Jilin-Sino-Microelectronics-SPE15S60F-E

Part #Jilin-Sino-Microelectronics-SPE15S60F-E
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Jilin-Sino-Microelectronics-SPE15S60F-E
智能功率模块
(IPM)  
Intelligent Power Module  
SPE15S60F-E  
封装
Package  
主要参数
MAIN CHARACTERISTICS  
600V/15A
三相全桥智能功率模块  
V

CES  

±
I

C  

600V  
15A  
30A  
±
I

CP  

用途  
APPLICATIONS  
●
冰箱压缩机  
●
空调压缩机  
●
低功率变频器  
●
工业缝纫机  
●
Air-conditioning compressor  
●
Refrigerator compressor  
●
Low power inverter  
●
Industrial sewing machine  
产品特性  
●
下臂
IGBT
发射极输出,内置自举二极管。  
DIP25-DBC  
●
600V/15A
三相逆变器,内置低损耗沟道栅
–
场截止型
IGBT
。  
●
IGBT
驱动:高速
600V
电平转换,电源欠压保护,  
短路(过流)保护,过温保护和温度输出。  
●
故障信号:对应于短路(过流)、过温和低侧电源欠压故障。  
●
输入接口:兼容
3.3V &5V
输入信号,高电平有效。  
FEATURES  
●
Lower arm IGBT emitter output, built-in bootstrap diode.  
●
600V/15A three-phase inverter with built-in low-loss trench  
gate-field stop IGB
T
.  
PIN1-PIN25  
●
IGBT drive: high-speed 600V level conversion, power supply under-voltage protection, short circuit  
(overcurrent) protection
,
Over temperature protection and temperature output.  
●
Fault signal: corresponds to short circuit (overcurrent)
、
Over temperature and Low-side power  
under-voltage fault.  
●
Input interface: compatible with 3.3V&5V input signals, high level effective.  
订货信息
ORDER MESSAGE  
产 品 信 息
Product information  
订 货 料 号  
无卤
–
条管  
无卤
–
编带  
印
记
封
装
外形  
Order number  
Halogen-Free-Tube
Halogen-Free-
Reel  
Marking  
Package  
Outline  
2A01-0563-16  
2A01-0631-16  
SPE15S60F-E  
SPE15S60F-E  
N/A  
N/A  
SPE15S60F-E  
SPE15S60F-E  
DIP25-DBC  
DIP25-DBC  
A
B
版本:
202209A  
1/19  

SPE15S60F-E  
模块示意图
Module diagram  
图
1
:模块内部电路示意图  
Fig 1: Internal circuit  
图
2
:模块引脚分布示意图  
Fig 2: Distribution of pin  
版本:
202209A  
2/18  

SPE15S60F-E  
管脚编号  
管脚名称  
管脚描述  
Pin Number  
Pin Names  
Pin Description  
无连接  
connectionless  
U
相上臂驱动电源端子  
1
2
NC  
VUFB  
VVFB  
VWFB  
UP  
U-phase upper arm drive power terminal  
V
相上臂驱动电源端子  
V phase upper arm drive power terminal  
W
相上臂驱动电源端子  
3
4
W phase upper arm drive power terminal  
U
相上臂控制信号输入端子  
U-phase upper arm control signal input terminal  
V
相上臂控制信号输入端子  
V phase upper arm control signal input terminal  
W
相上臂控制信号输入端子  
W phase upper arm control signal input terminal  
控制电源端子  
5
6
VP  
7
WP  
8
VP1  
VNC  
UN  
Control power terminal  
控制电源
GND
端子  
9
Control power GND terminal  
U
相下臂控制信号输入端子  
U-phase lower arm control signal input terminal  
V
相下臂控制信号输入端子  
V phase lower arm control signal input terminal  
W
相下臂控制信号输入端子  
W phase lower arm control signal input terminal  
控制电源端子  
10  
11  
VN  
12  
13  
WN  
VN1  
Control power terminal  
故障输出端子  
14  
15  
16  
17  
18  
19  
20  
21  
22  
23  
24  
25  
FO  
CIN  
VNC  
VOT  
NW  
NV  
NU  
W
Fault output terminal  
短路保护触发电压检测端子  
Short circuit protection trigger voltage detection terminal  
控制电源
GND
端子  
Control power GND terminal  
温度检测输出端子  
T
e
mperature detection output terminal  
W
相下臂
IGBT
发射极端子  
W phase lower arm IGBT emitter terminal  
V
相下臂
IGBT
发射极端子  
V phase lower arm IGBT emitter terminal  
U
相下臂
IGBT
发射极端子  
U phase lower arm IGBT emitter terminal  
W
相输出端子  
W phase output terminal  
V
相输出端子  
V phase output terminal  
U
相输出端子  
U phase output terminal  
逆变器直流输入端子  
V
U
P
Dc input terminal of inverter  
无连接  
NC  
connectionless  
图
3
:模块引脚功能定义表  
Fig 3: Pin function  
版本:
202209A  
3/18  

