TLP7920

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Feature	Sigma-delta(Σ-Δ)analog-to-digital converter technology / Optical coupled isolation amplifier
Application Scope	Motor Phase Current and voltage Sensing / Inverter Current and voltage Sensing
Function	Isolation Amplifier
Number of Circuits	1
Output Interface	Analog output
RoHS Compatible Product(s) (#)	Available
Safety Standard	Approved　:　UL 1577 / cUL (CSA Component Acceptance Service No. 5A) / EN 60747-5-5 (VDE) / EN IEC 62368-1 (VDE) Download Online Certification of Safety Standard(UL 1577) Download Online Certification of Safety Standard(cUL)

封装

Toshiba Package Name	DIP8
Package Image
Pins	8
Mounting	Through Hole/Surface Mount
Width×Length×Height (mm)	9.66×7.62×3.65
Package Dimensions	查看
Ultra Librarian^® CAD model (Symbol, Footprint and 3D model)	Download from UltraLibrarian^® in your desired CAD format (Note1)(Note3)
SamacSys CAD model (Symbol, Footprint and 3D model)	Download from SamacSys (Note2)(Note3)

Please refer to the link destination to check the detailed size.

(Note1)	Ultra Librarian^® is a Registered trademark and CAD model library of EMA (EMA Design Automation, Inc.). CAD models (Symbol/Footprint /3D model) are provided by UltraLibrarian^®. The footprints are generated based on the specifications of Ultra Librarian^®.
(Note2)	SamacSys is a wholly owned subsidiary of Supplyframe, Inc. CAD models (Symbol/Footprint /3D model) are provided by Supplyframe, Inc. The footprints are generated based on the specifications of SamacSys.
(Note3)	Please note that the footprint dimensions may differ from the reference Land Pattern dimensions provided on our website.

绝对最大额定值

项目	符号	值	单位
power supply voltage	V_DD1,V_DD2	-0.5 to 6.0	V
operating temprature	T_opr	-40 to 105	℃

电气特性

项目	符号	条件	值	单位
Isolation voltage BVs @1minute (Min)	BV_S	t=60sec	5000	Vrms
common mode transient immunity (Min)	CMTI	-	15	kV/μs
common mode transient immunity (Typ.)	CMTI	-	20	kV/μs
Input offset voltage drift vs ambient temperature(Max)	\|dV_OS/dT_a\|	-	10	μV/℃
Input offset voltage drift vs ambient temperature(Typ.)	\|dV_OS/dT_a\|	-	3	μV/℃
Gain rank A (+/- 1.0%)(Max)	G₁	T_a=25℃	8.28	V/V
Gain rank A (+/- 1.0%)(Min)	G₁	T_a=25℃	8.12	V/V
Gain rank A (+/- 1.0%)(Typ.)	G₁	T_a=25℃	8.2	V/V
Gain rank B (+/- 0.5%)(Max)	G₀	T_a=25℃	8.24	V/V
Gain rank B (+/- 0.5%)(Min)	G₀	T_a=25℃	8.16	V/V
Gain rank B (+/- 0.5%)(Typ.)	G₀	T_a=25℃	8.2	V/V
Gain rank none (+/- 3.0%)(Max)	G₃	T_a=25℃	8.44	V/V
Gain rank none (+/- 3.0%)(Min)	G₃	T_a=25℃	7.95	V/V
Gain rank none (+/- 3.0%)(Typ.)	G₃	T_a=25℃	8.2	V/V
Input side supply current (V_DD1) (Max)	I_DD1	V_IN+=0V	12	mA
Input side supply current (V_DD1) (Typ.)	I_DD1	V_IN+=0V	8.6	mA
Output side supply current (V_DD2)(Max)	I_DD2	V_IN+=0V	10	mA
Output side supply current (V_DD2)	I_DD2	V_IN+=0V	6.2	mA
Output nonlinearity (±200mV) (Max)	NL₂₀₀	T_a=25℃ V_IN+>=-200mV V_IN+<=200mV	0.13	%
Output nonlinearity (±200mV) (Typ.)	NL₂₀₀	T_a=25℃ V_IN+>=-200mV V_IN+<=200mV	0.02	%
R_IN		-	80	kΩ
Propagation delay time (10% - 10%) (Max) (V_IN+=0 to 200mV/microsec step)	t_pD10	C_L=15pF	2.3	μs
Propagation delay time (10% - 10%) (Typ.) (V_IN+=0 to 200mV/microsec step)	t_pD10	C_L=15pF	1.9	μs
Propagation delay time (50% - 50%) (Max) (V_IN+=0 to 200mV/microsec step)	t_pD50	C_L=15pF	2.6	μs
Propagation delay time (50% - 50%) (Typ.) (V_IN+=0 to 200mV/microsec step)	t_pD50	C_L=15pF	2.3	μs
Propagation delay time (90% - 90%) (Max) (V_IN+=0 to 200mV/microsec step)	t_pD90	C_L=15pF	3.3	μs
Propagation delay time (90% - 90%) (Typ.) (V_IN+=0 to 200mV/microsec step)	t_pD90	C_L=15pF	2.8	μs
Input side supply voltage	V_DD1	-	4.5 to 5.5	V
Output side supply voltage	V_DD2	-	3.0 to 5.5	V
Input offset voltage(Max)	V_OS	T_a=25℃	2.1	mV
Input offset voltage(Min)	V_OS	T_a=25℃	-0.7	mV
Input offset voltage(Typ.)	V_OS	T_a=25℃	0.73	mV
Gain drift vs ambient temperature	\|dG/dT_a\|	-	0.00012	V/V/degC

