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DCM™ DC-DC Converter Module

High power converters for all standard industry input voltages

The DCM ChiP is an isolated, regulated DC-DC converter, operating from an unregulated, wide range input to generate an isolated output. With its high frequency zero voltage switching (ZVS) topology, DCMs consistently deliver high efficiency across their specified input line range. Modular DCM converters used independently or with downstream point of load (PoL) products support efficient power distribution, providing superior power system performance and connectivity from a variety of unregulated power sources to the point of load. Options include a family of DCMs with tighter output voltage regulation. The DCM VIA module provides a higher level of functionality with integrated EMI filtering, tight output voltage regulation and a secondary-referenced control interface.

Features and benefits

Features and benefits

Power

Up to 1300W, 46.4A continuous

Efficiency

Up to 96% peak efficiency

Density

Up to 1244W/in3 power density

Cooling

OV, OC, UV, short circuit & thermal protection

Select a DCM

0 Products
Image Input (V) Output (V) Power (W) Package Optimized for Add to cart / view details
Input (V):
24.0 (18.0 - 36.0)
Output (V):
5.0 (4.0 - 5.5)
Power (W):
180.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
24.0 (18.0 - 36.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
24.0 (18.0 - 36.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
24.0 (18.0 - 36.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
24.0 (18.0 - 36.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
24.0 (18.0 - 36.0)
Output (V):
36.0 (21.6 - 39.6)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
24.0 (18.0 - 36.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
120.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
120.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
5.0 (4.0 - 5.5)
Power (W):
180.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
5.0 (4.0 - 5.5)
Power (W):
180.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
5.0 (4.0 - 5.5)
Power (W):
180.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
320.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
320.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
320.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
320.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
28.0 (22.0 - 30.8)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
28.0 (22.0 - 30.8)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
320.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
28.0 (16.0 - 50.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
5.0 (3.5 - 5.5)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
5.0 (3.5 - 5.5)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
60.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
160.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
160.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
60.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
160.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
160.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
60.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
160.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
60.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
160.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
160.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
60.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
30.0 (9.0 - 50.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
160.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
42.0 (9.0 - 75.0)
Output (V):
12.0 (9.0 - 13.2)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
42.0 (9.0 - 75.0)
Output (V):
15.0 (11.25 - 16.5)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
42.0 (9.0 - 75.0)
Output (V):
15.0 (11.25 - 16.5)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
42.0 (9.0 - 75.0)
Output (V):
24.0 (18.0 - 26.4)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
42.0 (9.0 - 75.0)
Output (V):
28.0 (21.0 - 30.8)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
42.0 (9.0 - 75.0)
Output (V):
48.0 (36.0 - 52.8)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
43.0 (14.0 - 72.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
35.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
43.0 (14.0 - 72.0)
Output (V):
5.0 (3.5 - 5.5)
Power (W):
50.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
43.0 (14.0 - 72.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
100.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
43.0 (14.0 - 72.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
100.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
43.0 (14.0 - 72.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
100.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
43.0 (14.0 - 72.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
100.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
43.0 (14.0 - 72.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
100.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
5.0 (4.0 - 5.5)
Power (W):
160.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
5.0 (4.0 - 5.5)
Power (W):
160.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
320.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
320.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
320.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
320.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
36.0 (21.6 - 39.6)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