SPE15S60F-E  
最大额定值
(T
j
= 25
℃
,
除非特殊说明)  
Absolute Maximum Ratings
 
(
T
j
= 25
℃
, Unless otherwise Specified
)  
逆变部分
Inverter Part  
记号  
项目  
条件  
额定值  
单位  
Mark  
Project  
Condition  
Ratings  
Units  
电源电压  
应用于
P- NU, NV, NW
 
之间  
It applies between p-nu, NV, and NW  
应用于
P- NU, NV, NW
 
之间  
V

CC  

V
CC(Surge)  
V

CES  

± I

C  

450  
500  
V
V
supply voltage  
电源电压(含浪涌)  
Supply voltage (including surge)  
It applies between p-nu, NV, and NW  
集电极
–
发射极间电压  
/
600  
V
Collector to emitter voltage  
集电极电流  
T

C

= 25°C
(
Tc
测试方法见图
4
)  
TC = 25°C (see Figure 4 for Tc test method)  
T

C

= 25°C,
 
脉冲宽度小于
1ms  
TC = 25°C, pulse width is less than 1ms  
T

C

= 25°C
,单晶片  
15  
A
Collector current  
集电极电流(峰值)  
± I

CP  

30  
A
Collector current (peak)  
集电极功耗  
P

C  

39  
W
°C  
Collector power consumption  
TC = 25°C, single chip  
结温  
(
见备注
1)  
Tj  
-40~+150  
Junction temperature  
(See note 1)  
备注
1
:
IPM
功率晶片最大额定结温为
150°C(@
表面温度
T

C

≤ 100°C)
。
然
而
,
为了确保
IPM
运行安全
,
结
温应限定于
Tj(av) ≤  
125°C (@
表面温度
Tc ≤ 100°C)
。  
Remark 1: The maximum rated junction temperature of the IPM power chip is 150°C (@surface temperature TC≤ 100°C).  
However, to
ensure safe operation of the IPM, the junction temperature should be limited to Tj(av) ≤ 125°C (@surface  
temperature Tc ≤ 100°C).  
控制部分
Control Part  
记号  
项目  
条件  
额定值  
单位  
Mark  
Project  
Condition  
Ratings  
Units  
上桥臂控制电源电压  
应用于
UFB
–
U, VFB-V, WFB-W
 
之间  
V
DB  
V
D  
20  
V
Upper arm control supply voltage  
Applied between UFB-U, VFB-V, WFB-W  
控制电源电压  
应用于
VP1
–
VNC
之间
,VN1
–
VNC
之间  
Applied between VP1-VNC,VN1
–
VNC  
20  
V
V
Control supply voltage  
输入信号电压  
应用于
UP, VP, WP, UN ,VN ,WN-VNC
之间  
V
IN  
V
FO  
I
FO  
-0.5~VD+0.5  
-0.5~VD+0.5  
1.5  
Input signal voltage  
Applied between UP, VP, WP, UN, VN, WN-VNC  
故障输出电压  
应用于
FO
–
V

NC

之间  
V
Fault output voltage  
Applied between FO-VNC  
故障输出电流  
FO
端子吸入电流值  
mA  
V
Fault output current  
FO terminal sink current value  
电流检测端输入电压  
应用于
CIN
–
V

