HMC721LC3C Ceramic SMT-16 13 Gbps XOR XNOR Gate with Programmable Output Voltage IC Chip

The HMC721LC3C is a XOR / XNOR gate built for high speed serial data and clock paths, working at up to 13 Gbps data rate and 13 GHz clock. Both inputs and outputs are differential and can be AC or DC coupled.

All inputs are terminated with 50 ohm on chip, so external termination networks are not needed and the part can be dropped directly onto a high speed transmission line.

Rise and fall times of 19 ps and 18 ps with a propagation delay near 95 ps keep jitter and eye closure low, and power consumption stays around 230 mW typical.

An output level control pin, VR, sets the differential output swing between 600 mV to 1200 mV, which can be used for loss compensation or to optimise drive level for the receiving device. The LC3C version is supplied in a ceramic, RoHS compliant 3 mm x 3 mm surface mount package.

The HMC721LC3C is RoHS compliant and ships with full traceability. Samples and volume pricing are available on request.

• Differential XOR / XNOR gate for high speed serial data
• Supports data rates up to 13 Gbps data rate
• Differential and single-ended operation
• Inputs internally terminated in 50 ohm
• Fast rise and fall times of 19 ps and 18 ps
• Low power consumption, about 230 mW typical
• Programmable differential output swing 600 mV to 1200 mV
• Output level control pin for loss compensation
• Propagation delay around 95 ps
• Single -3.3 V supply operation
• 16-lead ceramic 3 mm x 3 mm SMT package
• RoHS compliant

• RF automated test equipment
• Broadband test and measurement
• Serial data transmission links
• High speed digital logic systems
• Fiber channel and NRZ to RZ conversion

Typical use is digitally controlled resistance and divider trimming in surface mount assemblies.

• 15+ years of electronic components experience
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