cci 200w cell extender system - 1900 - cdma pcs edition v1 1

7/28/2019 CCI 200W Cell Extender System - 1900 - CDMA PCS Edition V1 1

1/22

1

Technical Description

General Information

CCIs Multi-Carrier Cell Extender System breaks

with traditional integration concepts and sets a

new direction with our seamlessly integrated di-

rect mounting systems. Derived from our SCPA

product line, our MCPA hanging cabinets and en-

closures require no dedicated pad space, saving

valuable deployment time and cost. The system

employs a new highly efficient MCPA design that isan integral part of CCIs complete turn-key MCPA

system. High power density of the MPCA module

and power plant create a powerful compact pack-

age. The MCPA system supports multiple simulta-

neous formats such as GSM/EDGE, CDMA1X/DO,

and UMTS. Multiple radios are combined on high

capacity sites to reduce the required number of

feeders without impacting coverage. CCIs MCPA

is a key element in upgrading or cositing existing

(growth) or new base stations. Optional N+1 re-

dundancy configurations and integrated VSWR

monitoring with I/P addressability are available.

General Info 1

Technical Description 1

Electrical Specifications 2

Mechanical Specifications 3

Module Locations 5

Block Diagrams & ModuleConfigurations

14 -

Outdoor Cabinet Outline 21

Ordering Information 21

Indoor Rack Outline 22

Secondary Modules 10 -

MCPA Specifications 4

Duplexer/Attenuator Tech-nical Description & Specs.

6-9

Contents

CCIs MCPA employs a high efficiency Feed Forward design that works with multi-

ple modulation formats simultaneously. Multi-Loop architecture reduces the num-

ber of components and increases reliability. An internal microprocessor circuit

controls all functions, maintains long term (thermal) and short term (distortion)

functions, and generates status and alarms. An auto-reboot feature will automati-

cally restart the MCPA module in case of power interruptions. Fans are alarmedand hot swappable, requiring only common tools to change. Module efficiency is

greater than 16% due to an advanced Doherty type architecture which also reduces

current consumption during low traffic periods. Intermodulation distortion is ex-

tremely low, better than 65 dBc typical, due to a custom pre-linearizer circuit. Dry

contact alarms are also provided for simple interface to existing base station alarm

reporting circuits.

Model CE-1819-200MC

CCI Confidential

Mult i-Carr ier Cell Extender System

With PCS 200 Watt MCPA

Conf igu rat ion and Speci f ications

CDMA PCS Edition


2/22

2

Multi-Carrier Cell Extender System Level Specifications

Description Typical Specifications

Electrical Forward Link (Downlink) Reverse Link (Uplink)

Frequency range of operation 1930 -1990 MHz 1850 - 1910 MHz

Composite Output Power (per Sector) 200 Watts

System Gain

12 dB Nominal, adjustable from10 dB to 24 dB - AISG PCS TwinTMA

12 dB - Standard PCS Full BandTwin TMA,14 dB - Standard PCS Twin TMA(with High Gain (-HG) Option)

Gain Variation 0.5 dB Max. 0.5 dB Max.

Output Third Order IM3 @ 1.98 MHz Offset -55 dBc/30 kHz N/A

Harmonics and Out of Band Spurious -13 dBm Max. N/A

System Group Delay 180 nSec Max.

Input/Output VSWR 1.5:1 Max. 1.5:1 Max.

Up-Link-Down-Link Isolation 90 dB

Uplink Noise Figure1.6 dB Midband; 2.0 dB Band Ed

(AISG DTMA) - other DTMAs Av

Power Supply Voltage

Indoor: +27 VDC PDU (+26 to +28 VDC)

Outdoor:220 VAC (AC PPS)2-4 Hours Battery Backup (Optio

Power Consumption 1.5 KW Max. per Sector @ 27 VDC (46A DC @ +27 VDC/Amplifier)

Adjustable to 13 dB in 1 dB steps


3/22

3

Multi-Carrier Cell Extender System Level Specifications (Cont.)


Mechanical

RF Connectors

Input from BTS: N-Female

Output to Hardline: 7/116 DIN-Female

Tower Top Amplifier: 7/16 DIN-Female

AC PPS Input Connectors 4 Position (1/4-20 Stud, 7/16 Nut) terminal block

AC PPS Battery Backup Connectors 3 Position (#8 Screw) terminal block

DC PDU Input Connectors One pair of terminals with 3/8-16 threaded studs with 5/8 nuts

Dimensions

TTA - 14.3 H x 8.4 W x 3.2 D (AISG or Std. DTMA with Brackets)

Outdoor Cabinet - 71.1 H x 22.5 W x 25 D (with Battery Backup Copartment)

Outdoor Cabinet - 47.5 H x 22.5 W x 25 D (without Battery BackupCompartment)

