TLP152

KTP

Extended

Category: Gate Drive Optocoupler
Package: SO-6
Pins: 5

Overview

The TLP152 is a gate Drive Optocoupler made by KTP in a SO-6 package with 5 pins.

PCBKit's library has its KiCad symbol (EasyEDA_Cloud:QXM513-CUH-S, from EasyEDA) and its footprint (EasyEDA_Cloud:SO-6_5P-L3.7-W4.6-P1.27-LS7.0-BL-PE2, from EasyEDA), ready for a KiCad board. 11,339 are in stock at JLCPCB (part C22436730). 15 open-source boards in 14 repositories on GitHub use it.

Symbol

EasyEDA_Cloud:QXM513-CUH-SFrom EasyEDA

Footprint

EasyEDA_Cloud:SO-6_5P-L3.7-W4.6-P1.27-LS7.0-BL-PE2From EasyEDA

From the datasheet

Supply, least: 10 V · VCC, recommended operating min · p. 1
Supply, most: 30 V · VCC, recommended operating max · p. 1
Supply, absolute maximum: 35 V · VCC, absolute max · p. 3
Works from: -40 °C · Operating ambient min · p. 3
Works up to: 100 °C · Operating ambient max · p. 3
Takes working: 1.9 mA · VCC high-level supply current typical, IF=10mA, output open · p. 4
Takes at most: 3 mA · VCC supply current max, output open · p. 1
Edge: 18 ns · Output rise time typical, VCC=30V, Rg=20Ω, Cg=10nF · p. 5

What it is and has

Output: Buffered logic, totem-pole output · p. 1
Peak output current: ±2.5 A maximum · p. 1
Common-mode transient immunity: ±20 kV/us minimum · p. 1
Isolation voltage: 3750 Vrms minimum · p. 1
Package: SO6 · p. 2

Around it

cap 0.1uF: between VCC and GND; Required bypass capacitor between pins 6 and 4. · p. 1

Specifications

Parameter	Conditions	As printed	Page
输入正向电流 IF	TA=25℃	max 20 mA	3
峰值瞬态输入正向电流(2) IFPT	TA=25℃; 脉宽≤1us，300pps	max 1 A	3
输入反向电压 VR	TA=25℃	max 5 V	3
输入功耗 PD	TA=25℃	max 40 mW	3
峰值高电平输出电流(3) IOPH	TA=-40 to 100℃; 指数波形，脉宽≤0.2us，f≤15kHz，VCC=20V；或脉宽≤0.08us，f≤25kHz，VCC=15V	max -2.5 A	3
峰值低电平输出电流(3) IOPL	TA=-40 to 100℃; 指数波形，脉宽≤0.2us，f≤15kHz，VCC=20V；或脉宽≤0.08us，f≤25kHz，VCC=15V	max 2.5 A	3
输出电压 VO	TA=25℃	max 35 V	3
电源电压 VCC	TA=25℃	max 35 V	3
输出功耗 PO	TA=25℃	max 260 mW	3
输出功耗降额(TA≥85℃) ∆PO/∆TA	TA≥85℃	max -2 mW/℃	3
工作温度 Topr		min -40 · max 100 ℃	3
贮存温度 Tstg		min -55 · max 125 ℃	3
铅焊温度(10s) Tsol	10s	max 260 ℃	3
隔离电压(4)(AC，60s，R.H.≤60%) BVS	TA=25℃; AC，60s，R.H.≤60%; 引脚1和3短接，引脚4、5和6短接	max 3750 Vrms	3
输入通态电流(5) IF(ON)	输入导通电流的上升和下降时间应小于0.5us	min 10 · max 15 mA	3
输入断态电压 VF(OFF)		min 0 · max 0.8 V	3
峰值高电平输出电流 IOPH		max -2 A	3
峰值低电平输出电流 IOPL		max 2 A	3
工作频率(6) f	指数波形，IOPH≥-0.65A(≤80ns)，IOPL≤0.65A(≤80ns)，TA=100℃，VCC=20V	max 250 kHz	3
输入正向电压 VF	IF=10mA，TA=25℃	min 1.4 · typ 1.57 · max 1.8 V	4
输入正向电压温度系数 ∆VF/∆TA	IF=10mA; TA=-40 to 100℃，典型值TA=25℃	typ -1.8 mV/℃	4
输入反向电流 IR	VR=5V，TA=25℃	max 10 uA	4
输入电容 Ct	V=0V，f=1MHz，TA=25℃	typ 45 pF	4
峰值高电平输出电流(7) IOPH	IF=10mA，VCC=15V，V6─5=4V; TA=-40 to 100℃，典型值TA=25℃; IO应用时间≤50us，单脉冲	typ -2.2 · max -1 A	4
峰值高电平输出电流(7) IOPH	IF=10mA，VCC=15V，V6─5=10V; TA=-40 to 100℃，典型值TA=25℃; IO应用时间≤50us，单脉冲	typ -3.4 · max -2 A	4
峰值低电平输出电流(7) IOPL	IF=0mA，VCC=15V，V5─4=2V; TA=-40 to 100℃，典型值TA=25℃; IO应用时间≤50us，单脉冲	min 1 · typ 2.4 A	4
峰值低电平输出电流(7) IOPL	IF=0mA，VCC=15V，V5─4=10V; TA=-40 to 100℃，典型值TA=25℃; IO应用时间≤50us，单脉冲	min 2 · typ 3.5 A	4
高电平输出电压 VOH	IF=10mA，VCC=10V，IO=-100mA; TA=-40 to 100℃，典型值TA=25℃	min 6 · typ 8.5 V	4
低电平输出电压 VOL	VF=0.8V，VCC=10V，IO=100mA; TA=-40 to 100℃，典型值TA=25℃	typ 0.1 · max 1 V	4
高电平电源电流 ICCH	IF=10mA，VCC=10 to 30V，VO=Open; TA=-40 to 100℃，典型值TA=25℃	typ 1.9 · max 3 mA	4
低电平电源电流 ICCL	IF=0mA，VCC=10 to 30V，VO=Open; TA=-40 to 100℃，典型值TA=25℃	typ 1.8 · max 3 mA	4
输入阈值电流(L/H) IFLH	VCC=15V，VO>1V; TA=-40 to 100℃，典型值TA=25℃	typ 1.5 · max 7.5 mA	4
UVLO 迟滞 UVLOHYS	TA=-40 to 100℃，典型值TA=25℃	typ 0.3 V	4
总电容(8)(输入到输出) CS	VS=0V，f=1MHz，TA=25℃; 引脚1和3短接，引脚4、5和6短接	typ 0.35 pF	4
隔离电阻(8) RS	VS=500V，R.H.≤60%，TA=25℃; 引脚1和3短接，引脚4、5和6短接	min 1012 · typ 1014 Ω	4
隔离电压(8) BVS	交流，60s，TA=25℃; 引脚1和3短接，引脚4、5和6短接	min 3750 Vrms	4
隔离电压(8) BVS	交流，1s 在油中，TA=25℃; 引脚1和3短接，引脚4、5和6短接	typ 10000 Vrms	4
隔离电压(8) BVS	直流，60s 在油中，TA=25℃; 引脚1和3短接，引脚4、5和6短接	typ 10000 Vdc	4
逻辑高电平传输延迟(9) tPLH	IF=0→10mA，VCC=30V，Rg=20Ω，Cg=10nF，TA=25℃	min 60 · typ 95 · max 145 ns	5
逻辑低电平传输延迟(9) tPHL	IF=10→0mA，VCC=30V，Rg=20Ω，Cg=10nF，TA=25℃	min 60 · typ 110 · max 165 ns	5
逻辑高电平传输延迟(9) tPLH	IF=0→10mA，VCC=30V，Rg=20Ω，Cg=10nF; TA=-40 to 100℃，典型值TA=25℃	min 50 · typ 95 · max 170 ns	5
逻辑低电平传输延迟(9) tPHL	IF=10→0mA，VCC=30V，Rg=20Ω，Cg=10nF; TA=-40 to 100℃，典型值TA=25℃	min 50 · typ 110 · max 190 ns	5
传输延迟偏差(9)(12)(器件到器件) tpsk	IF=0←→10mA，VCC=30V，Rg=20Ω，Cg=10nF; TA=-40 to 100℃	min -85 · max 85 ns	5
脉宽失真(9) \|tPHL-tPLH\|	IF=0←→10mA，VCC=30V，Rg=20Ω，Cg=10nF; TA=-40 to 100℃，典型值TA=25℃	typ 15 · max 50 ns	5
输出上升时间(9) tR	IF=0→10mA，VCC=30V，Rg=20Ω，Cg=10nF; TA=-40 to 100℃，典型值TA=25℃	typ 18 ns	5
输出下降时间(9) tF	IF=10→0mA，VCC=30V，Rg=20Ω，Cg=10nF; TA=-40 to 100℃，典型值TA=25℃	typ 22 ns	5
输出高电平共模抑制(10) CMH	VCM=1000VP-P，IF=10mA，VCC=30V，TA=25℃，VO(MIN)=26V; 最小值为±20 kV/us	min 20 kV/us	5
输出低电平共模抑制(11) CML	VCM=1000VP-P，IF=0mA，VCC=30V，TA=25℃，VO(MAX)=1V; 最小值为±20 kV/us	min 20 kV/us	5

