CATV PRODUCTS Surface Mount Line Amplifier ICs Extensive Family of Proven High Reliability CATV Infrastructure Line Amplifier ICs Our 12 V and 24 V CATV surface mount line amplifier ICs provide exceptionally low distortion and noise figure over the entire frequency spectrum up to 1.2 GHz for PCB direct-mount applications. These monolithic GaAs IC designs are available with high gain in push-pull driver or power doubler output stage configurations. Our CATV infrastructure products are designed to support ultra-high data rates and outstanding picture quality by offering exceptional linearity and noise figure. The product line is field-proven and meets high reliability standards for CATV head-end and distribution equipment. Low CSO, CTB, and Noise Figure for excellent signal integrity Bandwidth to 1.2 GHz to enable advanced services under DOCSIS 3.1 Reliable GaAs MESFET and GaN HEMT Technology for long mean time failure rates Easy To Use Surface Mount Package with enhanced thermal performance and decades of high volume manufacturing history 24 V Line Amplifiers Application Operating Frequency (MHz) Typical Current Consumption (mA) Typical Gain (dB) Part Number 40 – 870 250 21.8 ACA2402E 40 - 1000 250 21.8 ACA2402 240 25 ACA2417 DOCSIS 3.1 240 28 ACA2418 DOCSIS 3.1 290 25 ACA2461 DOCSIS 3.1 290 28 ACA2460 DOCSIS 3.1 425 21.3 ACA2407E 425 21.3 ACA2407 520 21.5 ACA2420 25 ACA2429 28 ACA2431 Push-Pull Amplifier Power Doubler Amplifier GaN PD Amplifier 40 - 1200 40 – 870 40 – 1000 40 – 1200 430 Frequency Band (MHz) Max Current Consumption (mA) Typical Gain (dB) Part Number 200/275 12 ACA0861A/C 200 15 ACA1205 40 – 1000 200-350 14.2 ACA1206 40 – 870 330/490 12 ACA0861B/D 40 – 1000 445/610 11.3 ACA0862B/D 395 12 ACA1212 DOCSIS 3.1 725 27 ACA1216 DOCSIS 3.1 DOCSIS 3.1 12 V Line Amplifiers Application 40 – 870 Push-Pull Amplifier Power Doubler Amplifier 1 40 – 1200 CATV Products Optical Receiver Front-End and Gain Block Amplifiers High Performance FTTH/FTTB, Drop Amplifier, and Gain Block Solutions Our highly integrated RF amplifiers operate up to 1 GHz and are optimized for HFC networks and Fiber-to-the-Home/Building (FTTH/FTTB) applications. This family offers a low-noise front-end and greater than 20 dB of voltage-controlled gain adjustment, delivering +18 to +21 dBmV output power in a space-saving, high-performance solution. These devices also deliver excellent linearity to maintain low CTB and CSO levels in a fully loaded spectrum. Low noise and high linearity for exceptional signal integrity Wide bandwidth to provide a single solution for 860 MHz and 1 GHz applications Balanced design option provides excellent second order linearity Compact surface mount packages to reduce valuable PCB space FTTH/FTTB RF Amplifiers Supply Voltage (V) Operating Frequency (MHz) Typical Gain (dB) Gain Adjust Range (dB) Typical Equiv. Input Noise (pA/Hz) Typical CSO/ CTB (dB) Input Impedance (Ohms) Part Number +5 50 - 1000 24 22 4.5 -65/-65 400 ACA2604 Typical Noise Figure (dB) Typical CSO/CTB (dBc) Typical Supply Current (mA) Package Part Number 4.5 -62/-63 80 3x3 QFN ABA3130 2.3 -63/-75 80 SOT-89 ADA1200 2.3 -62/-74 SOT-89 or 16 LD SOIC ADA10000 2.0 -60/-65 150 (Max) 16 LD SOIC ADA10001 5 V and 8 V Gain Blocks for 1 GHz Systems Supply Voltage (V) Typical Gain (dB) 4.3 (37 dB range) +5 +8 12 12 Input/Output RF Interface Single-Ended/ Balanced Single-Ended/ Single-Ended 5 V Gain Block for 1.2 GHz Systems 2 Supply Voltage (V) Typical Gain (dB) Input/Output RF Interface Typical Noise Figure (dB) Typical CSO/CTB (dBc) Typical Supply Current (mA) Package Part Number +5 12 Single-Ended/ Balanced 2.5 -72/-75 200 16 LD SOIC ABA3101 CATV Products DOCSIS 3.1 Reverse Path Amplifiers Upstream Reverse Path Amplifiers With Exceptional Performance and Reliability Our GaAs upstream amplifiers are designed for CATV infrastructure and subscriber applications with an integrated step attenuator that provides attenuation ranges up to 58 dB, with steps as small as 1 dB, and easy-to-implement serial or parallel controls. With an operating range up to 85 MHz, these amplifiers provide the highest output power in the industry and meet DOCSIS requirements for linear power and harmonic performance. These products feature a single +5 V supply and provide typical gains (at 0 dB attenuation) of 29 dB or more with exceptionally low noise. Low Harmonic Distortion for high signal integrity and DOCSIS compatibility Programmable Step Attenuator with a variety of attenuator steps and control schemes for precise control of output levels and the best match of application needs Single +5 Volt Supply for simplified designs Reverse Amplifiers Attenuator Control Programmable Address Attenuation Range/Step (dB) Typical 1 dB Compression Point (dBmV) Parallel - 30/2 +70 Yes 58/1 No No Serial Typical 2nd Harmonic Level (dBc) Typical 3rd Harmonic Level (dBc) Maximum Noise (dBmV) @ Max Attenuation (160 kHz BW) Typical Gain (dB) Part Number -60 @ 5 MHz -63 @ 5 MHz -63 @ 25 MHz -63 @ 25 MHz -54.6 32 ARA05050 +68.5 -75 @ 