Over-Voltage Protection. Monitors output voltage via a resistor divider to protect against open-circuit LED faults. COMP
You may be looking for one of these instead:
: Commonly available in MSOP-10 (Mini Small Outline Package) or SOP-10 formats, suitable for space-constrained PCB layouts.
The SN51DP datasheet provides a detailed description of the device's architecture, functionality, and performance. Some of the key sections in the datasheet include: sn51dp datasheet
The (frequently silk-screened or marked as SN510P ) is a highly specialized, 10-pin power management integrated circuit manufactured by On-Bright Electronics. It acts primarily as a high-efficiency LED backlight driver controller within liquid crystal display (LCD) and LED television panels. Technicians and electronics engineers frequently search for the SN51DP datasheet when diagnosing hardware issues like "no display backlight," bypassing inverter protection circuits, or sourcing pin-compatible components for repair boards like the TP.S506.PB801.
: It typically operates with a supply voltage between 3.5V and 7V , with a typical center around 5V .
In conclusion, the SN51DP datasheet provides a comprehensive overview of the high-speed differential driver IC. The SN51DP is a versatile IC suitable for various applications, including telecommunications, data communications, and video transmission systems. Its features, such as high-speed output driver, differential output, and low power consumption, make it an attractive choice for engineers and designers. By understanding the specifications and applications of the SN51DP, designers can effectively use this IC in their designs and develop high-performance systems. Over-Voltage Protection
Lead-free and fully RoHS compliant. Pinout Configuration and Functional Mapping
The driver section is enabled by the DE pin. When DE is high, the driver section converts the input signal on DIN into a balanced differential signal on DOUT. The driver section has a high output impedance when DE is low, allowing the output to be tri-stated.
Gate drive output and Over-Voltage Protection monitoring. GATE-: Gate drive control terminal. GND: Ground connection. The SN51DP datasheet provides a detailed description of
During complex repair diagnostics, technicians frequently need to determine if the issue lies within the power supply board or the panel's LEDs. To bypass the latching circuit protection on the SN51DP for testing purposes:
Power Supply Input. This pin accepts the incoming low-voltage rail (typically 12V) required to power the internal control logic of the IC.
Monitors the current flowing through the LEDs for regulation.
High-speed standalone digital pulse width modulation (DPWM) controller.