NC

之间  
V
SC  
-0.5~VD+0.5  
Input voltage of current detection terminal  
Applied between CIN-VNC  
版本:
202209A  
4/18  

SPE15S60F-E  
整个系统
Total System  
记号  
项目  
条件  
额定值  
单位  
Mark  
Project  
Condition  
Ratings  
Units  
V

D

= V

DB

= 13.5 ~ 16.5V  
电源电压自己保护范围(短路)  
V
CC(PROT)  
Tj= 150°C,
 
无重复
,
时间小于
2us  
400  
V
Power supply voltage  
Tj = 150°C, no repetition, time is less than 2us  
self-protection range (short circuit)  
模块正常工作壳体温度  
Tc  
-20
℃
≤Tj ≤150°C  
-20 ~ +100  
-40 ~ +125  
°C  
°C  
Module working temperature  
贮存温度  
T
s
tg  
/
Storage temperature  
正弦波
60Hz
,
AC 1
分钟,在插脚和散热片之间  
Sine wave 60Hz, AC for 1 minute, between pin  
and heat sink  
绝缘耐压  
Viso  
1
500  
Vrms  
Insulation withstand voltage  
图
4
:壳温
T
c
测试点  
Fig 4
:
Case
T
e
mperature Measurement  
热阻
Thermal Resistance  
记号  
项目  
条件  
最小值  
典型值 最大值  
单位  
Mark  
Project  
Condition  
Min.  
Typ.  
Max.  
Unit  
单个
IGBT
元件  
Rth(j-c)Q  
Rth(j-c)F  
–
–
–
3.2  
°C/W  
结点到壳的热阻  
Junction to case  
thermal resistance  
Single IGBT element  
单个
FRD
元件  
–
4.0  
°C/W  
Single FRD element  
版本:
202209A  
5/18  

SPE15S60F-E  
电气特性
(Tj=25
℃
,
除非特殊说明
)  
Electrical Characteristics
 
(TJ=25
℃
, Unless Otherwise Specified)  
逆变部分
Inverter Part  
记号  
项目  
条件  
最小值 典型值 最大值  
单位  
Mark  
Project  
Condition  
Min.  
Typ.  
Max.  
Unit  
V

D

= V

DB

= 15V  
–
1.75  
2.3  
V
集电极与发射极间饱和电压  
Saturation voltage between  
collector and emitter  
V

IN

= 5V, I

C

=15A, Tj= 25°C  
V

D

= V

DB

= 15V  
V
CE(sat)  
–
–
1.95  
1.3  
–
V
V
V

IN

= 5V, IC =15A, Tj= 125°C  
FWD
正向导通电压  
V

IN

= 0V
,
I

C

=-15A, Tj = 25°C  
V

F  

1.9  
FWD forward voltage  
ns  
ns  
ns  
ns  
ns  
–
–
–
–
–
–
700  
250  
800  
60  
–
–
–
–
–
–
t

ON  

t
C(ON)  
t

OFF  

V

CC

= 300V, V

D

= V

DB

= 15V,  
开关时间(备注
2
)  
Switching time (Note 2)  
I

C

=15A  
t
C(OFF)  
t

rr  

V

IN

= 0V-5V,
 
感性负载  
175  
1200  
开通损耗
Turn-on loss  
关断损耗
Turn-off loss  
集电极到发射极漏电流  
I

C

= 15A, V

CC

= 400V, V

D

=V

DB

=  
E

on  

E

off  

uJ  
15V,R

G

= 22Ω, L = 1.0mH, Tj =  
–
210  
–
25°C  
–
–
–
–
75  
1
uA  
V

CE

= V

CES  

Tj= 25°C  
I

CES  

Collector to emitter leakage  
current  
mA  
V

CE

= V

CES

Tj= 125°C  
备注
2
:
t
ON
和
t
OFF
包括驱动
IC
内部传输延迟时间。
t
C(ON)
和
t
C(OFF)
是
IGBT
自身被内部给定门极驱动条件下的开关时间
。
详
见  
图
5
。  
Remark 2: t
ON
and t
OFF
include the internal transmission delay time of the driver IC. t
C(ON)
and t
C(OFF)
are the switching times of the  
IGBT itself driven by the internally given gate. See Figure 5 for details.  
图
5
:开关时间定义  
Fig 5: Switching Time Definition  
版本:
202209A  
6/18  

