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5.3
Equipment
5.3.1
Power Supplies
TI recommends the following or similar DC power supplies for tests:
•
At least up to 6-V and 1-A power supply for powering the EVM, for example: BK Precision, series 1715
•
At least up to 1000-V and 1-A power supply for powering the power stage at the system level
evaluation, for example: Glassman FL1500 1.0
5.3.2
Function Generator
One 2-channel function generator over 20 MHz, for example: Tektronix AFG3102
5.3.3
BNC Feed-Thru Terminator
Two 50-Ω BNC male to female feed-thru terminators DC to 1 GHz, for example: Tektronix 011-0049-02
5.3.4
Oscilloscope
Oscilloscope 500-MHz or higher with four channels, for example: Tektronix DPO7104
5.3.5
Oscilloscope Probes
•
At least 500-MHz bandwidth passive voltage probe, for example: Tektronix P6139A
•
Two, at least 200-MHz bandwidth, 1000-V common mode differential voltage probes, for example:
Tektronix THDP020
•
At least 50-MHz bandwidth current sense probe, for example: Tektronix TCP202
5.3.6
Digital Multi-Meters
Two digital multi-meters for evaluation of the EVM alone, and four digital multi-meters for evaluation on the
system level with a buck converter: for example Fluke 187
5.3.7
Electronic Load
Electronic load for system-level evaluation up to 500-V and 800-W, for example Kikusui PLZ603WH
5.3.8
Function Generator Settings
lists the 2-channel function generator settings.
Output
Mode
Channel A
Pulse
Channel B
SLLU282A – December 2017 – Revised February 2018
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Table 4. Two-Channel Function Generator Settings
Frequency
Width
100 KHz
4.5 µs
Copyright © 2017–2018, Texas Instruments Incorporated
Delay
High
Low
0 ns
3 V
0 V
5 µs
UCC5390SCD With Isolated Bias Supply
Test Summary
Output
Termination
Impedance
50 Ω
Feed-thru 50
Ω
9
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