types because they are required to
supply the high current gate drive
pulses to the IPM’s internal gate
driving circuits. The DC to DC
converters are powered from a single
24VDC supply connected at CN3.
The 24VDC supply is decoupled by
the electrolytic capacitor C11 to
maintain a stable well filtered source
for the DC to DC converters. The
current draw on the 24V supply will
range from about 75mA to 200mA
depending on the module being
driven and switching frequency. For
a more accurate estimate it is
necessary to use the IPM’s circuit
current (I D ) versus f C characteristic to
obtain the current required by the
IPM being used. The IPM current
draw can then be adjusted using the
DC to DC converter efficiency
specification to arrive at the current
draw on the 24V supply. Refer to the
general IPM application notes for
detailed information. A power
indicator consisting of an LED (D5) in
series with current limiting resistor
(R16) is provided to show that the
24VDC supply is present.
Controller Interface:
A typical controller interface for
the BP7A is shown in figure 4. The
control inputs (W N ,V N ,U N ,W P ,V P ,U P ,
Br) consist of the opto coupler’s LED
in series with a 180 ? current limiting
resistor. This combination is
designed to provide approximately
16mA of drive current for the
optocoupler when a 5V control signal
is applied. The anodes of the opto
LEDs are tied directly to the 5V logic
power supply (+V L ). An on signal
(IPM control input low) is generated
by pulling the respective control input
low (GND) using a CMOS buffer
capable of sinking at least 16mA
(74HC04 or similar). In the off state
the buffer should actively pull the
control input high to maintain good
noise immunity. Open collector drive
that allows the control input to float
will degrade common mode noise
immunity and is therefore not
recommended. If a different logic
power supply (+V L ) voltage is desired
5
Figure 5: Interface Circuit PCB layout.
Component Legend
Component Side
Solder Side
相关PDF资料
BP7B-LB KIT DEV INTERFACE FOR IPM
BPBS8B96CAP1 BPBS8B96CAP1 COVER KIT 96P
C1113/40 BOOT CIRCUIT BREAKER TOGGLE CLR
C1113/42 BOOT CIRCUIT BREAKER BACK OF PNL
C1113/43 BOOT CIRCUIT BREAKER BACK OF PNL
C14G32 FUSE 32A 500V 14X51MM CLASS G
C1Q 7 FUSE 7A 63V 1206 FAST C1Q
C1S 3 FUSE 3A 63V 1206 SLOW C1S
相关代理商/技术参数
BP7B 功能描述:Powerex Intelligent Power Modules (IPM) - Power Management, IGBT Power Module Driver Evaluation Board 制造商:powerex inc. 系列:- 零件状态:有效 主要用途:电源管理,IGBT 电源模块驱动器 嵌入式:否 使用的 IC/零件:Powerex 智能电源模块(IPM) 主要属性:- 辅助属性:- 所含物品:裸板 标准包装:1
BP7B-LB 功能描述:KIT DEV INTERFACE FOR IPM RoHS:否 类别:编程器,开发系统 >> 评估演示板和套件 系列:- 标准包装:1 系列:- 主要目的:电信,线路接口单元(LIU) 嵌入式:- 已用 IC / 零件:IDT82V2081 主要属性:T1/J1/E1 LIU 次要属性:- 已供物品:板,电源,线缆,CD 其它名称:82EBV2081
BP7B-LS 功能描述:KIT DEV INTERFACE FOR IPM RoHS:否 类别:编程器,开发系统 >> 评估演示板和套件 系列:- 标准包装:1 系列:- 主要目的:电信,线路接口单元(LIU) 嵌入式:- 已用 IC / 零件:IDT82V2081 主要属性:T1/J1/E1 LIU 次要属性:- 已供物品:板,电源,线缆,CD 其它名称:82EBV2081
BP7C31BH 制造商:INTEL 制造商全称:Intel Corporation 功能描述:CHMOS SINGLE-CHIP 8-BIT MICROCONTROLLER
BP7C51BH 制造商:INTEL 制造商全称:Intel Corporation 功能描述:CHMOS SINGLE-CHIP 8-BIT MICROCONTROLLER
BP800-0.005-00-1212 功能描述:THERMAL TAPE 12X12" 0.005" 制造商:bergquist 系列:Bond-Ply? 800 零件状态:有效 使用:片状 形状:方形 外形:304.80mm x 304.80mm 厚度:0.0050"(0.127mm) 材料:丙烯酸 粘合剂:粘贴 - 双侧 底布,载体:玻璃纤维 颜色:铁灰 热阻率:- 导热率:0.8 W/m-K 标准包装:1
BP800-0.008-00-1212 功能描述:THERMAL TAPE 12X12" 0.008" 制造商:bergquist 系列:Bond-Ply? 800 零件状态:有效 使用:片状 形状:方形 外形:304.80mm x 304.80mm 厚度:0.008"(0.203mm) 材料:丙烯酸 粘合剂:粘贴 - 双侧 底布,载体:玻璃纤维 颜色:铁灰 热阻率:- 导热率:0.8 W/m-K 标准包装:1
BP80001-JCB59LF 功能描述:电缆组件 CFQ-7400 RoHS:否 制造商:Molex 产品:Power Assemblies 类型:Cable Assembly 连接器端口 A:No Connector 连接器端口 A 管脚计数:4 连接器端口 B:No Connector 连接器端口 B 管脚计数: 型式:Male 线规 - 美国线规(AWG):20, 28 长度:0.305 m 颜色:Black, Red