While the specific datasheet for "Ksz80 Ob S4lv0.2" is not public, the device functions as a standard . Engineers designing with this part should reference the KSZ8081MNX or KSZ8041NL datasheets from Microchip Technology for baseline electrical characteristics and footprint verification. If "S4lv0.2" refers to a custom firmware revision, verify the default strap configurations (Auto-MDIX status or LED behavior) with the supplier, as these are the most common parameters altered in custom runs.
Reduced Media Independent Interface (RMII) variant operating at 50 MHz.
However, after checking standard Microchip KSZ80xx datasheets (e.g., KSZ8081, KSZ8091, KSZ8873, KSZ8563, etc.), in public release notes or version histories. The “S4lv0.2” part resembles a revision or draft watermark (Silicon Rev 0.2, or similar internal version).
The specific part number you've mentioned, "Ksz80 Ob S4lv0.2", seems to detail a particular iteration or variant of the device. However, without direct access to datasheets or product information from the manufacturer, it's challenging to provide detailed specifications or features of this exact part. Ksz80 Ob S4lv0.2 Datasheet
The KSZ80 series features single-supply 10/100 Mbps Ethernet PHY transceivers designed for low power consumption and a minimal board footprint. They serve as the physical interface between the Media Access Control (MAC) layer of a microcontroller/processor and the physical network medium (copper cabling). Key Architectural Features
Configures the physical address of the device on the MDIO bus.
[ External 3.3V Supply ] ───┬───> VDDIO (Digital I/O Power) ├───> VDDA_3.3 (Analog Power) └───> [ Internal LDO ] ───> VDD_1.2 (Core Logic) Low-Power States While the specific datasheet for "Ksz80 Ob S4lv0
If you are looking for a key feature to highlight for this specific component, it would be its . In modern flat-panel displays, this board is the critical bridge that converts video signals from the main logic board into the specific timing and voltage signals required by the LCD panel to produce an image. Notable Characteristics
For ICs or connectors, the pin layout is crucial for correct integration onto a PCB (Printed Circuit Board).
While a dedicated "S4LV0.2" datasheet is often proprietary to the board manufacturer, this hardware is built around the of Ethernet Physical Layer (PHY) transceivers, which provides the core networking or data-link capabilities. 1. Hardware Overview: KSZ80_0B_S4LV0.2 Scaler Board The specific part number you've mentioned, "Ksz80 Ob S4lv0
If you are currently debugging a specific board or writing a driver for this transceiver, I can help you write the code. Tell me:
Supports 10 Mbps and 100 Mbps in both full and half-duplex modes.
| Pin | Name | Type | Description | |-----|------|------|-------------| | 1 | TX+ | I/O | Transmit positive | | 2 | TX- | I/O | Transmit negative | | 3 | RX+ | I/O | Receive positive | | 4 | S4LV_OUT1 | Power | 0.2A LDO output 1 | | 5 | S4LV_OUT2 | Power | 0.2A LDO output 2 | | 6 | S4LV_OUT3 | Power | 0.2A LDO output 3 | | 7 | S4LV_OUT4 | Power | 0.2A LDO output 4 | | 8 | VDD33 | Power | 3.3V input | | ... | ... | ... | ... |
The KSZ80_0B_S4LV0.2 T-Con board is a critical component found in the following LCD TV models: