ASEM CISCO 1002 MHz RF UPGRADE MODULES

Transcription

1 ASEM- E ASEM- BT, UBT, GD, GD ASEM CISCO 002 Mz UPGRADE MODUES The ACI ASEM CISCO G upgrade modules are now offered with the Gallium Nitride (GaN) hybrid technology that allows for 3 higher output levels while maintaining the same specifications as the previous stations with the old (GaAs) hybrids. With this increase in the output level capabilities the cable operators are now able to ensure that even the long amplifier spacings will work. The 002 Mz module can be dropped into 750 or 860 Mz spacing and it comes with the ACI DSIM module for increased signal stability. Features Drop-in G replacement modules for SA Sys II, III, and GainMaker 5 to 2, 85 or 20 Mz reverse path Ideal for traditional FC networks for increased performance & reliability Ideal for fiber deep networks with the extended reach of the amplifiers ower power consumption the OEM amplifiers Increased reliability with higher surge protection in the GaN hybrids Adjustable s & Rs Automatic Gain with the patented Up to 3 higher output levels with same distortion performance with GaN ybrids Page of 6

2 BOCK DIAGRAM ASEM-Balanced Triple Balanced Triple BT 002 Mz GaN Amplifier Block Diagram 20.0 Mid/igh ow End BSW 2 3 Aux 002 Mz Aux 2 5. Forward gain stated at 002 Mz with AGC. Reverse gain stated at 0 Mz. ASEM-Unbalanced Triple Unbalanced Triple UBT 002 Mz GaN Amplifier Block Diagram Mid/igh ow End 2 3 Aux 20.0 BSW AUX Aux 2. Forward gain stated at 002 Mz with AGC. Reverse gain stated at 0 Mz. 2 of 6

3 ASEM-igh and ow Gain Dual igh & ow Gain Dual (GD & GD) 002 Mz GaN Amplifier Block Diagram 20.0 Mid/igh ow End BSW 2 Aux.0 igh Gain 33.5 ow Gain Aux 2 3 Plug-in Jumper Splitter or Coupler (DC/SP3). Forward gain stated at 002 Mz with AGC. Reverse gain stated at 0 Mz. ASEM-One Output ine Extender ine Extender (E) 002 Mz GaN Amplifier Block Diagram Mid/igh ow End 2 P2 2.0 Mz. Forward gain stated at 002 Mz with AGC. Reverse gain stated at 0 Mz. 3 of 6

4 SPECIFICATIONS STATION PARAMETERS: 002 Mz 2-53 Mz Split ASEM CISCO GainMaker Modules 002 Mz With GaN ybrids ousing passband CONDITIONS UNITS Mz Max AC current Continuous Amps Max AC current Surge Amps um modulation Time rated current above Return loss Any port, worst case s Frequency range -c Mz Test point type Directional coupler N / A Test point level Forward & reverse - Test point accuracy Forward & reverse ± Station Slope Internal Slope (Tilt) ± Slope control type Cable equalizers Slope control range Includes cable equivalent Slope control steps Equalizer value steps Station Group Delay AGC Channel 2 (Std) Channel 3 Channel Channel 5 & > Pilot Channel Type Compensation Range Accuracy N / A Nominal 77 ºF (25 ºC) Center frequency bandwidth nsec / 3.58 Mz ± 5.0 SPECIFICATIONS 5 to Mz Mz to 2 (Reverse) / 5 to 002 (Forward) 20.0 BT UBT GD GD E Plug-in Adjustable 's -9.0 to Single Pilot Channel AGC NTSC Analog or QAM System compensation input change ± 002 Mz (Mz) 5.0 Configuration BT UBT GD GD E Operational Specifications AIX Station passband Station flatness Normalized w / 0 slope ± 0.6 Gain - With AGC 002 Mz (Temperature stabilized) Mz to Mz analog channel loading, 79 channels +50 Mz digital channel loading, 256 QAM at -6 c relative to its associated visual carrier Station Output evels BT UBT GD GD E AUX Output 002 Mz 870 Mz 750 Mz 650 Mz 550 Mz 5 Mz mv Reference Output Slope (Tilit) Mz Station Noise Figure Noise figure (w / for input loss) Station Distortions (Worse Case) 5 Mz 550 Mz 002 Mz Composite Triple Beat -c Cross Modulation -c Composite Second Order igh Side 9.0 AUX -c of 6

5 SPECIFICATIONS REVERSE SPECTRUM: REVERSE - CANNE OADING - Typically 23 each,.5 MZ wide QPSK channels. Reverse - General CONDITIONS UNITS Station passband MZ Station flatness Normalized w / 0 slope ± Reverse - Station Gain BT UBT GD GD E Gain Minimum Gain control type Gain control range Gain control steps value steps Reverse - Station Slope Slope control type Cable equalizers N / A Slope control range Slope control steps Equalizer value steps Reverse - Station Output Forward input port Average mv REVERSE - STATION DISTORTIONS Composite Second Order Composite Tripe Beat Cross Modulation Reverse - Station Group Delay 5 Mz 7 Mz 0 Mz 35 Mz 38.5 Mz Reverse - Noise Figure BT UBT GD GD E Station noise figure (w / ) Across the bandwidth Requirements: Configuration With Environmental Operating temperature 6 channel loading Includes reverse (Worst case) -c nsec /.5 Mz BT UBT GD GD E W ºF (ºC) SPECIFICATION 5 to 2 Plug-in pads 2.0 Plug-in s 0 to to +0 (-0 to +60) 5 of 6

6 Ordering Matrix ASEM Cisco Product Configuration Worksheet Customer: Created By: Order Date: ORDERING MATRIX July 26, 208 Position PART NUMBER A G M - 5,6 STATION TYPE E = Output E D = 3 Output Bridger igh Gain (GD) UT = igh Gain Unbalanced Triple (UBT) D = 3 Output Bridger ow Gain (GD) BT = igh Gain Balanced Triple (BT) 7 BANDWIDT FRUENCY = 002 Mz 8,9 STATION GAIN (Forward) For gain values, use the first two digits listed in the part number Frequency Mz Amplifier Model E D D BT UT Max gain with Max gain w/o AGC FORWARD GAIN CONTRO TYPE M = Manual (No AGC) D = Digital Station Intelligence Manger () STATION SOPE = 2/5 85/05 20/ BANDPASS SPIT = 2/53 8 = 85/05 2 = 20/258 3 STATION GAIN (Reverse) R = 2.0 min (E) T = 20.0 min (D, D, BT & UT) CUSTOM OPTIONS 0 = NONE X = Determined by Product Management Generic Order Form: Not all configurations are available ACI Communications, Inc th Avenue South Kent, WA Rev Printed in U.S.A. ACI Communications, Inc. reserves the right to discontinue the manufacture or change specifications without prior notice on any parts illustrated in this data sheet. Registered trademarks are the property of their respective owners 6 of 6