The DM4033 is a dual-independent ultra-wideband phase delay fabricated using 1-um HBT GaAs technology and is based on ECL topology to guarantee high-speed operation. The high output voltage, excellent rise and fall time, and the high eye diagram quality at data rates to 12.5 Gb/s makes the DM4033 suitable for timing adjustment in data and clock distribution at very high speed. Complex digital applications benefit from the DM4033, including clock data recovery, edge detectors, NRZ-to-RZ converters, MUX/DEMUX, and data restoration.

The device features a dual delay element that provides up to 100-ps delay. Delay control can be either differential (using both VCp and VCm) or single-ended (VCm is the active control pad while VCp is shorted to VCref). The control voltage range for the delay input is from -2.2 V to -3.0 V whether the control is single-ended or differential. The device can delay NRZ streams with data rates to 12.5 Gb/s or a clock signal up to 10.7 GHz. Both inputs and outputs are DC-coupled. At the input side, internal 50-ohm resistors avoid the need for external impedance matching terminations. The DM4033 uses SCFL I/O levels and is designed so to allow for either single ended or differential data input.

• Ultra wideband: Up to 12.5 Gb/s NRZ
• Dual independent cores on a single die
• Delay adjustment to 100 ps
• 900 mVpp single-ended output
• Jitter RMS: <1.5 ps
• Output rise time (20% – 80 %): <21 ps
• Output fall time (20% – 80 %): <18 ps
• 50-ohm matched DC-coupled inputs and outputs
• Differential or single ended I/O
• Power consumption: 1.6 W (each core)
• Available in die. For Ceramic or Pastic QFN Package please ask.

Please download datasheet or our product review (Acrobat Reader needed).

Application Notes