40U Indoor Rack - 78.75 H x 24 W x 24 D (without Plinth)

Weight

TTA

Outdoor Cabinet *

1 Sector Single - 300 Lbs. Max.


3 Sector Dual - 850 Lbs. Max

Indoor Rack




Environmental

Enclosure

TTA - IP65 (Unit Body), IP67 (Connector)

Outdoor Cabinet NEMA 3R

Indoor 19 Rack

Operating Temperature Range -25 C to +50 C

14.3 Lbs. Max.;Lightweight - 12.6 Lbs. Max.







* Outdoor Cabinet Weights do not include Backup Batteries, but do include Backup Battery Compartment


4/22

4

200 Watt Multi-Carrier Power Amplifier Module (MCPA)


Frequency range of operation 1930-1990 MHz

Operating Bandwidth 40 to 60 MHz

Output Power 200 Watts

Gain 63 dB

Gain variation over temperature 0.75 dB

Passband flatness 1.0 dB

Module Efficiency 16.5%

Module Current Draw 46 Amps

Operating Voltage 26 to 28 VDC

Out of Band Spurious Meets FCC

Input return loss (VSWR) > 15 dB (1.4:1)

Output Return Loss (VSWR) > 15 dB (1.4:1)

Dimensions 3.9 x 13.4 x 17.5

Weight 30 Pounds

Operating Temperature Range -25 C to +65 C

Operating Relative Humidity 0% to 99%

Operating Altitude Up to 13,000 FT

* Note: with 8 GSM and 1 UMTS carriers

Features & Benefits

Low IMD Products - 65 dBc Hot Swappable Fans

Works with all Modulations

High Efficiency


5/22

5

Module locations

AC Rectifier / PDU

with N+1 Redundancy

Optional PDU for TMAs with

Antenna VSWR Monitoring

200W Feed Forward

MCPA Modules

4 modules max

per sub-rack

Combiner/Duplexer

Modules

Auto sensing

Bypass module

SECTOR 1

(Inputs)SECTOR 2

(Inputs)SECTOR 3

(Inputs)

SECTOR 1

(Outputs)

SECTOR 2

(Outputs)SECTOR 3

(Outputs)

AC JUNCTIONBOX

ACTO

PPS(3-W

ire)

TOBATT.PO

S.(1Wir

e)

TOBATT.

NEG

.(1Wire

)

TX4

TX1/RXATX2/RXBTX1/RXATX2/RXBTX1/RXATX2/RXB

TX3TX3TX4TX3TX4

ANT AANTBANTAANTBANTAANT B

TX5TX6TX5TX6TX5TX6

INPUT01

OUTPUT01

DATA

ATTEN01

PWR/ALM

INPUT02

OUTPUT02

ATTEN 02

DUALATTENUATOR

MODULE

LOCREM

1 dB

2 dB4 dB

8 dB16dB

TOTALATTEN42 dB

+

LOCREM

1 dB2 dB4 dB

8 dB

16dB

TOTALATTEN42 dB

+

TX

TX

TX

/

RX

TX

/

RX

FROM

MCPA

TO

ATTEN

BTS

ANT

TRANSMIT DUPLEXERMODULE

TX

TX

TX

/

RX

TX

/

RX

FROM

MCPA

TO

ATTEN

BTS

ANT

TRANSMIT DUPLEXERMODULE

INPUT01

OUTPUT01

DATA

ATTEN 01

PWR/ALM

INPUT02

OUTPUT 02

ATTEN02

DUALATTENUATO RMODULE

LOCREM

1dB

2dB4dB

8dB16 dB

TOTALATTEN42 dB

+

LOCREM

1dB

2dB4dB

8dB16 dB

TOTALATTEN42 dB

+

TX

TX

TX

/

RX

TX

/

RX

FROM

MCPA

TO

ATTEN

BTS

ANT

TRANSMIT DUPLEXER MODULE

TX

TX

TX

/

RX

TX

/

RX

FROM

MCPA

TO

ATTEN

BTS

ANT


MCPA BYPASS MODULE

AMP 1 AMP 4AMP 3AMP 2

MODEL # BYP-MCPB-200

DC INPWR BP3BP4PWR BP1BP2

Alarms

RESET/STROBE

Power Distribution Unit

+-

654321

DC INPUT

(EITHER POLARITY)

PSU

ON

1

0OFF

10

ON

1

0

OFF

10

BATT

ON

MODFA

IL

ACPWRON

1 432

5

606

606060

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF


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6

Input /Output Duplexer Module

CCIs Input/Output (or Transmit) Duplexer is a

high Q design optimized for low insertion loss with

high power handling Operating in conjunction withthe Cell Extenders PA and LNA, the duplexer pro-

vides a high rejection high performance filter to

separate transmit and receive signals for the Cell

Extender System. No additional system filtering is

required.

