Manufacturer | Part # | Datasheet | Description |

Diodes Incorporated
|
AL8805EV2 |
98Kb/8P |
The input bridge rectifier provides the board with reverse battery protection. |
AL8808EV1 |
157Kb/8P |
The input bridge rectifier provides the board with reverse battery protection |
AL8807EV2 |
1Mb/8P |
The input bridge rectifier provides the board with reverse battery protection. |
AL8400EV1 |
138Kb/8P |
The sense resistor R2 of 300m sets the LEDs nominal current at 150mA. |
ZXGD3104EV2 |
201Kb/8P |
The purpose of this board is to demonstrate the driving of a synchronous MOSFET |
AP2552 |
416Kb/16P |
The AP2552/53and AP2552A/53A are single channel precision adjustable current-limited switches optimized for the applications... |
UX22 |
901Kb/3P |
The Worlds Smallest Ultra Low Jitter Crystal Oscillator July 2019 |
AL8807AEV1 |
104Kb/8P |
The evaluation board does not have reverse supply protection. |
AP8801EV1 |
214Kb/8P |
The evaluation board does not have reverse polarity protection |
AL8805EV1 |
144Kb/8P |
The evaluation board does not have reverse supply protection |
AL8807EV3 |
197Kb/8P |
The evaluation board does not have reverse supply protection |
AL8807EV1 |
185Kb/8P |
The evaluation board does not have reverse supply protection. |
AL8807AEV3 |
105Kb/8P |
The evaluation board does not have reverse supply protection |
AP8801EV2 |
177Kb/8P |
The evaluation board does not have reverse polarity protection |
AP8800EV2 |
177Kb/8P |
The evaluation board does not have reverse polarity protection |
AP61300Q |
728Kb/2P |
5.5V, 3A, Low IQ, Automotive-Compliant, Synchronous Buck Converters in the Tiny SOT563 |
AP5727 |
420Kb/2P |
Boost converter for the bias voltage of small size OLED and LCD displays |
ZXGD3101EV2 |
302Kb/8P |
The purpose of this board is to demonstrate synchronous rectification and driving of a MOSFET |
AP7175 |
435Kb/14P |
The AP7175 is a 3.0A ultra low-dropout (LDO) linear regulator that features an enable input and a power-good output. |
DMG4406LSS |
232Kb/6P |
This MOSFET has been designed to minimize the on-state resistance (RDS(on)) and yet maintain superior switching performance, making it ideal for high efficiency power management applications. |