| Hybrid emitter switched bipolar transistors |
 |
| Datasheet
| Orderable
Products | Features
and Description | Documentation |
| |
| Datasheet |
|
| |
| Orderable Products |
| Device |
Status |
RoHS |
Package
|
Purchase |
STC03DE170HV
|
Active |
Yes |
TO247-4L HV |
 |
| STC03DE170HP |
Active |
Yes |
TO247-4L HP
|
|
|
| |
| Features and Description |
 |
Low equivalent ON resistance |
|
Very fast-switching, up to 150 kHz |
|
Squared RBSOA, up to 1700 V |
|
Very low CISS driven by RG
= 47 Ω |
|
In compliance with the 2002/93/EC European
Directive |
|
| |
| Key parameters: |
| Part
Number |
RCS(ON) Δ[Ω]
|
VCS(ON)Δ
[V]
|
tfΔ
[ns]
|
PTOT
[W] |
Package |
|
STC03DE170HV |
0.55 |
1 |
14 |
100 |
TO247-4L HV |
|
STC03DE170HP |
35.5 |
TO247-4L HP* |
|
| Δ VCS=1 V, IC=1.8
A, IB=0.36 A |
| * Isolated |
| |
| The STC03DE170HV and STC03DE170HP are high-voltage,
3 A hybrid emitter switched bipolar transistors
(ESBTs) designed for use in 3-phase auxiliary
switched mode power supplies. As members of ST’s
family of hybrid ESBTs, they combine high-voltage
bipolar and low-voltage MOSFET technologies in
a single package. This results in reduced conduction
and output losses, driving power and costs, while
maximizing switching frequency and output power.
Another advantage of the STC03DE170HV/HP is
its higher breakdown voltage, which allows designs
to operate with a higher flyback voltage and,
therefore, a higher duty cycle. A higher duty
cycle, in turn, allows a power supply to handle
higher power or accept a wider input-voltage
range. |
| |
|
Three-phase
auxiliary switch-mode power supply basic
schematic diagram |
|
| Using the three-phase auxiliary power supply
(above) as a reference circuit, both an STC03DE170HV
and a popular 1500 V MOSFET were tested as primary
switches. The following table compares the parameters
of both devices: |
| |
| Part
Number |
BV [kV]
|
Ron
@ 1.5 A
[Ω]
|
Von
@ 1.5A
[V]
|
tf
[ns]
|
|
High runner
MOSFET |
1.5 |
12 |
18 |
60 |
|
STC03DE170HV |
1.7 |
0.55 |
0.9 |
14 |
|
| Both theoretical and practical analyses of their
performance prove the STC03DE170HV to have a clear
advantage over the MOSFET. |
| |
|
|
| ESBT STC03DE170
waveforms in a flyback converter |
|
|
| |
|
|
| Power MOSFET
2SK1317 waveforms in a flyback converter |
|
|
| |
| Documentation |
| Application Notes |
| Reference |
Title |
| AN1699 |
Efficient driving network for ESBT to
reduce the dynamic VCE(sat) and enhance
switching performances
(Sept 2005, 216 KB) Download |
| |
|
| Promotional Documents |
| Reference |
Title |
SGESBT0707
|
ESBT® Emitter
Switched Bipolar Transistors
(July 2007, 395 KB) Download |
|
| |
