCUIT PROTECTIONS】 *Design guaranteed item 27 Current Limit Detection Voltage VDD = VDD(CNT) - 0.3 V VLIMIT 800 744 856 mV *28 Current Detection Voltage at Light VDD = VDD(CNT) mV Load VIS(OFF) 160 100 220 29 Sense Offset Current at Heavy Load VDD = VDD(CNT) - 0.3 V, VIS = 0 V ※Figure 4 IIS1 0 -0.2 0.2 μA
30 Sense Offset Current at Light Load VDD = VDD(CNT),
VIS = 0 V ※Figure 4 IIS2 -65 - - μA
31 Minimum On Time VCC = 20 V, COUT = 1 nF
Ton(MIN) 700 - - ns
32 Maximum On Time
Ton(MAX) 26 22 30 μs
33 Current Limit Detection Delay
Td(OCL) 200 - - ns
34 Timer Intermittent Cycle VDD = VDD(ON) ⇔VDD(OFF),
VIS > VLIMIT T I M E R 8 -
35 VCC Overvoltage Protection
Detection VCC(OV) 34 31 37 V
36 TR Latch Threshold Voltage
V T H ( L A T ) VDD-0.8 VDD-1.3 VDD-0.3 V *37 TR Latch Detection Filter Time Td(LAT) 120 70 170 μs
38 Latch Reset VDD Threshold
VDDreset 2.7 1.7 3.7 V *39 Thermal Shutdown Temperature TOTP 140 130 150 ℃ *40 Thermal Shutdown Temperature Hysteresis TOTPHYS 70 - - ℃ 【OUTPUT】 *Design guaranteed item
41 Output Sink Current VCC = 20 V, VOUT = 12 V
IOUTL 0.45 - - A
42 Output Source Current VCC = 20 V, VOUT = 0 V
IOUTH -0.22 - - A
43 Low Level Output Voltage VCC = 20 V, IOUT = 10 mA
VOUTL 0.1 - 0.3 V *44 High Level Output Threshold Voltage ※Figure 5 VOUT(TH) 12.4 10.9 13.9 V *45 High Level Output Minimum Voltage VCC = VCC(OFF) ※Figure 6 VOUT(MIN) 9.9 9 11 V Doc No. TD4-EA-01881 Revision. Established 2013-11-19 Revised
C ． E L E C T R I C A L C H A R A C T E R I S T I C S Measure condition (Ta=25℃±3℃) No. Item Symbol Measure Condition (Figure 1) Typ. Min. Max. Unit
46 Rise Time VCC = 20 V, COUT = 1 nF
※Figure 7 tr 275 - - ns
47 Fall Time VCC = 20 V, COUT = 1 nF
※Figure 7 tf 50 - - ns 【HIGH VOLTAGE INPUT】
48 VIN pin OFF-State Leakage Current VIN = 450 V, VCC > VCC(ON),
VDD > VDD(ON) IIN(LEAK) 5 - 20 μA
49 VIN pin Breakdown Voltage IIN = 100 μA, VCC > VCC(ON),
VDD > VDD(ON) BVVIN - 500 - V
50 Minimum VIN Supply Voltage
VIN(MIN) 28 23 33 Ｖ 【Figure 1： Measure circuit／Pin Layout】 Pin No. Pin Name
１ OUT
２ VCC
３ TR
４ VDD
５ VIN
６ －
７ GND
８ IS VOUT /IOUT 1000 pF VCC /ICC VTR /ITR VDD /IDD 0.1 μF 0.01 μF VIS /IIS 0.01 μF VIN /IIN 1 μF VOUT /IOUT 1000 pF VCC /ICC VTR /ITR VDD /IDD 0.1 μF 0.01 μF VIS /IIS 0.01 μF VIN /IIN 1 μF Doc No. TD4-EA-01881 Revision. Established 2013-11-19 Revised
【Figure 2： D_VIS measurement】 【Figure 3： VDD – Td(OFF) Characteristics】 Current detection threshold voltage of IS pin t D_VIS 64 oscillation cycle in 1 period t Out pin voltage Current detection threshold voltage of IS pin t D_VIS 64 oscillation cycle in 1 period t Out pin voltage Td(OFF) VDD Td(OFF)1 VDD(CNT) Td(OFF)2 VDD(CNT)-0.3V Td(OFF) VDD Td(OFF)1 VDD(CNT) Td(OFF)2 VDD(CNT)-0.3V Doc No. TD4-EA-01881 Revision. Established 2013-11-19 Revised
【Figure 4： VDD – IIS Characteristics】 【Figure 5： VOUT(TH) measurement】 【Figure 6： VOUT(MIN) measurement】 IIS VDD VDD(CNT) IIS2 VDD(CNT)-0.3V IIS1 IIS VDD VDD(CNT) IIS2 VDD(CNT)-0.3V IIS1 t VOUT(TH) OUT pin voltage OUT pin current t t VOUT(TH) OUT pin voltage OUT pin current t VCCVCC(OFF) VOUT(TH) OUT pin voltage at turn on VOUT(MIN) VCC(ON) VCCVCC(OFF) VOUT(TH) OUT pin voltage at turn on VOUT(MIN) VCC(ON) Doc No. TD4-EA-01881 Revision. Established 2013-11-19 Revised