SPE15S60F-E  
控制部分
Control Part  
记号  
项目  
条件  
最小值 典型值 最大值
 
单位  
Mark  
Project  
Condition  
Min.  
Typ.  
Max.  
Unit  
V
D
静态电流  
V
D
Quiescent Current  
V
DB
静态电流  
V
D
= 15V  
V
IN
= 5V  
I
D  
VP1-VNC  
–
–
1
mA  
V
DB
= 15V
 
UFB – U, VFB – V,  
V
IN
= 5V
 
WFB – W  
I
DB  
–
–
–
550  
–
uA  
V
V
DB
Quiescent Current  
Vsc = 0V, FO
 
脚通过
10K
电  
阻上拉至
5V  
4.6  
故障输出电压  
V

FOH  

Vsc = 0V, FO pin is pulled up to  
5V through 10K resistor  
Fault output voltage  
–
–
0.5  
V
V
V

FOL  

Vsc =1V, I

FO

=1.5mA  
短路正向触发阙值  
0.445  
0.5  
0.55  
Vsc,TH+  
V

D

= 15V  
Short circuit forward trigger  
threshold  
8.0  
10.0  
8.0  
10.0  
11.0  
9.0  
11.0  
12.0  
10.0  
11.0  
触发电平
Trigger level  
复位电平
Reset level  
触发电平
Trigger level  
复位电平
Reset level  
UV

DD  

UV

DR  

电源欠压保护控制  
Power undervoltage protection  
contro  
V
UV
DBD  
UV
DBR  
9.0  
10.0  
故障输出脉冲宽度  
Fault output pulse width  
开启阙值电压  
–
–
65  
2.3  
1.4  
–
2.6  
–
uS  
V
–
T

FO  

应用于
UP,VP,WP,UN,VN,WN  
和
VNC
之间  
V
IN(ON)  
V
IN(OFF)  
Turn on threshold voltage  
关断阙值电压  
Applied between UP, VP, WP,  
UN, VN, WN and VNC  
1
Turn-off threshold voltage  
T
c
=90
℃  
T
c
=25
℃  
2.63  
0.88  
2.77  
1.13  
2.91  
1.39  
温度输出,备注
3  
V
OT  
V
T
e
mperature output, remark 3  
过温保护  
LVIC
温度  
120  
130  
140  
℃
OTt  
Over temperature protection  
LVIC temperature  
LVIC
迟滞温度  
过温保护迟滞  
LVIC
Hysteresis temperature  
—  
10  
—  
℃
OTrh  
Over temperature protection  
hysteresis  
BSD
限流电阻  
R
BSD  
75  
90  
105  
ohm  
Built-in limiting resistance  
备注
3
:
IPM
的
VOT
输出特性曲线请参考图
6
。  
Remark 3: Please refer to Figure 6 for the VOT output characteristic curve of IPM.  
版本:
202209A  
7/18  

SPE15S60F-E  
图
6.1
:
VOT
输出电压曲线  
Figure 6.1: VOT output voltage curve  
图
6.2
:
VOT
输出电路  
Figure 6.2:V
OT
output circuit  
(
1
)使用温度监测功能时,需
VOT
引脚连接下拉
5k
Ω电阻,无内部
OTP
功能;当保持
VOT
引  
脚悬空(无连接)),可以使用内部超温停机功能,内部超温停机功能是通过检测
LVIC
温升实现的,  
它并不能对功率芯片的迅速升温做出有效反应。  
(1) When using the temperature monitoring function, the VOT pin needs to be connected with the  
pull-down 5k
Ω
resistor, and there is no internal OTP function; When keep the VOT pin open (no  
connection). the internal overtemperature shutdown function can be used. The internal over  
版本:
202209A  
8/18  

