
High‑performance PCB layout and thermal design
This workshop will cover important aspects of PCB design to maximize heat transfer and minimize power delivery impedance and losses
The
Power density up to 312W/in3
1.3MHz switching frequency
95% efficiency
ZVS buck-boost regulation
Isolated 1 – 50V output
Fast transient response
3MHz switching frequency
Up to 96.5% efficiency
Vin (V) | Vout (V) | Output Power (W) | Package | Add to cart / view details | ||
---|---|---|---|---|---|---|
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Vin (V):
48 (38-55)
|
Vout (V):
48 (20-55)
|
Output Power (W):
500
|
Package:
Full Chip
|
View details | |
![]() |
Vin (V):
48 (38-55)
|
Vout (V):
48 (20-55)
|
Output Power (W):
250
|
Package:
Half Chip
|
View details | |
![]() |
Vin (V):
28 (14-50)
|
Vout (V):
36 (26-50)
|
Output Power (W):
200
|
Package:
Full Chip
|
View details | |
Vin (V) | Vout (V) | Output Currents (A) | Package | Add to cart / view details | ||
---|---|---|---|---|---|---|
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
2.25 (1.63-3.13)
|
Output Currents (A):
55
|
Package:
Full Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
4.50 (3.25-6.25)
|
Output Currents (A):
27
|
Package:
Full Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
6.00 (4.33-8.33)
|
Output Currents (A):
20
|
Package:
Full Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
7.20 (5.20-10.0)
|
Output Currents (A):
17
|
Package:
Full Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
9.00 (6.50-12.50)
|
Output Currents (A):
13
|
Package:
Full Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
12.00 (8.67-16.70)
|
Output Currents (A):
10
|
Package:
Full Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
18.00 (13.00-25.00)
|
Output Currents (A):
7.0
|
Package:
Full Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
24.00 (17.30-33.30)
|
Output Currents (A):
5.0
|
Package:
Full Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
36.00 (26.00-50.00)
|
Output Currents (A):
3.0
|
Package:
Full Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
3.00 (1.63-3.13)
|
Output Currents (A):
25
|
Package:
Half Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
4.50 (3.25-6.25)
|
Output Currents (A):
20
|
Package:
Half Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
9.00 (6.50-12.5)
|
Output Currents (A):
10
|
Package:
Half Chip
|
View details | |
![]() |
Vin (V):
36 (26-50)
|
Vout (V):
3.00 (2.17-4.17)
|
Output Currents (A):
40
|
Package:
Full Chip
|
View details | |
High‑performance PCB layout and thermal design
This workshop will cover important aspects of PCB design to maximize heat transfer and minimize power delivery impedance and losses
Modular DC-DC system design done right
You will learn topics such as input and output filtering, protections, compatibility with the source and load dynamics
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Pre- and post-transformation regulators
Factorized power current multiplier
High-voltage bidirectional intermediate bus converter