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High Power High Voltage Constant Current LED Driver Dimmable
Total Power ----------------------- 48 Watts max
Input voltages --------------------- 30 ~ 70 VDC |
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| MODEL:CK01-xxxxDM |
| MODEL NO. |
DC INPUT
Voltage (V) |
OUTPUT (LED) |
Efficiency
Max
% |
Watts
Max
(W) |
| Voltage (V) |
Current (mA) |
| Min |
Max |
Min |
Max |
Typ |
| CK01-350DM |
30 |
50 |
28 |
Vin - 0.8 |
350 ± 10% |
97 |
17 |
| CK01-350HDM |
50 |
70 |
48 |
Vin - 0.8 |
350 ± 10% |
97 |
24 |
| CK01-700DM |
30 |
42 |
28 |
Vin - 0.8 |
700 ± 10% |
97 |
28 |
| CK01-700HDM |
42 |
52 |
40 |
Vin - 0.8 |
700 ± 10% |
97 |
35 |
| CK01-1000DM |
30 |
42 |
28 |
Vin - 0.8 |
1000 ± 10% |
97 |
40 |
| CK01-1000HDM |
42 |
50 |
40 |
Vin - 0.8 |
1000 ± 10% |
97 |
48 |
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| SPECIAL FEATURES: |
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Output short circuit protection |
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High efficiency reduce total power consumption |
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Tight regulated constant current output to maximize the LED performance |
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Wide range of input voltage from 30 ~ 70 VDC |
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Wide selection of pre-adjusted C/C outputs |
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| ENVIRONMENTAL: |
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Operating temperature ----------------------------- - 40℃ to + 65℃ |
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Storage temperature -------------------------------- - 40℃ to + 85℃ |
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Humidity (Non – Condensing) ------------------ 5% to 95% |
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Cooling ----------------------------------------------- Convention |
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Vibration Frequency -------------------------------- 5 to 50 HZ |
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| Dimension : |
| (TOP VIEW) |
(BOTTOM VIEW) |
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Note:
1.All dimensions are in millimeters.
2.All dimensions without tolerances are for reference only. |
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| Application Example : |
Synopsis: |
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| MODEL NO |
LED Q'TY |
CK01-350DM |
6 ~ 12 |
CK01-350HDM |
12 ~ 17 |
CK01-700DM |
6 ~ 10 |
CK01-700HDM |
10 ~ 12 |
CK01-1000DM |
6 ~ 10 |
CK01-1000HDM |
10 ~12 |
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| External Pulse /Strobe Control : |
Figures show a method for low speed pulsing or high speed flashing operation.And a TTL/CMOS logic signal is applied directly to the dimmer(DIM) input of the CK01-xxxDM. The output current will be zero when the control signal is low. Note that the input needs to source a minimum of 4.75Vdc into a 1K ohm input impedance. Also, as is the case with a dc control signal ,the logic input ground should to be common to GND.
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