SPE15S60F-E  
temperature shutdown function is realized by detecting the temperature rise of lvic, which can not  
effectively respond to the rapid temperature rise of power chip.  
(
2
)
在
3.3V
单片机等低压控制器上使用
VOT
时
,
VOT
输出在温度上升过快时
,
可
能超过控制电  
源电压
3.3V
,
如
果系统使用低压控制器
,
建
议在控制电源和
VOT
输出之间的加入钳位二极管
,
用
于防  
止过电压损坏。  
(2) When using VOT on low-voltage controllers such as 3.3V single chip microcomputer,the VOT  
output may exceed the control power supply voltage by 3.3V when the temperature rises too fast. If  
the system uses low-voltage controller, it is recommended to add clamping diode between the control  
power supply and VOT output to prevent overvoltage damage.  
推荐工作条件
Recommended Operating Conditions  
记号  
项目  
Project  
条件  
最小值 典型值 最大值  
单位  
Mark  
Condition  
Min.  
Typ.  
Max.  
Unit  
电源电压  
应用于
P
–
NU, NV, NW
 
之间  
Applied between P
–
NU, NV, NW  
应用于
VP1
–
VNC
之间,
VN1-VNC  
Applied between VP1-VNC, VN1-VNC  
应用于
VUFB
–
U, VVFB
–
V,  
VWFB-W
之间  
Vcc  
V
D  
0
300  
400  
V
V
voltage  
控制电源电压  
Control supply voltage  
–
–
15  
15  
–
–
上臂控制电源电压  
Upper arm control power  
supply voltage  
V
DS  
V
Applied between VUFB-U, VVFB-V,  
VWFB-W  
各桥臂输入对应
,
T
c
<=100
℃  
Corresponding to the input of each  
bridge arm,
T
c
<=100
℃  
-20
℃
≤
T
c
≤
+100
℃  
死区时间  
t
dead  
f
PWM  
1
–
–
us  
Dead time  
PWM
频率  
PWM frequency  
–
–
–
–
20  
–
kHz  
us  
-20
℃
≤Tj≤+150
℃  
最小输入信号脉冲宽度  
Minimum input signal pulse  
width  
ON  
1
1
PWM  
Tj  
OFF  
–
–
us  
结温  
-20  
–
125  
℃
Junction temperature  
版本:
202209A  
9/18  

SPE15S60F-E  
机械特性
Mechanical properties  
项目  
条件  
最小值  
典型值  
最大值  
单位  
Project  
Condition  
Min.  
Typ.  
Max.  
Unit  
安装扭矩
Installation torque  
设计平面度
Design flatness  
重量
weight  
螺丝钉尺寸:
M3  
见图
7  
Screw size: M3  
Figure 7  
–
-50  
–
0.69  
–
+120  
–
N·m  
um  
g
–
–
9
图
7
:平面度检测位置  
Figure 7: Flatness detection position  
应用指南
Application Guide  
保护功能时序图
Timing diagram of protection function  
图
8
:欠压保护时序图
(
低侧
)  
Figure 8: Timing diagram of undervoltage protection (low side)  
版本:
202209A  
10/18  

SPE15S60F-E  
a1:
电源电压上升:当该电压上升到欠压恢复点,在下一个欠压信号被执行前该线路将启动运行。  
a1: ower supply voltage rise: When the voltage rises to the undervoltage recovery point, the line will  
start running before the next undervoltage signal is executed.  
a2:
正常运行
: IGBT
 
开启并加载电流。  
a2: Normal operation: IGBT turns on and loads current.  
a3:
欠压检测点
(UVDt)
。  
a3: Undervoltage detection point (UVDt).  
a4:
不管输入是什么信号,
IGBT
都是关闭状态。  
a4: No matter what signal is input, the IGBT is off.  
a5:
故障输出开启。  
a5: Fault output is on.  
a6:
欠压恢复
(UVDr)
。  
a6: Undervoltage recovery (UVDr).  
a7:
正常运行
: IGBT
 
导通并加载负载电流。  
a7: Normal operation: IGBT is turned on and load current is loaded.  
图
9
:欠压保护时序图
(
高侧
)  
Figure 9: Timing diagram of undervoltage protection (high side)  
b1 :
 
电源电压上升:当该电压上升到欠压恢复点,在下一个欠压信号被执行前该线路将启动运行。  
b1: Power supply voltage rise: When the voltage rises to the undervoltage recovery point, the line will  
start running before the next undervoltage signal is executed.  
b2 :
 
