FE1.1S-BSOP28BCN

The FE1.1S-BSOP28BCN is a USB 2.0 high-speed transceiver that facilitates data communication between a USB device and a host. It is designed for low-power applications and is housed in a 28-pin BSOP package. This integrated circuit supports full-speed (12 Mbps) and low-speed (1.5 Mbps) USB operation, making it suitable for a variety of peripherals, such as keyboards, mice, and other USB-enabled devices.
Key features include compatibility with USB specification 2.0, built-in power management, and a wide operating temperature range. It typically includes internal pull-up resistors for the D+ line in full-speed mode and supports differential signaling for reliable data transmission. The device's compact design and efficiency are ideal for embedded systems, reducing the overall footprint of designs. Additionally, it supports various power configurations, ensuring versatility in integration with different applications. Overall, the FE1.1S-BSOP28BCN is an effective solution for engineers looking to implement USB connectivity in their designs.

The FE1.1S-BSOP28BCN is a USB 2.0 hub controller designed for high-speed data transfer and connectivity. Key features include:
1. USB 2.0 Compliance: Supports full-speed (12 Mbps) and low-speed (1.5 Mbps) data rates.
2. Multiple Ports: Typically supports up to 4 downstream ports to connect multiple USB devices.
3. Bus-Powered or Self-Powered Modes: Flexibility in power supply options for different application needs.
4. Integrated High-Speed Switch: Reduces the need for external components, simplifying design.
5. Low Power Consumption: Efficient operation suitable for battery-powered devices.
6. Enhanced Performance: Includes features for better management of data traffic and power distribution.
7. Compact Package: Offered in a small 28-pin SOIC package, facilitating space-efficient designs.
This makes the FE1.1S-BSOP28BCN suitable for various consumer and industrial applications where USB connectivity is essential.

The FE1.1S-BSOP28BCN is packaged in a BSOP-28 (Shrink Small Outline Package) format, which features 28 pins and a compact design suitable for surface mounting on PCBs. This package type offers a balance of size and thermal performance for various electronic applications.

The FE1.1S-BSOP28BCN is a USB hub controller housed in a 28-pin BSOP package. It features a total of 28 pins, with the following primary functions:
1. USB Ports: Supports the USB 2.0 specification with multiple USB downstream ports.
2. Power Management: Provides features for power distribution and management for connected devices.
3. Data Lines: Includes D+ and D- data lines for USB communication.
4. Control Pins: Contains pins for configuration and control, including enabling/disabling specific ports.
5. Status Indicators: May include pins for status indication of the hub’s operation.
The FE1.1S is used in various applications where multiple USB devices need to be connected and managed efficiently. Always refer to the specific datasheet for detailed pin assignments and electrical characteristics.

The FE1.1S-BSOP28BCN is manufactured by Texas Instruments (TI), a global semiconductor company. Founded in 1930, Texas Instruments specializes in designing and manufacturing analog and embedded processing chips. The company is known for its innovation in various sectors, including automotive, industrial, personal electronics, and communications. TI's products encompass a wide range of applications, making it a leading supplier in the semiconductor industry.

The FE1.1S-BSOP28BCN is a USB 2.0 hub controller primarily used in applications such as consumer electronics, computer peripherals, and industrial automation. It facilitates multiple USB device connections, enabling data transfer and power management. Common areas include multimedia devices, printers, and external storage solutions, as well as embedded systems requiring USB connectivity.

The FE1.1S-BSOP28BCN chip is a USB hub controller. Equivalent products include the Texas Instruments TUSB2046B, Microchip MCP2200, and NXP ISP1583. Always verify specific requirements, such as pin configuration and features, before substitution.