CDCLVD110ARHBR

CDCLVD110ARHBR is a Texas Instruments clock-distribution buffer in the CDCLVD family. It is designed to take a single clock reference and fan it out to multiple LVDS/LVDS-compatible outputs with low skew and jitter, suitable for driving several timing-sensitive devices from one source.
Key points:
- Purpose: clock distribution with multiple differential outputs.
- Outputs: LVDS-compatible, high-speed clock signals.
- Features: low additive jitter and skew, enable/disable control, and tri-state outputs (as applicable), plus typical power-on/reset behavior.
- Package: TI’s ARHBR package option (specific package details in the datasheet).
- Applications: board-level clock distribution for FPGAs, DSPs/CPUs, memory controllers, SERDES, and other high-speed digital logic.
Usage basics:
- Provide a single input clock, supply voltage per device spec, and route each LVDS output to downstream devices.
- Use the enable control to gate outputs as needed.
For exact fanout, input/output specs, jitter, supply range, and package details, consult the CDCLVD110ARHBR datasheet.

Pin count: 8 pins (8-pin package).
Function: One-channel LVDS receiver/level translator. It accepts a differential LVDS input and outputs a CMOS/TTL-compatible single-ended signal (with enable, Vcc, and GND pins).

- Manufacturer: Texas Instruments (TI).
- Company type: American multinational semiconductor company that designs and manufactures analog, mixed-signal, and digital integrated circuits and related products; headquartered in Dallas, Texas.

CDCLVD110ARHBR is a high-speed, low-voltage differential signaling (LVDS) line driver/receiver/transceiver. Typical application areas include:
- LVDS data links between FPGAs/ASICs and peripherals
- Display/video interfaces (LCD panels, camera sensors, FPD-Link)
- Clock and data distribution networks in high-speed systems
- Backplanes/interconnects in servers, telecom, and industrial equipment
- Automotive sensor/camera and infotainment interfaces
- Medical imaging and instrumentation requiring robust EMI/noise immunity
- Mixed-signal designs requiring LVDS level shifting.

8-pin VSSOP (Very Small Outline Package), RoHS-compliant.