The MAX17681EVKITC is a fully assembled and tested circuit board that demonstrates the performance of the MAX17681 high-efficiency, iso-buck DC-DC converter. The EV kit operates over a wide input-voltage range of 17V to 36V and uses primary-side feedback to regulate the output voltage.
The EV kit has two output configurations. In the first configuration, the output is programmed to +15V at 200mA, with ±8% output voltage regulation. The second configuration uses a post regulator (MAX17651) to produce +12V at 100mA with better than ±3% regulation.
FEATURES
17V to 36V Input Voltage Range
+15V, 200mA or +12V, 100mA Continuous Current
EN/UVLO Input
200kHz Switching Frequency
89.5% Peak Efficiency
Overcurrent Protection
No OptocouplerDelivers up to 3W Output Power
Overtemperature Protection
Proven PCB layout
Provides robust primary and secondary output short-circuit protection
| Manufacturer | Analog Devices Inc./Maxim Integrated |
|---|---|
| Category | AC/DC and DC/DC Conversion |
| Sub-Category | DC/DC SMPS - Single Output |
| Eval Board Part Number | MAX17681EVKITC#-ND |
| Eval Board Supplier | Analog Devices Inc./Maxim Integrated |
| Eval Board |
Normally In Stock
|
| Topology |
Step Down
|
| Outputs and Type |
1 Isolated
|
| Voltage Out: Factory Set |
12 V
15 V |
| Current Out |
100 mA
200 mA |
| Voltage In |
17 ~ 36 V
|
| Efficiency @ Conditions |
>85%, 24V in, 15V @ 45 ~ 200 mA
>75%, 24V in, 12V @ 50 ~ 100 mA |
| Voltage Out Range |
- Fixed
|
| Features |
Current Limit (Adj. or Fixed)
Over Current Protection Shutdown, Enable, Standby Soft Start Thermal Protection |
| Switching Frequency |
200 kHz
|
| Standby Current [Typical] |
900 nA
|
| Quiescent Current [Typical] |
1.95 mA
|
| Component Count + Extras |
30 + 13
|
| Internal Switch |
Yes
|
| Design Author |
Maxim Integrated Products
|
| Application / Target Market |
Medical
RF: Metering Smart Building Controls |
| Standby Current [Maximum] | |
| Quiescent Current [Maximum] | |
| Main I.C. Base Part |
MAX17681
|
| Date Created By Author | 2016-02 |
| Date Added To Library | 2018-02 |