概览

优势和特点
产品详情

优势和特点

32.0 Gbps maximum data rate
13 ps typical output rise time and fall time
28 GHz bandwidth
Self biased, no power sequencing required
Adjustable gain
Integrated output peak detector
Low power consumption
- 0.5 W with 3.3 V positive/negative external supply voltage
- 0.44 W with 2.5 V positive/negative external supply voltage
Use with compact bias tee: 1 inch × 0402 + 1 inch × 0603, SMT only
16-terminal, 2.9 mm × 2.9 mm, leadless chip carrier (LCC) package
Differential balanced outputs

产品详情

The HMC7810A is a differential input and differential output, broadband linear amplifier, capable of driving a differential indium phosphate (InP) Mach-Zehnder (MZ) modulator for data center interconnect fiber optics or silicon photonics, or driving a single-ended, electroabsorption modulated laser (EML) modulator for short reach or metro applications. The HMC7810A supports data rates up to 32.0 Gbps with a gain flatness of up to 20 GHz. The integrated peak detector at the output enables system designers to maintain constant output by adjusting the gain of the amplifier via the VCTL pin through an external automatic gain control (AGC) circuit. The IC provides module designers with scalable supplies for optimizing power dissipation vs. required linearity. The IC is in a 2.9 mm × 2.9 mm leadless chip carrier (LCC) package and requires an external bias tee. The differential input and differential are externally ac-coupled. No power supply sequencing is required.

Applications

Communication Infrastructure: 400G 16QAM, 100G DP-QPSK pluggable optical modules in CFP/CFP2
Broadband gain stage and pre-amplifiers
Broadband test and measurement equipment

产品分类

光通信和光学传感
- 调制器驱动器

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评估套件 (1)

EVAL-HMC7810A

HMC7810A Evaluation Board

EVAL-HMC7810A

查看此评估套件详细信息

EV1HMC7810ALC3 is a populated, Rogers 4350B based evaluation board. For normal operation, it requires two external supply voltages V_DD : 3.3V/150mA at the supply pin V_DD and V_{DD_EXTP}/V_{DD_EXTN}. To adjust the gain of HMC7810A V_CTL test point can be used. When VCTL is −1.5 V, the gain is maximum, and when VCTL is 0 V, the gain is minimum. In addition the outputs VDET and VREF of the internal peak detector can be monitored from the test point which are labeled VDET and VREF. To implement an external automatic gain control, use an analog attenuator and the features of the peak detector.