【Figure 7： tr, tf measurement】 【Figure 8： Block Diagram】 VCC VIN GND VDD Leading Edge Blanking VCC(ON)/VCC(OFF) TR SQ R Q VBG VLIMIT Light load Detection VIS(OFF) Internal Supply OUT IS Error Amplifier Sense Offset Circuit VOUT(TH) VDD(ON)/VDD(OFF) Clamping Circuit Over Voltage ProtectionVCC(OVP) Jittering Circuit Intermittent Control Circuit Timer Intermittent VDD Restart Trigger Turn-OFF Masking Oscillator CLOCK MAXON TR Detection Bottom On Discharge Hysteretic Thermal Shutdown TR(LAT) VDD(CNT) Filter SQ R Q Gate Driver VCC VIN GND VDD Leading Edge Blanking VCC(ON)/VCC(OFF) TR SQ R Q VBG VLIMIT Light load Detection VIS(OFF) Internal Supply OUT IS Error Amplifier Sense Offset Circuit VOUT(TH) VDD(ON)/VDD(OFF) Clamping Circuit Over Voltage ProtectionVCC(OVP) Jittering Circuit Intermittent Control Circuit Timer Intermittent VDD Restart Trigger Turn-OFF Masking Oscillator CLOCK MAXON TR Detection Bottom On Discharge Hysteretic Thermal Shutdown TR(LAT) VDD(CNT) Filter SQ R Q SQ R Q Gate Driver t 10% 90% tf tr OUT端子電圧 t 10% 90% tf tr OUT端子電圧 90% 10% OUT pin voltage Doc No. TD4-EA-01881 Revision. Established 2013-11-19 Revised
【Precautions for Use 1】 Connect a ceramic capacitor with value > 0.1μF between VDD pin and GND, and between VCC pin and GND. 【Precautions for Use 2】 The product has risks for break-down or burst or giving off smoke in following conditions. Avoid the following use. F u s e s h o u l d b e a d d e d a t t h e i n p u t s i d e o r c onnect zener diode between control pin and GND, etc as a countermeasure to pass regulatory Safety Standard. Concrete countermeasure could be provided individually. However, customer should make the final judgment. （1） Reverse the VIN pin and OUT pin connection to the power supply board. （2） VIN pin short to OUT pin. （3） VIN pin short to VCC pin. （4） VIN pin short to TR pin. （5） VIN pin short to VDD pin. （6） VIN pin short to IS pin. （7） VCC pin short to TR pin. （8） VCC pin short to VDD pin. （9） VCC pin short to IS pin. Doc No. TD4-EA-01881 Revision. Established 2013-11-19 Revised
Request for your special attention and precautions in using the technical information and semiconductors described in this book (1) If any of the products or technical information described in this book is to be exported or provided to non-residents, the laws and regulations of the exporting country, especially, those with regard to security export control, must be observed. (2) The technical information described in this book is intended only to show the main characteristics and application circuit examples of the products. No license is granted in and to any intellectual property right or other right owned by Panasonic Corporation or any other company. Therefore, no responsibility is assumed by our company as to the infringement upon any such right owned by any other company which may arise as a result of the use of technical information described in this book. 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Those who have purchased IPD products shall not use such IPD products in unmodified form for re-sale, loan, or sample shipment for evaluation purposes to any other parties. 3) If a party who has duly purchased IPD products subcontracts its production to any other parties, including its subsidiaries or any other third parties inside and/or out of Japan, and the IPD products are consigned to such subcontracting parties thereat, such party is obligated to monitor and control the quantity of IPD products to prevent any of the aforementioned re-sale, loan or sample shipments from taking place. 4) In the event that any actual or threatened breach or violation of any of the above mentioned 2) or 3) has occurred or is about to occur, our company will hold all shipments of IPD products and may request the customer to disclose necessary documentation describing the status of our end-users and/or distribution channels. Note) The products of MIP50, MIP51, and MIP7** are excluded from above-mentioned precautions, 1) to 3). Application
- For power supply
- For DC-DC converter
- For power supply
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- No restrictions in terms of contract Note) For details, contact our sales division. Parts No. MIP01 MIP2 MIP9A MIP1 MIP4 MIP52 MIP56 MIP816/826 MIP02 MIP3 MIP9L MIP00 MIP55 MIP803/804 MIP53 MIP5S MIP9E**