正常运行
: IGBT
导通并加载负载电流。  
b2: Normal operation: IGBT is turned on and load current is applied.  
b3 :
 
欠压检测
(UVDBt)
。  
b3: Undervoltage detection (UVDBt).  
b4 :
 
不管输入是什么信号,
IGBT
都是关闭状态。  
b4: No matter what signal is input, IGBT is off.  
版本:
202209A  
11/18  

SPE15S60F-E  
b5 :
 
欠压恢复
(UVDBr)
。  
b5: Undervoltage recovery (UVDBr).  
b6 :
 
正常运行
: IGBT
导通并加载负载电流。  
b6: Normal operation: IGBT is turned on and load current is applied.  
图
10
:短路电流保护时序图(只适合于低侧)  
(
通过外部分流电阻连接
)  
Figure 10: Timing diagram of short-circuit current protection (only suitable for low side)  
(Connected via external shunt resistor)  
c1:
正常运行
: IGBT
 
导通载流。  
c1: Normal operation: IGBT conducting current.  
c2:
短路电流检测(
CIN
触发器)。  
c2: Short-circuit current detection (CIN trigger).  
c3: IGBT
 
门极被强制关断
.  
c3: IGBT gate is forcibly turned off. c4: IGBT is turned off.  
c4 : IGBT
关断。  
c4: IGBT is turned off.  
c5:
故障输出定时器开始运行
:
故障输出信号的脉冲宽度是
T

FO

=65us.
。  
c5: The fault output timer starts to run: The pulse width of the fault output signal is TFO=65 us.  
c6:
输入
“L” : IGBT
关闭。  
c6: Input “L”: IGBT is off.  
版本:
202209A  
12/18  

SPE15S60F-E  
c7:
输入
“H”: IGBT
 
开通,但是故障信号作用期间,
IGBT
不导通。  
c7: Input “H”: The IGBT is turned on, but the IGBT is not turned on during the fault signal.  
c8: IGBT
 
关断。  
c8: IGBT is turned off.  
输入
/
输出接口电路
Input/output interface circuit  
图
11
:推荐的
MCU
输入输出接口电路  
Figure 11: Recommended MCU input and output interface circuit  
备注
4
:由于
PWM
的控制方式和实际应用电路的阻抗及线路板的阻抗,
RC
去耦可能会有变化。  
Note 4: Due to the PWM control method and the impedance of the actual application circuit and the  
impedance of the circuit board, RC decoupling may change.  
备注
5
:逻辑输入要和标准的
CMOS
或
LSTTL
输出相匹配。  
Note 5: The logic input must match the standard CMOS or LSTTL output.  
分流电阻接线
Shunt resistor wiring  
图
12
:旁路电阻接线注意事项  
Figure 12: Precautions for bypass resistance wiring  
版本:
202209A  
13/18  

SPE15S60F-E  
典型应用电路图
Typical application circuit diagram  
图
13
:典型应用电路  
Figure 13:
T
y
pical application circuit  
备注
6
:输入驱动高有效;
IC
内部集成有一个下拉电阻;为防止发生误动作,输入布线应尽可能短;  
当用
RC
去耦线路时,须确保输入信号达到开启和关断阙值电压范围。  
Remark 6: The input drive is highly effective; a pull-down resistor is integrated inside the IC; in order  
to prevent malfunctions, the input wiring should be as short as possible; when using RC decoupling  
lines, make sure that the input signal reaches on and off Threshold voltage range.  
版本:
202209A  
14/18  