10 MHz -60 @ 10 MHz -53.8 29.3 ARA2000 58/1 +68.5 -75 @ 10 MHz -60 @ 10 MHz -53.8 29.3 ARA2004 58/2 +73 -55 -55 -53.8 Typ 33 ARA2017 “High-Split” 0 to 300 MHz Reverse Amplifiers 3 Attenuator Control Attenuation Range/Step (dB) Voltage (V) Typical Current (mA) Typical Gain (dB) Part Number n/a n/a 24 125 33 ARA2032 CATV Products DOCSIS 3.1 Active Splitters Complete Family of High Performance Splitters for STB and Gateway Applications We offer active splitters with up to 5 output paths for a variety of Set-Top Box (STB) and gateway applications, including MoCA enabled products. The splitters are designed in fixed gain or adjustable gain configurations with high linearity and low noise figure over a bandwidth up to 1.1 GHz for optimal signal integrity. For maximum design flexibility, the adjustable gain splitters feature independent gain paths, each with a wide gain control range. Wide operating range up to 1.1 GHz for high-bandwidth systems Low Noise Figure for exceptional signal reception Low CTB and CSO to maintain excellent signal integrity Adjustable Gain Product with wide gain control range, independent for each signal path for superior picture quality Fixed Gain Products Available in Small Package Sizes to minimize PCB space MoCA Splitters Offer Gain Profiles which compensate for in band line filter attenuation Special 5-Way Splitter for gateway applications requiring phone bypass during power outages Active Splitters Application Number of Output Paths Frequency Band (MHz) Typical Gain Typical Gain Control Range (dB) Typical Noise Figure (dBc) Typical CSO/CTB (dBc) Typical Supply Current (mA) Part Number Active Splitters with Gain Control 3 50 - 1100 5.5 (at max gain) 33 4.3 -70/-70 175 APS3606 2 50 - 870 3.5 N/A 4.8 -70/-80 120 APS3611 3.9 - 6.0 N/A 4.5 -65/-77 140 APS3623 4.0 N/A 4.8 -60/-70 130 APS3625 Active Splitters with Fixed Gain for MoCA Apps Active Splitters with Phone Bypass 4 3 50 - 1000 5 CATV Products Upconverters/ Downconverters High Linearity, Low Noise Tuner Components for Crystal Clear Video Our tuner components provide a family of signal upconverters and downconverters with high conversion gain and linearity, low distortion, and include dual synthesizers that support 256 QAM digital signals. GaAs MESFET and CMOS technologies are employed to achieve excellent performance and integration, reduce the number of external components, simplify design, and ease the labor-intensive task of production alignment. Select designs offer a 3-wire serial programming interface. High Conversion Gain of up to 31 dB Low Distortion of -53 dBc for excellent signal integrity Dual Synthesizers on select products support noise sensitive digital signals, including 256 QAM Double-Conversion Architecture for superior linearity 3-Wire Interface for flexibility and compatibility Upconverters Typical Conversion Gain (dB) 8 Typical CSO/ CTB or IMD3 (dBc) Typical Noise Figure (dB) Typical 10 KHz Offset Phase Noise (dBc/Hz) Typical Power Consumption (W) RF Input Frequency (MHz) RF Output Frequency (MHz) Part Number -62/-68 6.5 -89 0.770 50 - 860 900 - 1200 ACU2109 -60/-60 6.5 -84 0.600 50 - 860 900 - 1200 ACU50752 Downconverters Programming Interface 3 Wire N/A 5 Typical Conversion Gain (dB) Typical CSO/ CTB or IMD3 (dBc) Typical Noise Figure (dB) Typical 10 KHz Offset Phase Noise (dBc/Hz) Typical Power Consumption (W) RF Input Frequency (MHz) RF Output Frequency (MHz) Part Number 31 -53 Max 8 -90 1.065 900 - 1200 35 - 150 ACD2206 10 -53 Max 8 -90 0.565 900 - 1200 35 - 150 ACD2202 9.5 -59 8 -89 0.400 900 - 1200 35 - 150 ACD0900 CATV Products Your RF Advantage At ANADIGICS, our singular focus is developing best-in-class RF solutions that deliver a competitive edge. Our exceptional team of RF designers continuously innovates to create next-generation products that provide measurably superior performance. These performance advantages are backed by our outstanding sales and applications support teams to help you reduce time-to-market and achieve your design goals. So, whether you are trying to extend coverage range, ensure optimal thermal design, or achieve greater throughput, trust ANADIGICS for your next project. The ANADIGICS Advantage Industry-Leading RF Performance World-Class RF Integration Advanced Process Technology Innovative Design Techniques Manufacturing Prowess Applications Expertise Global Presence Global Headquarters Warren, NJ, USA Phone: 1.908.668.5000 Fax: 1.908.668.5086 Shanghai, China Phone: +86.21.5396.6399 Fax: +86.21.5396.6399 *211 Shenzhen, China Phone: +86.755.8280.5868 Fax: +86.755.8280.5867 Seoul, South Korea Phone: +82.31.709.6941 Fax: +82.31.709.6942 Taipei, Taiwan Phone: +866.2.8751.2155 Fax: +886.2.2658.2276 San Diego, CA, USA Phone: 1.858.638.7261 ANADIGICS 141 Mount Bethel Road Warren, NJ 07059 www.anadigics.com ©2014 ANADIGICS, Inc. All rights reserved. Specifications subject to change. Consult ANADIGICS for latest specifications. No. CATV-Bro-1409 Supersedes: CATV-Bro-1404 Tokyo, Japan Phone: +81.3.5326.3053 Fax: +81.3.5326.3001