Pins, by the datasheet

1 Anode: LED 正极 · p. 2
3 Cathode: LED 负极 · p. 2
4 GND: 地 · p. 2
5 VO: 输出 · p. 2
6 VCC: 电源电压 · p. 2

Parameters

CMTI(kV/us): 20kV/us
Current - Supply: 1.9mA
Current - Supply(Max): 3mA
Fall Time: 22ns
Features: Under-voltage lockout with hysteresis
High Level Delay Time: 190ns
Isolation Voltage(Vrms): 3.75kV
Load Type: IGBT
Low Level Delay Time: 170ns
Number of Channels: 1
Operating Temperature: -40℃~+100℃
Output Current(Max): 2.5A
Reverse Voltage: 5V
Rise Time: 18ns
Voltage - Forward(Vf): 1.57V
Voltage - Supply: 10V~30V
Voltage - Supply (Driver): 10V~30V
Voltage - Supply(Absolute Max): 35V

Order codes

TLP152LCSC C22436730

Pinout

The pins of the TLP152
Pin	Name	Type
1	AN	Unspecified
3	CAT	Unspecified
4	GND	Unspecified
5	VO	Unspecified
6	VCC	Unspecified

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Questions

Is there a KiCad symbol and footprint for the TLP152?

Yes. The symbol is EasyEDA_Cloud:QXM513-CUH-S and the footprint EasyEDA_Cloud:SO-6_5P-L3.7-W4.6-P1.27-LS7.0-BL-PE2, both drawn on this page. PCBKit places them on a board for you when you design with it.

What package is the TLP152?

SO-6, with 5 pins. Its footprint is drawn on this page.

Where is the TLP152 datasheet?

KTP publishes it: the Datasheet link on this page opens it.

Where can I order the TLP152?

JLCPCB lists it as part C22436730, with 11,339 in stock; the sellers' links on this page open their listings.

Which open-source boards use the TLP152?

15 boards in 14 repositories on GitHub; the most starred are listed on this page, with their KiCad files.