CCG-EVK-D0 [TDK]
附件;
| 型号： | CCG-EVK-D0 |
| 厂家： | 
TDK ELECTRONICS |
| 描述： | 附件 |
| 文件： | 总10页 (文件大小：3614K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
CCG-EVK-D0 Manual
PN#: CCG-EVK-D0
Manual
Revision History
Version
Date
Name
Description
-
11/Oct/2019
10/Dec/2019
Naoki Aoyagi
Naoki Aoyagi
New release
A
Replacing photos, Change PN# / Description
TDK-Lambda
page 1 of 10
CCG-EVK-D0 Manual
Contents
Revision History ........................................................................................................ 1
1
2
3
Overview............................................................................................................ 3
Outline............................................................................................................... 4
Instructions ........................................................................................................ 4
3.1 Terminal description and terminal connection method ......................................... 4
3.2 Input Voltage Range....................................................................................... 5
3.3 Variable output voltage range.......................................................................... 6
3.4 Remote ON/OFF control.................................................................................. 6
3.5 Output derating ............................................................................................. 7
3.6 MLCC connection points .................................................................................. 7
Component layout ............................................................................................... 8
Schematic and Component list............................................................................... 9
4
5
TDK-Lambda
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CCG-EVK-D0 Manual
1 Overview
This evaluation board (PN#: CCG-EVK-D0) is being provided as a tool to facilitate a quick and
easy way to mount and test the CCG15 and CCG30 Series (single or dual output isolated
modules). The same evaluation board also comes with a dedicated slot for an i3A Series
non-isolated module which allows for a multi output test board configuration. It takes
advantage of the wide output adjustability of the i3A series through the provided on board
potentiometer.
Given the multiple output configurations offered on the CCG Series and i3A series, the
evaluation board does not come with any modules mounted on it. This allows the user to select
and request the specific modules that will fit the application needs. Consult the datasheet
abd/or contact Technical Support.
Caution on Use
This evaluation board is designed to check the operation of i3A series and CCG
series. Therefore, it is not designed to consider electrical characteristics, safety,
reliability, and EMI characteristics, so be careful when evaluating.
This evaluation board does not have a fuse. Please use an external fuse to improve
safety. For details on fuse selection, refer to the technical data (instruction manual)
for the i3A series and CCG series.
The maximum input voltage depends on the combination of i3A series and CCG
series installed. For details, please refer to Section 3.2 Input Voltage Range.
Please use the input voltage, output current, output power, temperature derating
should be kept within the specifications of i3A series and CCG series. If the product
is used outside the specifications, the product may be damaged. For details, refer
to the technical data (specifications / instruction manual) for the i3A series and
CCG series.
Do not use in abnormal state such as smoke, smell or sound noise.
Keep your face and hands away from the product while the power supply is
operating. There is a risk of injury due to unexpected situation.
Do not touch the evaluation board and power supply during operation and
immediately after disconnecting input. Since there are high voltage and high
temperature components, there is a risk of electric shock and burns.
TDK-Lambda
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CCG-EVK-D0 Manual
2 Outline
i3A
+Vout
i3A
+Vin
－Vin
－Vout
CCG
－Vout
CCG
TRM or COM
CCG
+Vout
Fig.2-1 Outline
3 Instructions
3.1 Terminal description and terminal connection method
In order to use this evaluation board, it must be connected as shown in Fig.3-1.
Incorrect connection may damage the power supply.
Input
Fig.3-1 Terminal connection method
TDK-Lambda
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CCG-EVK-D0 Manual
3.2 Input Voltage Range
The input voltage range is as follows.
Avoid applying voltage exceeding the specified range as it may cause damage.
i3A series only
Input voltage range : 9 ~ 53VDC
CCG**-24-*** only
Input voltage range : 9 ~ 36VDC
CCG**-48-*** only
Input voltage range : 18 ~ 76VDC
i3A series + CCG**-24-***
Input voltage range : 9 ~ 36VDC
(*Note) The maximum input voltage of the i3A series is 53VDC, but the maximum input
voltage is 36VDC because CCG **-24-*** is mounted on the evaluation board.
i3A series + CCG**-48-***
Input voltage range : 9 ~ 53VDC
(*Note) The minimum input voltage of CCG **-48-*** is 18VDC.
(*Note) The maximum input voltage of CCG **-48-*** is 76VDC, but the i3A series is
mounted on the evaluation board, so the maximum input voltage is 53VDC.
