2 outputs (synchronous control possible) If one output is shorted, both outouts will be turned off
DC-DC converter
μPC1150
3.6 to 40
25
0.694
16 pin SOP
1 to 500
2 outputs (synchronous control possible) If one output is shorted, only the outout will be turned off
DC-DC converter
μPC1905
12 to 30
1200(peak)
0.694
16 pin SOP
50 to 500
Totem pole circuit configuration Single mode
AC-DC primary control
μPC1933
2.5 to 20
20
0.48
16 pin SOP
20 to 800
Open drain 1output
DC-DC converter
μPC1934
2.5 to 20
20
0.417
16 pin SSOP
20 to 1000
Open drain 2 outputs
DC-DC converter
0.4
16 pin TSSOP
μPC1935
2.5 to 20
20
0.4
16 pin TSSOP
20 to 800
Open drain 3 outputs
DC-DC converter
μPC1909
7 to 24
1200(peak)
1
16 pin DIP
50 to 500
Totem pole circuit configuration Q,/Q outputs
AC-DC primary control, ZCS*2
0.694
16 pin SOP
*1: With 25cm2 X 1.6mm glass epoxy substrate
*2: It is necessary to obtain license from Vicor Corporation before using the μPC1909 in an active-clamp type circuit
Shunt Regulators
Part Number
Output Current(A)
Reference Voltage(V)
Tolerance(%)
Output Voltage Range(V)
A.M.R.
Package
Remarks
Input Voltage (V)
Total Power Dissipation(W)
μPC1093
0.15
2.495
+/- 2
2.5 to 36
37
0.48
8 pin SOP
-
0.7
TO-92
2 *1
SC-62 *3
0.51 *2
SC-74A
μPC1943
0.05
1.26
+/- 2.6
1.26 to 24
25
1.6 *1
SC-62 *3
Low voltage
μPC1944
0.05
1.26
+/- 2.6
1.26 to 24
25
0.56
TO-92
Low voltage
0.385
8 pin SOP
1.6 *1
SC-62 *3
μPC1945
0.015
1.26
+/- 2
1.26 to 5
6
0.09
SC-74A
Low voltage
*1: With 16cm2 X 0.7mm ceramic substrate
*2: With 75cm2 X 0.7mm ceramic substrate
*3: Similar SOT-89