36.0 (21.6 - 39.6)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
320.0
Package:
3414 VIA
Optimized for:
Standalone
Details
Input (V):
48.0 (36.0 - 75.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
320.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
40.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
80.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
5.0 (3.5 - 5.5)
Power (W):
60.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
5.0 (3.5 - 5.5)
Power (W):
120.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
5.0 (3.5 - 5.5)
Power (W):
120.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
120.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
240.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
240.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
120.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
240.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
240.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
120.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
240.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
240.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
120.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
240.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
240.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
120.0
Package:
2322 ChiP
Optimized for:
Array/Standalone
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
240.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
100.0 (43.0 - 154.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
240.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
110.0 (60.0 - 154.0)
Output (V):
13.8 (8.28 - 15.18)
Power (W):
300.0
Package:
3623 ChiP
Optimized for:
Array
Details
Input (V):
110.0 (60.0 - 154.0)
Output (V):
13.8 (8.28 - 15.18)
Power (W):
300.0
Package:
3623 ChiP
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
150.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
150.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
5.0 (4.0 - 5.5)
Power (W):
250.0
Package:
3714 VIA
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
5.0 (4.0 - 5.5)
Power (W):
250.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
5.0 (4.0 - 5.5)
Power (W):
250.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
500.0
Package:
3714 VIA
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
500.0
Package:
3714 VIA
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
500.0
Package:
3714 VIA
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
500.0
Package:
3714 VIA
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
270.0 (160.0 - 420.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
270.0 (180.0 - 400.0)
Output (V):
28.0 (22.0 - 36.0)
Power (W):
1300.0
Package:
5614 VIA
Optimized for:
Array
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
110.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
3.3 (2.97 - 3.63)
Power (W):
110.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
5.0 (3.5 - 5.5)
Power (W):
190.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
5.0 (3.5 - 5.5)
Power (W):
190.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
375.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
375.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
375.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
15.0 (9.0 - 16.5)
Power (W):
375.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
375.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
24.0 (14.4 - 26.4)
Power (W):
375.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
375.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
375.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
375.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
275.0 (120.0 - 420.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
375.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
290.0 (200.0 - 378.0)
Output (V):
13.8 (11.5 - 15.5)
Power (W):
600.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
300.0 (180.0 - 420.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
400.0
Package:
3714 VIA
Optimized for:
Standalone
Details
Input (V):
300.0 (180.0 - 420.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
400.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
300.0 (180.0 - 420.0)
Output (V):
12.0 (7.2 - 13.2)
Power (W):
400.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
300.0 (200.0 - 420.0)
Output (V):
13.8 (8.28 - 15.18)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
300.0 (200.0 - 420.0)
Output (V):
24.0 (21.6 - 26.4)
Power (W):
600.0
Package:
3714 VIA
Optimized for:
Standalone
Details
Input (V):
300.0 (200.0 - 420.0)
Output (V):
24.0 (21.6 - 26.4)
Power (W):
600.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
300.0 (200.0 - 420.0)
Output (V):
24.0 (21.6 - 26.4)
Power (W):
600.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
300.0 (200.0 - 420.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
500.0
Package:
3714 VIA
Optimized for:
Standalone
Details
Input (V):
300.0 (200.0 - 420.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
300.0 (200.0 - 420.0)
Output (V):
28.0 (16.8 - 30.8)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Standalone
Details
Input (V):
300.0 (200.0 - 420.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
500.0
Package:
3714 VIA
Optimized for:
Standalone
Details
Input (V):
300.0 (200.0 - 420.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Array
Details
Input (V):
300.0 (200.0 - 420.0)
Output (V):
48.0 (28.8 - 52.8)
Power (W):
500.0
Package:
4623 ChiP
Optimized for:
Standalone
Details

