AC3200 INTELLIGENT BROADBAND AMPLIFIER
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1 Kari Mäki (7) AC3200 INTELLIGENT BROADBAND AMPLIFIER AC3200 is the latest leading-edge addition to AC family with extended frequency and gain ranges and integrated electrical controls in both up- and downstream. It provides two active outputs with individual signal controls. AC3200 has automatic alignment routines, which take care of optimized SNR performance of both signal directions. ALSC circuits are built-in and they can activated easily by adding the transponder unit. Both signal paths are equipped with a universal plug option. These slots are protected against service interruptions with automatic Non-Stop function. Upstream signal path has many benefits compared to average products on the market. There is an extremely high gain with output and mid-stage gain controls. Signal level or unwanted disturbances like CPD or ingress can be monitored even in the cases when return channel is switched off. The local USB interface enables local control through PDA or laptop. Remote control is possible via either CATVisor or HMS compatible transponder. Features 1 GHz bandwidth Remote power supply with PFC 2 active outputs Intelligent continuous adjustments with huge gain control range Local control with PC or PDA through USB connection Possible to order customized pre-settings GaAs FET amplifier technology Excellent ESD and surge protection With AC6991/AC6980 transponder plug-in: CATVisor / HMS (AC6991) or DOCSIS (AC6980) remote connection ALSC with fully user programmable pilots Downstream spectrum analyser Upstream signal quality monitoring with automatic ingress control True plug-and-play with single pushbutton alignment Return path pilot generator (AC6991)
2 Kari Mäki (7) Technical specifications Parameter Specification Note Downstream signal path (values with diplex filters) Frequency range 47 / 54 / 70 / 85 / / 1006 MHz Return loss 20 1) Gain 2 x Input gain control ) Mid-stage gain control ) Input equaliser slope ) Mid-stage slope ) Nominal slope 8 5) Flatness ±0.4 6) Group delay 2 ns 7) Test point -20 8) Transponder connection -19 9) Input by-pass attenuation -3 Noise figure ) U max(112 QAM channels) uv 11) CTB 41 channels µv 12) CSO 41 channels µv 12) XMOD 41 channels µv 12) CTB 110 / 77 channels 71.0 / 79.0 c 13) CSO 110 / 77 channels 73.0 / 79.0 c 13) XMOD 110 / 77 channels 66.0 / 70.0 c 13) Upstream signal path (values with diplex filters) Frequency range / 42 / 50 / 65 / 85MHz Return loss 18 14) Maximum gain 2 x 30 Ingress switching 0 / - 6 / < -50 Output gain control 0-20 Mid-stage gain control 0-10 Output equaliser slope ) Flatness ± ) Measurement isolation > 35 Transponder connection ) Noise figure ) Output level, DIN 45004B µv 18) CINR > 57 c 19) General Power consumption (65 / 230 V AC) 32.0 / 34.5 W 22) Supply voltage Vac, ± Vdc / Vac Maximum current feed through 8.0 A / port 23) Hum modulation 70 23) Resistance for remote current 25 mω / port Input / Output connectors PG11 (several adaptors available) Test point connectors F- female Local service port connector USB mini-b Dimensions 245 x 255 x 100 mm h x w x d Weight 3.0 kg Operating temperature C Class of enclosure IP67 24) EMC compatibility EN (IEC ) Safety EN ESD 4 kv 25) Surge 6 kv 26)
3 Kari Mäki (7) Notes 1) The limiting curve is defined at 40 MHz -1.5 / octave. 2) Step size is 1. 3) Step size is 0.2. This interstage control is used in ALSC operation. It typically works up to - 15, but range between has no guaranteed performance. 4) Between /1006 MHz. Step size is 1. Pivot frequency can be selected electrically. 5) Between /1006 MHz. Pivot frequency can be selected electrically. 6) Typical value. The guaranteed value is ± Flatness is defined with diplex filters. All other used plug modules are 0 pads. Spec is valid 2 MHz after the starting frequency of the selected diplex filter. 7) Typical value for 4.43 MHz band. Measured at channel S2. 8) Output TP has a tolerance of ± 0.75 between MHz and ± 1.0 between MHz. It is defined with 0 plug as OUTPUT MODULE 1. Input TP is transformer type with ±1.5 tolerance. 9) Level difference between transponder connection and output 1. Tolerance ± ) Typical value at 862 MHz with the maximum gain. The guaranteed worst case value is 1.0 worse. 11) Typical value according to IEC Channels have 10 cable equivalent slope between MHz and signal level has been defined at 1002 MHz. BER measurement has been done on the worst channel between MHz. 12) EN Amplifier output was 8 cable equivalent sloped. All results are typical values in room temperature. XMOD is measured at the lowest channel. The highest recommended output level for the amplifier is uv with 42 channels CTB level -2.0 CSO level NF Mid-Stage Attenuation The picture is showing how the NF and distortion performances are changing if mid-stage gain control is used. Defined with the 8 sloped output and CENELEC loading. Performance is defined at the worst frequency. 13) Measured with 77 and 110 NTSC channels. Amplifier output was 12 linearly sloped and the used levels were at 55 / 550 / 750 / 862 MHz 35.0 / 42.5 / 45.5 / 47.0 mv. All results are typical values in room temperature.. XMOD is measured at MHz. The highest recommended output level for the amplifier is 51 mv with 110 channels and 53 mv with 77 channels. 14) Valid over the band 7 65 MHz. 15) Between 5 65 / 85 MHz. Step size is 1. Pivot frequency is 65 or 85 MHz, which can be selected electrically. 16) Typical value. The worst case value is ± 0.6. Flatness is defined with 65 MHz diplex filters. 17) This is the level difference between return path input and transponder transmit pin when return path is set to full 30 gain. This value increases linearly to -17 when return path gain decreases to 20, after that it stays at -17. The accuracy is ± 1.
