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CE-10XX
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2
CE-1003, -1004
CE-1003, -1004 Specifications
Nominal Voltage V DC12
Input Voltage Range V Vout+4V DC16V
Ef ciency (min/typ) (*1) 83/88 85/90
Maximum Current (*2) A 1.5
Voltage Setting Accuracy (max) (*3) 3
Output Total Regulation (max) 5
Ripple Voltage (max/typ) (*4) mVp-p 100/30
Voltage Adjustable Range(*5) VDC 1.5-3.3 3.3-5.0
Over Current Protection (typ) (*6) A 2
Function Over Voltage Protection Not available
Remote ON/OFF Control (*7) Available
Operating Temperature -40 to +85
Storage Temperature -40 to +85
Operating Humidity RH 10-90 (the conditions of maximum 38 C in wet bulb temperature and non-condensation should be ensured.)
Environment Storage Humidity RH 10-90 (the conditions of maximum 38 C in wet bulb temperature and non-condensation should be ensured.)
Vibration CE-1003 10-2000Hz, 4 minutes sweep and 98m/s (10G) acceleration, 3 directions, 0.5h for each, in non-operation
Vibration CE-1004 10-500Hz, 1 minutes sweep and 98m/s (10G) acceleration or 1.5mm total amplitude, 3 directions, 0.5h for each, in non-operation
Shock 980m/s (100G), 6ms, 3 directions, 3 times for each, in non-operation
Weight g 1.8
Mechanical
Size (W x H x D) mm 18.3 x 4.5 x 12.3
(*1) In CE-1003: Vin=12V, Io=0.5A, Vout setting = 3.3V, Ta=25C.
In CE-1004: Vin=12V, Io=0.5A, Vout setting = 5.0V, Ta=25C.
(*2) Derating is needed when in use at CE-1003: 70 C or higher.
CE-1004: No derating is needed.
(*3) In Vin=12V, Io=0.5A, Ta=25 C.
(*4) In 20MHz, Ta=25 C.
(*5) 4V or higher difference between the input and output voltage is needed.
(*6) Automatically resumes when output current becomes 0.5A or less.
(*7) On voltage: 6V max. - 2V min., Off voltage: 0.6V max. - 0V min.
With nominal input/output voltage, maximum output current, and Ta=25 C, if not specied separately.
Outline Drawing
0.7
10- 0.8 cut-through hole
10
1
9
CE-10
2
TDK-Lambda 8
3
Made in Japan 7
4
Lot No.
6
5
18.3 0.3 4.5max. 15.7
20.1
1.4
P = 2.00.3
Allowable tolerance is 0.1 if
not specified separately.
Unit: mm
Derating Curve
100
80
60
40
20
0
40302010 0 10 20 30 40 50 60 70 80 90
1.4
P P P P
12.3 0.3
0.6 1.4