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Resources

Resources for the design engineer

More patrolling, less recharging for security robots case study
Case Study

More patrolling, less recharging for security robots

Improving the ergonomics of hand-held tools with medical robots case study
Case Study

Improving the ergonomics of hand-held tools with medical robots

Wide input voltage facilitates contactless power solution for overhead gantry robots case study
Case Study

Wide input voltage facilitates contactless power solution for overhead gantry robots

  • AN:029 Single DCM as an Isolated, Regulated DC-DC Converter
  • AN:030 Parallel DCMs
  • AN:031 - Through-Hole ChiP Package Soldering Guidelines
  • AN:035 - Achieving High Accuracy Voltage (or Current) Regulation with the DCM Up to ± 1% regulation
  • AN:036 - Recommendations for Maximum Compressive Force of Heat Sinks
  • AN:039 - Thermal Management for VIA and ChiP Modules
  • AN:401 – PCB Mount VIA Soldering Guidelines

  • More patrolling, less recharging for security robots
  • Improving the ergonomics of hand-held tools with medical robots
  • Wide input voltage facilitates contactless power solution for overhead gantry robots
  • Fixed-winged HALE UAV gets an 11kW power supply the size of a tablet computer
  • Instrumentation for ore prospecting allows reliable operation in a tough environment
  • Energy consumption and running costs were reduced in this weaving loom with the supply’s improved power factor
  • 100% reliable backhaul communications uses an array with a footprint of just 52.97cm2
  • Powering high-tech 4K cameras overcomes size, weight and EMI requirements
  • A complete N+1 solution maintains uptime for network security AC-DC power supply
  • Power sharing among converters simplifies remote upgrading of optical packet transport systems
  • Scalable, low-weight DC-DC solution for high-capacitive loads in airborne radar
  • Multiple power supplies paralleled together provided 9kW high-output power
  • A wide-input voltage range allows full utilization of the battery, which extended the range of the UAVs
  • Avionic equipment operates simultaneously from multiple power sources in extreme temps without fans
  • Supply voltage for the RF amplifier is well regulated during frequency-hopping, providing secure communication in portable radios
  • Minimal distortion and power supply noise helps achieve maximum range in portable ground radar
  • Enhanced onboard satellite voice and data communications takes advantage of maximized power amplifier efficiency
  • Dual-sided cooling of power supplies on vertically-mounted racks improves thermal performance for sub-combat control
  • Optimize battery charging and control motor start-up allows longer time in flight for inspection UAVs
  • Lightweight and small-sized power solution for thermal imaging camera supports increasing power and complexity
  • Different power requirements are handled so that UAVs adapt to different required payloads
  • Image stability for the gimbal system improves vehicle-mounted optical sights
  • 5kW tethered UAVs fly higher and longer using increased voltage on the tether
  • Industrial flow meters are more accurate while working over wider flow ranges
  • Scalable power solution matches specific power levels for various machines in optical sorting
  • Powering a smart control upgrade minimizes wasted head in hydraulic pumps
  • Decreased weight and size of the power source enables the payload increase of tethered robots
  • Minimizing the weight, size and transmission losses due to heavy cabling gives tethered UAVs better performance
  • A third more power in just 20% of the space for vehicle GPS applications

  • DCM Trim Calculator
  • DCM Thermal Calculator

  • 2322 ChiP Through-Hole Product Outline Drawing
    PDF   DXF
  • 3623 ChiP Through-Hole Product Outline Drawing
    PDF   DXF
  • 4623 ChiP Through-Hole Product Outline Drawing
    PDF   DXF
  • 3414 and 3714 VIA DCM Chassis Mount with Comm Outline Drawing
    PDF   DXF
  • 3414 and 3714 VIA DCM Through-Hole with Comm Outline Drawing
    PDF   DXF
  • 5614 VIA DCM Chassis Mount with Comm Outline Drawing
    PDF   DXF
  • 5614 VIA DCM Through-Hole with Comm Outline Drawing
    PDF   DXF

  • 2322 ChiP Through-Hole Product 3-D Model Drawing
    IGS   STP
  • 3623 ChiP Through-Hole Product 3-D Model Drawing
    IGS   STP
  • 4623 ChiP Through-Hole Product 3-D Model Drawing
    IGS   STP
  • 3414 VIA DCM Chassis Mount with Comm Outline Drawing
    IGS   STP
  • 3414 VIA DCM Through-Hole Short Pin with Comm Outline Drawing
    IGS   STP
  • 3414 VIA DCM Through-Hole Long Pin with Comm Outline Drawing
    IGS   STP
  • 3714 VIA DCM Chassis Mount with Comm Outline Drawing
    IGS   STP
  • 3714 VIA DCM Through-Hole Short Pin with Comm Outline Drawing
    IGS   STP
  • 3714 VIA DCM Through-Hole Long Pin with Comm Outline Drawing
    IGS   STP
  • 5614 VIA DCM Chassis Mount with Comm Outline Drawing
    IGS   STP
  • 5614 VIA DCM Through-Hole Short Pin with Comm Outline Drawing
    IGS   STP
  • 5614 VIA DCM Through-Hole Long Pin with Comm Outline Drawing
    IGS   STP

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