SPE15S60F-E  
备注
7
:由于模块内置了专用
HVIC
,其控制端子可与
CPU
端子直接相连,而不需要任何光耦或变压  
器等隔离电路。  
Remark 7: Since the module has a built-in dedicated HVIC, its control terminal can be directly  
connected to the CPU terminal without any isolation circuit such as optocoupler or transformer.  
备注
8
:自举电路负极应直接连接到
U
、
V
、
W
的端。  
Remark 8: The negative pole of the bootstrap circuit should be directly connected to the U,
V
, W  
terminals.  
备注
9
:
FO
是漏极开路型,其信号线应通过一个约
10kΩ
的上拉电阻上拉到
+5V/3.3V
电源。  
Remark 9: FO is an open-drain type, and its signal line should be pulled up to a +5V/3.3V power  
supply through a pull-up resistor of about
10kΩ.  
备注
10
:为防止误保护,
A
、
B
、
C
连线应尽可能短。  
Note 10:
T
o prevent false protection, the A, B, and C wiring should be as short as possible.  
备注
11
:保护线路
R1
、
C4
的时间常数建议选取在
1.5~2uS
。关断时间可能随着布线的不同而多少有  
些变化。建议
R1
、
C4
选择小容差,温度补偿类型。  
Remark 11: The time constant of protection lines R1 and C5 is recommended to be 1.5~2uS. The  
turn-off time may vary somewhat depending on the wiring. It is recommended that R1 and C5 choose  
small tolerance and temperature compensation type.  
备注
12
:所有电容的位置尽可能的靠近
IPM
。  
Remark 12: Position all capacitors as close to IPM as possible.  
备注
13
:为了防止噪声干扰,储能电容与
P&N1
之间的引线应尽可能的短,推荐在
P&N1
端子之间加  
约
0.1
~
0.22uF
的
MLCC
低频滤波电容。  
Note 13: In order to prevent noise interference, the lead between the storage capacitor and P&N1  
should be as short as possible. It is recommended to add about 0.1
~
0.22uF of MLCC low-frequency  
filter capacitor between P&N1 terminals.  
备注
14
:
两
个
VNC
端(
9&16
脚)在
IPM
内部已连接在一起,外部任一
VNC
端子连接到
GND
,另一  
端子允许开路。  
Remark 14: The two VNC terminals (pins 9 & 16) are connected together inside the IPM, any external  
VNC terminal is connected to GND, and the other terminal is allowed to open.  
备注
15
:
如
果控制地通过
PCB
走线被连接到功率地
,
控
制信号可能会受到功率地的起伏的影响
,
推
荐  
使用单点连接。  
Remark 15: If the control ground is connected to the power ground through PCB traces, the control  
signal may be affected by the fluctuation of the power ground. It is recommended to use a single point  
connection.  
版本:
202209A  
15/18  

SPE15S60F-E  
外形封装图
Outline package drawing  
DIP25-DBC
外形
A  
单位:
mm  
图
14.1
:封装尺寸示意图  
Figure 14.1: Schematic diagram of package size  
版本:
202209A  
16/18  

SPE15S60F-E  
单位:
mm  
DIP25-DBC
外形
B  
图
14.2
:封装尺寸示意图  
Figure 14.2: Schematic diagram of package size  
版本:
202209A  
17/18  

SPE15S60F-E  
注意事项  
1.
吉林华微电子股份有限公司的产品销售分为直销和销售代理
,
无
论哪种方式
,
订
货时请与公司  
核实。  
2.
购买时请认清公司商标,如有疑问请与公司本部联系。  
3.
在电路设计时请不要超过器件的绝对最大额定值,否则会影响整机的可靠性。  
4.
本说明书如有版本变更不另外告知。  
NOTE  
1. Jilin
 
Sino-microelectronics co., Ltd sales its product either through direct sales or sales  
agent , thus, for customers, when ordering , please check with our company.  
2. We
 
strongly recommend customers check carefully on the trademark when buying our  
product,
if there is any question, please don’t be hesitate to contact us.  
3. Please
 
do not exceed the absolute maximum ratings of the device when circuit designing.  
4. Jilin
 
Sino-microelectronics co., Ltd reserves the right to make changes in this. specification  
sheet and is subject to change without prior notice.  
联系方式  
吉林华微电子股份有限公司  
公司地址:吉林省吉林市深圳街
99
号  
邮编:
132013  
总机:
86-432-64678411  
传真:
86-432-64665812  
CONTACT  
JILIN SINO-MICROELECTRONICS CO., LTD.  
ADD: No.99 Shenzhen Street, Jilin City, Jilin Province, China.  
Post Code: 132013  
Tel
:
86-432-64678411  
Fax
:
86-432-64665812  
版本:
202209A  
18/18