TDK-Lambda
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CCG-EVK-D0 Manual
3.3 Variable output voltage range
The output voltage of the i3A series can be varied within the following range.
i3A4W008A033V-001-R : 3.3V ~ 16.5V
i3A4W005A150V-001-R : 5.0V ~ 30V
When changing the output voltage of the i3A series, adjust with the variable volume resistor
of VR2. Turning it clockwise increases the voltage, and turning it counterclockwise decreases
the voltage.
i3A series
VR2
Fig.3-2 i3A variable output volume resistor
i3A series is a step-down converter. The output voltage should be 4V lower than the input
voltage.
When the output voltage is increased, reduce the output current to the value specified by the
maximum output power.
Note that the maximum output current cannot be increased even if the output voltage is
decreased.
3.4 Remote ON/OFF control
By using a switch, ON/OFF control of the output voltage can be performed.
ON
i3A series
ON/OFF switch
OFF
CCG Series
ON
ON/OFF switch
OFF
Fig.3-3 i3A/CCG ON/OFF switch
TDK-Lambda
page 6 of 10
CCG-EVK-D0 Manual
3.5 Output derating
Please use with sufficient consideration of air convection so that heat does not accumulate
around this evaluation board. Use a fan so that a wind of 2m/s can pass through this
evaluation board at room temperature.
For the output derating measurement method for the i3A series and CCG series, refer to the
output derating measurement method in the technical data instruction manual.
3.6 MLCC connection points
Depending on the number of CCG outputs, please change the MLCC connection location as
indicated below. Please observe proper soldering techniques and precautions.
CCG**-**-**S (Single Output Module)
C205C203
C3216X5R1H106KT
C202C201
C206C204
Please connect C3216X5R1H106KT to C201 and C202.
And, make sure nothing is mounted on C203, C204, C205, C206.
CCG**-**-**D (Dual Output Module)
>> This is the default configuration of the CCG-EVK-D0 Evaluation Board.
C3216X5R1H106KT
C205C203
C202C201
C206C204
Please connect C3216X5R1H106KT to C203, C204, C205 and C206.
TDK-Lambda
page 7 of 10
CCG-EVK-D0 Manual
4 Component layout
C101
C100
C3
S1
i3A Series
CCG Series
VR2
S2
C4
VR1
R7
R5
C104 C103
C102
R104
R101
C205C203
R103 R102
C202C201
C206C204
R152
R6
R151
Fig.4-1 Component layout
NOTE:
Not all component locations are populated. Please check the Component List provided.
TDK-Lambda
page 8 of 10
CCG-EVK-D0 Manual
5 Schematic and Component list
The schematic is shown in Fig.5-1, and the component list is shown in Table 5-1.
R7
i3A series
i3A
+Vin
-Vin
+Vin
+Vout
+Vout
+SENSE
TRM
-Vin
RC
R5
i3A
-Vout
-Vout
S1
CCG series
CCG
+Vout
+Vin
+Vout
TRM
or
COM
CCG
TRM or COM
-Vin
RC
R6
CCG
-Vout
-Vout
S2
Fig.5-1 Schematic
NOTE:
Not all component locations are populated. Please check the Component List provided.
TDK-Lambda
page 9 of 10
CCG-EVK-D0 Manual
Table 5-1 Component list
Item Description
Symbol Product type
Note
C3
Electrolytic Cap.
80ZLH120MEFC10X16 80V 120uF
Not Installed
C4
C100
C101
C102
C103
C104
C201
C202
C203
C204
C205
C206
R5
Not Installed
Not Installed
Ceramic Cap.
Ceramic Cap.
Ceramic Cap.
C3216X5R1H106KT
C3216X5R1H106KT
C3216X7R2J102KT
Not Installed
50V 10uF
50V 10uF
630V 1000pF
Not Installed
Ceramic Cap.
Ceramic Cap.
Ceramic Cap.
Ceramic Cap.
C3216X5R1H106KT
C3216X5R1H106KT
C3216X5R1H106KT
C3216X5R1H106KT
Not Installed
50V 10uF
50V 10uF
50V 10uF
50V 10uF
R6
Not Installed
R7
Res., Chip
Res., Chip
RK73Z2ATTD
0Ω
0Ω
R101
R102
R103
R104
R151
R152
VR1
VR2
S1
RK73Z2ATTD
Not Installed
Not Installed
Not Installed
Not Installed
Not Installed
Not Installed
Helical Potentiometer TSR-3296
50kΩ
Toggle Switch
Toggle Switch
2MS1-T1-B4-M2-Q-E
2MS1-T1-B4-M2-Q-E
S2
TDK-Lambda
page 10 of 10
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