4 Kari Mäki (7) 18) Typical value with full gain, which can be used in network design. 19) CINR Input Level (uv / Hz) Measurement is done at 49 MHz with full band noise loading between 5 65 MHz. The left side curve is valid with maximum gain and the right side curve is tested with -10 inter-stage attenuation. 20) AC voltage is measured using sliding average. The accuracy specification applies only to constant waveform. 21) Internal temperature is typically ºC higher than ambient temperature, depending on installation and ventilation. 22) Without transponder. Transponder increases total power dissipation with 2 W. 23) At any frequency from 10 to 862 MHz when the remote current is less than 8 A. 12 A is the maximum current, which can be locally injected into all ports together (simultaneously). 24) The housing is tested to be class of IP67. However, in standard delivery conditions the lowest side wall is equipped with a ventilation hole of 1 mm. Then the practical enclosure class is IP54. 25) EN , contact discharge to enclosure and RF-ports. 26) EN , 1.2 / 50 µs pulse to RF-ports. Compatibility All accessories that will be used together with this product, should use the newest generation available. By using only up-to-date accessories a proper operation can be ensured.
5 Kari Mäki (7) Monitoring functions Status LED for alarm indication Return path ingress switch on/ attenuated / off control 65 VAC voltage measurement with alarms Local +12 V and +24 V voltage measurements with alarms Internal temperature measurement with alarms Full electrical control of all forward and return path alignments Easy and fast intelligent control mode, and full-featured manual control mode Indication of universal plugs presence Electrical control of return path plug usage Electrical control of forward path frequency range Return path automatic alignment Uptime, total uptime and reset counters for power outage statistics User notes can be stored into amplifier memory Fully user configurable alarm limits, severities, enabling and delays Alarm log stored into non-volatile memory for easy troubleshooting Amplifier configuration and accessory information stored in amplifier memory Fast local softwate update via USB also without power supply Additional features available with AC6991 / AC6980 transponder: Remote access to all AC3200 settings and monitored parameters ALSC and modem LEDs for alarm indication CATVisor and HMS compatible remote connection (AC6991) DOCSIS compatible remote connection (AC6980) Interstage gain and slope control by ALSC mode with saturation alarm ALSC pilot frequencies, detector types, backoffs and decision levels are user programmable Automatic reserve pilot switching and ALSC operation with only one pilot User configurable all pilots lost behaviour Forward path automatic alignment Full forward and return path automatic alignment with single button Lid status monitoring with alarm Service terminal connection monitoring with alarm Amplifier configuration change monitoring with alarm Spectrum analyser for forward path level measurement with alarm Ingress analyser for return path level measurement with alarms Automatic ingress switch and return path plug activation and deactivation based on detected ingress with alarms and user configurable delays Modem receive and transmit signal level monitoring with alarms (AC6991) Remote software update to multiple units simultaneously Return path pilot generator with 4 user programmable pilot frequencies and levels (AC6991)
6 Kari Mäki (7) Block diagram Universal plug-in USB LEDS CPU TX RX LEVEL MEAS ºC TRANSPONDER Universal plug-in TP Input module Output module 1 TP / Test injection TP / Test injection IN AC AC OUT 3 / AC OUT 2 AC INPUT BYPASS OUT 1
7 Kari Mäki (7) Ordering Information AC3200 configuration map AC Gain and housing 4-1 Forward path universal plug D 2x 39 universal amplifier X None 1-2 Power supply 4-2 Output module A Local powering, euro plug (230 VAC) A 0 (AC6120) B Remote powering with cable clamp (65 VAC) B Splitter -3.7, (AC6124) C Local powering, UK plug (230 VAC) C Tap -8, (AC6128) D Tap -12, (AC6112) 2-1 Input connection (first from left) E Tap -16, (AC6116) A PG11 F Tap -20, (AC6119) B 5/8" X None C IEC D 3.5/ Return path universal plug E F A Ingress blocker (AC6223) 2-2 Input by-pass/output 3 connection B Ingress blocker (AC6228) A PG11 X None B 5/8" C IEC 6-1 Transponder module D 3.5/12 B Transponder and ALSC module (AC6991) E F C DOCSIS transponder (AC6980) X None (PG11 sealing plug) X None 2-3 Output 2 connection A PG Application software B 5/8" A CATVisor compatible C IEC B HMS compatible D 3.5/ Settings E F X Factory default 2-4 Output 1 connection (first from right) A Customer specified A PG Product keys (software features) B 5/8" X None C IEC A Plug'n'play forward path alignment D 3.5/12 B Spectrum and ingress analyser functionality E F C A + B + Return path pilot generator 3-1 Input module 8-1 Installation manual A 0, no by-pass (AC6110) X None B Splitter -3.7, by-pass in use (AC6124) A Manual C D E F X Tap -8, by-pass in use (AC6128) Tap -12, by-pass in use (AC6112) Tap -16, by-pass in use (AC6116) Tap -20, by-pass in use (AC6119) None 3-2 Diplexer filters D 65/85 MHz (3 x CXF065) E K 85/108 MHz (3 x CXF085) Forward path jumper (3 x CXF000) L 65/85 MHz (3 x CXF065 and 3xCXF000) DOC X None Rev 017
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