CC25-2405SR-E TDK Corporation, CC25-2405SR-E Datasheet
CC25-2405SR-E
Specifications of CC25-2405SR-E
Q4487931
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CC25-2405SR-E Summary of contents
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... CC10-2405SF-E CC10-2405SR (0.8A) CC10-2412SF-E CC10-2412SR CC10-4805SF-E CC10-4805SR (0.8A) CC10-4812SF-E CC10-4812SR CC15-2405SF-E CC15-2405SR CC25-2405SF-E CC25-2405SR DENAN Built to meet EN60950-1 EN60950-1 UL60950-1/ Low Voltage Directive Electrical Appliance UL60950-1/ CSA C22.2 No.60950-1 CSA C22.2 No.60950-1 and Material Safety Law (Input Voltage 100VAC) Shape F: Horizontally-mounted DIP type ...
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CC1R5-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) W Maximum Line Regulation (Within input voltage range) mV Maximum Load Regulation (0-100% load) (*3) mV ...
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CC1R5-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) W Maximum Line Regulation (Within input voltage range) mV Maximum Load Regulation (0-100% load) (*3) mV ...
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CC1R5-E CC1R5-xxxxxF-E (DIP type) Shape/Dimensions 12.7 16.51 1.905 12.7 1.905 7-0.3×0 CC1R5-xxxxxR-E (SMD type) Shape/Dimensions 16.51 19.81 1.8 1 7-0.3×0 Connection diagram ...
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DIP/SMD ) CC3-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) Maximum Line Regulation(Within input voltage range) mV Maximum Load Regulation (0-100% load) (*3) ...
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DIP/SMD ) CC3-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) W Maximum Line Regulation(Within input voltage range) mV Maximum Load Regulation (0-100% load) ...
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DIP/SMD ) CC3-E CC3-xxxxxF-E (DIP type) Shape/Dimensions 17.78 22. 17. 7-0.3×0 CC3-xxxxxR-E (SMD type) Shape/Dimensions 22.86 26. ...
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SIP ) CC3-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) W Maximum Line Regulation (Within input voltage range) mV Maximum Load Regulation (0-100% ...
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SIP ) CC3-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) W Maximum Line Regulation (Within input voltage range) mV Maximum Load Regulation (0-100% ...
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SIP ) CC3-E CC3-xxxxxS-E (SIP type) Shape/Dimensions 2. 22.86 P=2.54 27 SMD mounting space Allowable tolerance is ±0.5 if not specified separately. ...
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CC6-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) W Maximum Line Regulation(Within input voltage range) mV Maximum Load Regulation (0-100% load) (*3) mV Output ...
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CC6-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) W Maximum Line Regulation(Within input voltage range) mV Maximum Load Regulation (0-100% load) (*3) mV Output ...
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CC6-E CC6-xxxxxF-E (DIP type) Shape/Dimensions 17.78 22. 7-0.3× 0 CC6-xxxxxR-E (SMD type) Shape/Dimensions 22.86 26. 7-0.3× 0.6 ...
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CC10-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) W Maximum Line Regulation(Within input voltage range) mV Maximum Load Regulation (0-100% load) (*3) mV Output ...
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CC10-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) W Maximum Line Regulation(Within input voltage range) mV Maximum Load Regulation (0-100% load) (*3) mV Output ...
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CC10-E CC10-xxxxxF-E (DIP type) Shape/Dimensions 25.4 35. 25 7-0.3× 0 CC10-xxxxxR-E (SMD type) Shape/Dimensions 35.56 38. ...
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CC15-E MODEL ITEMS/UNITS Nominal Voltage Voltage Range Input % Efficiency (typ) (*1) Current (typ) (*1) Nominal Voltage VDC Maximum Current Maximum Power (*2) W Maximum Line Regulation(Within input voltage range) mV Maximum Load Regulation (0-100% load) mV Output Temperature ...
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CC15-E CC15-xxxxxSF-E (DIP type) Shape/Dimensions 38 25 37. 17-0.3× 0 CC15-xxxxxSR-E (SMD type) ...
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... The maximum output power value is between -40° C and +50° C. For use in outside this temperature range, derating is needed. (*3) Output voltage includes input change, load change (balanced load), and temperature change. (*4) In 50MHz, Ta=25° C. (*5) Latch method Resumes by restarting input or resetting remote on/off. ・All specifications are subject to change without notice. CC25-E Specifications CC25-2403Sx ...
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... CC25-E CC25-xxxxSF-E (DIP type) Shape/Dimensions 43 30 42. 25-0.3× 0 CC25-xxxxSR-E (SMD type) Shape/Dimensions 43.2 46.0 1.8 1 Connection diagram 1 25 –Vout –Vin +Vin +Vout 13 14 100 Output power derating by ambient temperature ・All specifications are subject to change without notice. Outline Drawing 44.9 t=0.3 2.7 b 1.0 a 2.7 Allowable tolerance is ± ...
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CC-E 1. Control functions/Protection functions/Connections 1. Remote On/Off terminal (RC) 1.5-10W type Open collector is recommended as the connection system. Consult us for use with other systems. Use a transistor with " Vin or over" and "Ic: 1mA ...
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CC-E For ±the 12V output model, output voltage can be set to 24V single output by making the COM terminal and TRM terminal open. And output voltage can be set to 30V single output by making the COM terminal open ...
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CC-E Calculating connected resistance Ra, Rb (kΩ) from set out- put voltage Vout (V) Adding a resistance Ra between TRM terminal and -Vout terminal, to set the output voltage high * 1.04/(Vout-3. 12.75/(Vout-5) ...
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CC-E 2. Noise reduction methods 2-1. Ripple noise measurement method The measured value of the converter noise may differ de- pending on the measurement method. Measurement should be conducted in a position close to the output terminal. When connecting a ...
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CC-E 2-5. Common mode noise For products other than with 10W, capacitors are not con- nected between the primary GND and the secondary GND. To reduce common mode noise, connect a capacitor with around 1000pF between the primary GND and ...