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CC15-24xxSxx-E , CC30-24xxSxx-E Series Instruction Manual
1. Standard Connection Method
The connection method shown in Figure 1.
DC
Input
When not using the Remote Control function, use it with either the RC terminal open or connected to the –Vin terminal.
When not using the Alarm function, use it with the ALM terminal in an open condition.
Use the PO terminal for controling multiple unit operation (series, parallel operation etc.).
For single unit operation, use the PO terminal in an open condition.
The converter is to be operated exclusively on DC input. Use of AC input will cause damage.
2. Block Diagram
The block diagram is shown in Figure 2.
+Vin
+Vin
-Vin
-Vin
PO
RC
ALM
Fuse
SW
Fig. 1 Connection Method
Voltage detecyion
(Hysteresis type)
Delay circuit
(20ms~50ms)
Control circuit
  
OCP
LVP
OVP
detection
Auxiliary power
Fig. 2 Block Diagram
+Vin
+Vout
-Vin
-Vout
PO
RC
ALM
DRIVE
DRIVE
Voltage
1/11
TDK-Lambda
Load
+Vout
+Vout
+Vout
-Vout
-Vout
MC005-04-11A

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Сергей
May 20, 2025

Добрый день! У меня на экране высвечивается no atomizer. Что делать?

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Summary of Contents for TDK-Lambda CC-P-E Series

  • Page 1 TDK-Lambda CC15-24xxSxx-E , CC30-24xxSxx-E Series Instruction Manual 1. Standard Connection Method The connection method shown in Figure 1. +Vin +Vout Load Input -Vin -Vout Fuse Fig. 1 Connection Method When not using the Remote Control function, use it with either the RC terminal open or connected to the –Vin terminal.
  • Page 2 TDK-Lambda 3. Input / Output Line Connection 3-1 Fuse Because there is no built-in fuse, use an external fuse in accordance with Table 3-1. In addition, when supplying input voltage from one DC power supply to multiple DC/DC converters, attach a fast breaking fuse to the input of each converter upon use.
  • Page 3 TDK-Lambda 3-3 Input Ripple Noise Voltage Reduction (Noise Terminal Voltage Reduction) This converter has a built-in input filter circuit, in addition, by connecting an input filter as shown in Figure 3-3, input ripple noise voltage (noise terminal voltage) can be decreased.
  • Page 4 TDK-Lambda 3-6 Output Ripple Noise Voltage Measurement Method When measuring the output ripple noise voltage of this converter, the value differs greatly, depending on the measurement method. Measurement is to be made close to the output terminal, do not make a loop when connecting the probe in order to avoid picking up magnetic flux.
  • Page 5 TDK-Lambda 4. Terminal Function / Protection Function / Series Connection・Parallel Connection 4-1 Remote Control (RC Terminal) When the input voltage is in an ON condition, the RC terminal can be used to control output ON/OFF. When not using the Remote Control function, either open the RC terminal or connect it to the –Vin terminal.
  • Page 6 TDK-Lambda 4-2 Alarm (ALM Terminal) By means of the ALM terminal the presence / absence of an abnormal state can be monitored. When not using the alarm output function, set the ALM terminal in the open condition. Sink current 10mA(max)
  • Page 7: Overvoltage Protection

    TDK-Lambda 4-4 Over-Current Protection (OCP) & Low-Voltage Protection (LVP) These converters are equipped with built-in over-current protection and low-voltage protection circuits.  When the output current exceeds the over-current setting point the over-current protection circuit operates and the output voltage begins to fall. When the output voltage falls below 90% of the rated voltage, the low-voltage protection circuit operates and shuts down the output.
  • Page 8: Series Operation

    TDK-Lambda 4-7 Series Operation For this converter series, it is possible to operate models of the same type in series.  The maximum number of converters which can be operated in series is 2.  When using series operation, connect the +Vin terminal , -Vin terminal ,PO terminal and ALM terminal of each converter to the same terminal of the other.
  • Page 9: Parallel Operation

    TDK-Lambda 4-8 Parallel Operation For this converter series, it is possible to operate models of the same type in parallel.  The maximum number of converters which can be operated in parallel is 10.  When using parallel operation, connect the PO terminal and ALM terminal of each converter to the same terminal of the other.
  • Page 10 TDK-Lambda 5. Soldering Conditions / Cleaning Conditions / Installation Method 5-1 Soldering Conditions 【DIP Model】 Perform soldering of the converter to the board according to the conditions shown in Table 5-1.  Soldering is to be performed only one time per pin.
  • Page 11: Installation Method

    TDK-Lambda 5-3 Installation Method When installing the converter on the board, avoid having trace pattern, etc. in the slanted line area shown in Figure 5-3 because there is the possibility of an insulation defect occurring. 1.75 34.7 (1.75) 1.75 34.7 (1.75)

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