Datasheet
Table Of Contents
- MAX17505 5V Output Evaluation Kit
- General Description
- Features
- Component List
- Component Suppliers
- Quick Start
- Recommended Equipment
- Procedure
- Detailed Description
- Soft-Start Input (SS)
- Regulator Enable/Undervoltage-Lockout Le
- INUR11.215R2(V1.215)×=−
- MODE Selection (MODE)
- External Clock Synchronization (SYNC)
- EV Kit Test Report
- Ordering Information
- Revision History
- LIST OF FIGURES
- Figure 1. MAX17505 5V Output Load and Li
- Figure 2. MAX17505 5V Output Efficiency
- Figure 3. MAX17505 5V Output Load and Li
- Figure 4. MAX17505 5V Output Efficiency
- Figure 5. MAX17505 5V Output Efficiency
- Figure 6. MAX17505 5V Output Full Load B
- Figure 7. MAX17505 5V Output, No Load to
- Figure 8. MAX17505 5V Output, 5mA to 0.8
- Figure 9. MAX17505 5V Output, 50mA to 0.
- Figure 10. MAX17505 5V Output, 0.85A to
- Figure 11. MAX17505 5V Output EV Kit Sch
- Figure 12. MAX17505 5V Output EV Kit Com
- Figure 13. MAX17505 5V Output EV Kit Com
- Figure 14. MAX17505 5V Output EV Kit PCB
- Figure 15. MAX17505 5V Output EV Kit PCB
- Figure 16. MAX17505 5V Output EV Kit PCB
- Figure 17. MAX17505 5V Output EV Kit Com
- Figure 18. MAX17505 5V Output EV Kit Com
- LIST OF TABLES
Maxim Integrated
│
5
www.maximintegrated.com
Evaluates: MAX17505 in
5V Output-Voltage Application
MAX17505 5V Output Evaluation Kit
EV Kit Test Report (continued)
Figure 5. MAX17505 5V Output Efficiency (DCM Mode)
Figure 6. MAX17505 5V Output Full Load Bode Plot
(V
IN
= 24V)
Figure 7. MAX17505 5V Output, No Load to 0.85A Load
Transient (PWM Mode)
30
40
50
60
70
80
90
100
1 10 100 1000
EFFICIENCY (%)
LOAD CURRENT (mA)
5V OUTPUT, DCM MODE,
EFFICIENCY vs. LOAD CURRENT
V
IN
= 48V
V
IN
= 36V
V
IN
= 24V
V
IN
= 12V
MODE = V
CC
1700
GAIN (dB)
FREQUENCY (Hz)
5V OUTPUT, 1.7A LOAD CURRENT
BODE PLOT
GAIN
CROSSOVER FREQUENCY
= 60.7kHz,
PHASE MARGIN = 59°
PHASE
500mA/div
40μs/div
V
OUT
(AC)
100mV/div
5V OUTPUT, PWM MODE
(LOAD CURRENT STEPPED FROM NO LOAD TO 0.85A)
I
OUT
MODE = SGND