9e102 Datasheet File
Because this part number is often used within specific industrial power modules or RF circuits, finding a consolidated datasheet can be tricky. Below is a comprehensive breakdown of the technical specifications, features, and applications typically associated with the 9E102 series.
Based on pattern analysis, "9e102" most likely refers to one of the following:
Disclaimer: This information is for informational purposes only. Please consult the official datasheet for finalized design work. 9e102 datasheet
By mastering the 9E102, you gain insight into a whole class of timing components that remain essential in high-speed digital design, telecommunications, and embedded systems.
The BD9E102FJ integrates both the high-side and low-side power MOSFETs internally. This eliminates the need for an external Schottky diode, reduces component count, and improves overall efficiency by minimizing conduction losses. The low on-resistance of the internal MOSFETs (250mΩ high-side, 200mΩ low-side) ensures minimal heat generation even at the full 1A load. Because this part number is often used within
MOSFETs like the 9E102 are used in a wide range of applications, including:
Exceeding voltage or temperature may cause catastrophic failure (cracking or shorting). X7R capacitors exhibit microphonic effects under mechanical stress. Please consult the official datasheet for finalized design
| Parameter | Value / Range | |-----------|----------------| | | 7.0V to 26V | | Output voltage range | 1.0V to VIN × 0.7V (adjustable via external resistors) | | Maximum output current | 1.0A | | Switching frequency | 570kHz (typical) | | Topology | Buck (step-down) | | Package | SOP-J8 (8-pin small outline package) | | Operating temperature | -40°C to +85°C | | Standby current | 0μA (typical) | | High-side MOSFET RDS(ON) | 250mΩ (typical) | | Low-side MOSFET RDS(ON) | 200mΩ (typical) |
is a technical specification identifier commonly associated with high-precision integrated circuits, specifically linked to the series of step-down converters. Technical Overview
Before diving into the datasheet details, it is important to clarify what “9e102” actually refers to, as the term can be ambiguous. Through search analysis and cross-reference verification, “9e102” is most commonly associated with the —an integrated synchronous buck converter. This device is a popular choice for applications ranging from consumer electronics to industrial power supplies.