TLP7920

Photocoupler(Isolation Amplifier)

  • 相關參考設計(3)

產品概要

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)

包裝資訊

Toshiba Package Name DIP8
Package Image 東芝 TLP7920 Photocoupler(Isolation Amplifier)產品 DIP8 封裝圖片
Pins 8
Mounting Through Hole/Surface Mount
Width×Length×Height
(mm)
9.66×7.62×3.65
Package Dimensions 檢視
Ultra Librarian® CAD model
(Symbol, Footprint and 3D model)
Download from UltraLibrarian<sup>®</sup> in your desired CAD format<br>(Note1)(Note3)

Download from UltraLibrarian® in your desired CAD format
(Note1)(Note3)

SamacSys CAD model
(Symbol, Footprint and 3D model)
Download from SamacSys<br>(Note2)(Note3)

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.

絕對最大額定值

項目 符號 單位
power supply voltage VDD1,VDD2 -0.5 to 6.0 V
operating temprature Topr -40 to 105

電器特性

項目 符號 條件 單位
Isolation voltage BVs
@1minute (Min)
BVS 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) |dVOS/dTa| - 10 μV/℃
Input offset voltage drift vs ambient temperature(Typ.) |dVOS/dTa| - 3 μV/℃
Gain rank A (+/- 1.0%)(Max) G1 Ta=25℃ 8.28 V/V
Gain rank A (+/- 1.0%)(Min) G1 Ta=25℃ 8.12 V/V
Gain rank A (+/- 1.0%)(Typ.) G1 Ta=25℃ 8.2 V/V
Gain rank B (+/- 0.5%)(Max) G0 Ta=25℃ 8.24 V/V
Gain rank B (+/- 0.5%)(Min) G0 Ta=25℃ 8.16 V/V
Gain rank B (+/- 0.5%)(Typ.) G0 Ta=25℃ 8.2 V/V
Gain rank none (+/- 3.0%)(Max) G3 Ta=25℃ 8.44 V/V
Gain rank none (+/- 3.0%)(Min) G3 Ta=25℃ 7.95 V/V
Gain rank none (+/- 3.0%)(Typ.) G3 Ta=25℃ 8.2 V/V
Input side supply current (VDD1) (Max) IDD1 VIN+=0V 12 mA
Input side supply current (VDD1) (Typ.) IDD1 VIN+=0V 8.6 mA
Output side supply current (VDD2)(Max) IDD2 VIN+=0V 10 mA
Output side supply current (VDD2) IDD2 VIN+=0V 6.2 mA
Output nonlinearity (±200mV) (Max) NL200 Ta=25℃
VIN+>=-200mV
VIN+<=200mV
0.13 %
Output nonlinearity (±200mV) (Typ.) NL200 Ta=25℃
VIN+>=-200mV
VIN+<=200mV
0.02 %
R_IN - 80
Propagation delay time (10% - 10%) (Max) (V_IN+=0 to 200mV/microsec step) tpD10 CL=15pF 2.3 μs
Propagation delay time (10% - 10%) (Typ.) (V_IN+=0 to 200mV/microsec step) tpD10 CL=15pF 1.9 μs
Propagation delay time (50% - 50%) (Max) (V_IN+=0 to 200mV/microsec step) tpD50 CL=15pF 2.6 μs
Propagation delay time (50% - 50%) (Typ.) (V_IN+=0 to 200mV/microsec step) tpD50 CL=15pF 2.3 μs
Propagation delay time (90% - 90%) (Max) (V_IN+=0 to 200mV/microsec step) tpD90 CL=15pF 3.3 μs
Propagation delay time (90% - 90%) (Typ.) (V_IN+=0 to 200mV/microsec step) tpD90 CL=15pF 2.8 μs
Input side supply voltage VDD1 - 4.5 to 5.5 V
Output side supply voltage VDD2 - 3.0 to 5.5 V
Input offset voltage(Max) VOS Ta=25℃ 2.1 mV
Input offset voltage(Min) VOS Ta=25℃ -0.7 mV
Input offset voltage(Typ.) VOS Ta=25℃ 0.73 mV
Gain drift vs ambient temperature |dG/dTa| - 0.00012 V/V/degC
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文檔

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Mar,2023

Jun,2025

Jun,2025

Orderable part number

Orderable part number
(example)
MOQ(pcs) Reliability
Information
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 - -

參考設計

Application block diagram of application circuit (current sensing) of the TLP7920 isolation amplifier.
Application Circuit (Current sensing) of the TLP7920 Isolation Amplifier
This reference design provides design guide and example of simulation waveform for phase current detection with optical isolation amplifier for motor control of servo and inverter.
Application block diagram of application circuit (voltage sensing) of the TLP7920 isolation amplifier.
Application Circuit (Voltage sensing) of the TLP7920 Isolation Amplifier
This reference design provides design guide and example of simulation waveform for bus voltage detection with optical isolation amplifier for motor control of servo and inverter.
This is a picture of the Vienna rectifier circuit PFC power supply that supports 3-phase AC 400V input.
3相AC 400 V輸入Vienna整流器PFC電源
工業設備等3相400V(線電壓)交流電源系統在日本以外廣泛被使用。當電動車的充電椿和其他設備使用3相AC 400 V交流電源時,將交流整流為直流的高功率因數PFC(功率因數校正)是不可缺少的。 此設計為PFC電源,輸入3相AC 400 V,輸出DC 750 V。採用Vienna整流器拓撲,實現3-level的轉換高效率,功率可達5 kW。 提供電路各部分的設計技巧、操作方法以及電路圖和PCB等設計資訊,提供您於設計中使用。
10kW 3-Phase AC 400V Input PFC Converter
This design is capable of supplying 10kW of power with a DC output of 750V. 3-phase AC input (312V to 528V) and employs a 3-phase totem-pole configuration using 1200V SiC MOSFETs outputs 750V DC.
It is suitable for applications such as EV charging stations and various industrial equipment that use 3-phase AC power input.
This reference design provides explanations of the design points, usage methods, and adjustment methods of each part of the circuit, as well as design information including circuit diagrams, board patterns, etc. which can be useful for your design.

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常見問題

常見問答

Notes

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