HMC6282A Quad Optical Modulator Driver Module, 32 Gbps

The HMC6282A is a four channel driver amplifier designed for 100 Gbps Mach-Zehnder (MZ) optical modulator driver applications. Four channel driver amplifiers are fully integrated in a compact connectorized hermetically sealed module where the input/output high-speed connectors are GPPO. The HMC6282A is fully compatible with the Optical Internetworking Forum’s (OIF) Integrated Polarization Multiplexed Quadrature Modulated Transmitters Implementation Agreement (OIF-PMQ-TX). Features such as high gain across a wide frequency range, low jitter, excellent group delay flatness, low power dissipation, compact size, fully integrated bias-T inductors and DC blocks along with the temperature sensor function make the HMC6282A a bestin- class product. The driver provides 8Vpp saturated output swing up to 32Gbps and features output swing cross point adjustment. There are only 4 DC control pairs required to tune the crossing and output RF amplitude individual for each channel. HMC6282A requires single supply (VDD) and has a wide supply operating range from +5V to +8V. The RF I/Os are internally matched to 50 Ohms and the broadband DC blocks are integrated. HMC6282A provides Long Haul designers with scalable power dissipation for varying output drive requirements. (4.9W at Vout = 6.5Vpp and 6.5W at Vout = 7.5Vpp).

技术特性
  • Operation up to 32 Gbps
  • 5.3 W Power Dissipation
  • Less than 250 fs Additive RMS Jitter
  • Fully Integrated Compact Module
        with GPPO Interface
  • Hermetically Sealed Module
  • Integrated Temperature Sensors
  • Module Size: 40 x 25 x 6.5 mm
应用领域 APPLICATION
  • 100 Gbps DP-QPSK Transmitter
  • 400 Gbps Linear Transmitter
技术指标
Data Rate (Gbps) Function Gain (dB) Group Delay Variation (ps) Additive Jitter (ps) Output Voltage Max. (Vp-p) Package
32 Quad Optical Modulator Driver 26 ±4 0.23 7.5 Module
订购信息 Ordering Information
  • HMC6282A
功能框图 Functional Block Diagram

HMC6282A 功能框图

应用技术支持与电子电路设计开发资源下载 版本信息 大小
HMC6282A 数据资料DataSheet下载:pdf Rev.V2 2 页