文档

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数据表 TLP7920 数据表/日文

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May,2016

数据表 TLP7920 数据表/英文

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May,2016

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Jul,2023

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Mar,2023

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Orderable part number (example)	MOQ(pcs)	RoHS	Gain Rank (Accuracy %)	VDE
TLP7920(A-LF1,F	50	Yes	A-rank(±1%)	-
TLP7920(B-LF1,F	50	Yes	B-rank(±0.5%)	-
TLP7920(D4-LF1,F	50	Yes	-	Yes
TLP7920(D4ALF1,F	50	Yes	A-rank(±1%)	Yes
TLP7920(D4BLF1,F	50	Yes	B-rank(±0.5%)	Yes
TLP7920(LF1,F	50	Yes	-	-

参考设计

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详细信息

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详细信息

3相AC 400 V输入Vienna整流器PFC电源

向工业设施等提供3相交流电源，和400 V（线路电压）系统在日本以外广泛使用。当电动汽车充电器和其他设备使用此类3相AC 400 V系统输入时，将交流整流为高功率因数直流的PFC（功率因数校正）电源是必不可少的。
该设计是一个PFC电源，输入3相AC 400 V，输出DC 750 V。采用Vienna整流器拓扑，实现3电平运行的高效率，功率可达5 kW。
提供电路各部分的设计技巧、操作方法以及电路图和PCB图案等设计信息，请在您的设计中使用。

详细信息

Notes

The Part Number column shows representative part numbers only, which may not be available for sale in the precise form shown. Each Part Number constitutes a product family which may contain multiple associated product configurations.
(#) Under the RoHS Compatible Product(s) column, "Available" means at least one RoHS-Compatible product is available for sale in the corresponding product family. "None" means no RoHS Compatible product is available in that product family. For Toshiba's definitions of concepts related to the RoHS Directive and RoHS Compatibility, please click here.
The RoHS compatibility information provided herein is to the best of Toshiba's knowledge and belief accurate as of the date Toshiba entered the information into this database. Information is subject to change at any time without notice.
Please contact your Toshiba sales representative for detailed environmental information about each specific part number or product, such as RoHS compatibility or material content. Please use Toshiba products only in compliance with all applicable laws and regulations concerning the inclusion or use of controlled substances, including without limitation the RoHS Directive.TOSHIBA ASSUMES NO LIABILITY FOR DAMAGES OR LOSSES OCCURRING AS A RESULT OF NONCOMPLIANCE WITH APPLICABLE LAWS AND REGULATIONS.
Reliability data are provided for your reference only, please contact your Toshiba sales representative for detailed reliability information about each part number.
For product delivery, additional characters will be added to the part numbers shown on this website. For details, please ask your local distributor, or send an inquiry accessed from "Contact Us" on this website.

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绝对最大额定值

电气特性

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参考设计

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