This unit is in full compliance with FCC emission re-

quirements with particular attention to design to

minimizing passive intermodulation products. It is

modular by design in order to accommodate alter-

nate site and radio count requirements.

CommonSpecificationsImpedance 50 Ohms

DC Pass Current 3 Amps

Temperature Range -20 to +70 deg C.

Weight 9.75 Pounds MaximumEnvironmental Protection Indoor


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7

Input / Output Duplexer Module


Input Tx Path

Passband 1930 MHz -1990 MHz

Insertion Loss 0.5 dB

Amplitude Ripple 0.4 dB Max / 3.84 MHz Band

Group Delay 40 nSec Max / 3.84 MHz Band

Phase Ripple 75 Deg Max / 3.84 MHz Band

Return Loss 15 dB Minimum

Power Handling 100 W Average, 1KWatt Peak

Rx Band Rejection 60 dB Minimum (1850 MHz-1910 MHz)

Output Tx PathPassband 1930 MHz -1990 MHz





Return Loss 15 dB Minimum

Power Handling 200 W Average, 5KWatt Peak

Rx Band Rejection 86 dB Minimum (1850-1910 MHz)IMD within Rx Band -150 dBc min (2 x 100 Watt tones)

Passband 1850 MHz -1910 MHz





Return Loss 15 dB MinimumTx Band Rejection 60 dB Minimum (1930 MHz-1990 MHz)

Rx Path


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8

Dual Attenuator Module

CCIs Dual Attenuator Module is used to set the correct

system gain for one or two channels (active Antennas)

per sector as required. The Dual Attenuator Module isavailable in either the PCS or Cellular frequency bands.

Overall system gain is adjustable with this module. CCIs

Dual Attenuator Module provides two pairs of Input (01

and 02) and Output (01 and 02) ports with attenuation

values ranging from 42 dB (when no additional internal

attenuation is set) to 73 dB (when all attenuation is set

to ON) in 1 dB increments. Attenuator value can be

set for either Local or Remote operation. Local opera-

tion of each attenuator is performed by setting the LOC/

REM switch on the DIP Switch to the LOC position, andthen selecting the value of attenuation required at the

DIP switch. Remote operation is performed through

input to the DATA (RJ45) port via Ethernet connection

to the Dual Attenuator Module. The LOC/REM and at-

tenuation switches can be Hot Switched (i.e. switched

while power is applied). DC Connection is at the rear of

the module via a header which connects to the DCA

chassis (tray) and provides power for fan operation, re-

mote attenuator control, alarm circuitry and LED status

indicators. Dry contact alarms are provided via the

DATA RJ45 connector for simple interface to CCIs

Alarm Board typically located below the Bypass Module

at the bottom of the Cell Extender Outdoor Cabinet, or

behind the DCA Tray near the top of the Cell Extender

Indoor Rack.

Fan

Connector

DC Input(-)

(+)

Front View Rear View

Dual Attenuator Module Block Diagram


9/22

9

Dual Attenuator Module


Electrical

Operating Frequency Band 1930 MHz -1990 MHz

Nominal Input/Output Impedance 50 Ohm

Attenuation at 0 dB Setting 42 dB 1.5 dB

Normalized Attenuation Range 0 - 31 dB in 1 dB steps

Port Return Loss 15 dB Minimum

Power Handling 100W Average, 1 KW Peak

DC Supply Voltage 30 VDC Max., 22-30 VDC

DC Supply Current 650 mA Max.

Indicators

Green Power Supply OK

Red Fan Alarm

Mechanical

Number of Inputs/Outputs 2 Inputs / 2 Outputs

RF Connectors

2 x SMA-Female - OUTPUT 01 &OUTPUT 02 (Tx Out to MCPA)

2 x N-Female - INPUT 01 &INPUT 02 (Tx In to I/O Duplexer)

DC Power Connector Type

2 pin Tyco header Type MTA-100(0.025 Sq. pins on 0.100 Centers)

Fan Connector Type3 pin Tyco header Type MTA-100(0.025 Sq. pins on 0.100 Centers)

Remote Interface/Alarm (Data) Connector RJ45 (Alarm & RS485 Signal Lines)

Attenuator Control 6 position DIP Switch

Dimensions 10.5 H x 1.75 W x 5.5 D

Weight 2.5 Lbs. Max

Environmental

Operating Temperature -20 to +70 deg C.

Environmental Protection Indoor


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10

Secondary Cell Extender Modules

Duplexer Combiner Attenuator ModuleP/N DCA-1819-XX

CCIs Duplexer-Combiner-Attenuator (DCA) module utilizes the latest filter

technology to achieve full compliance with FCC emission requirements

with particular attention to minimizing passive intermodulation products.

A block diagram of the module is provided (see figure 1). The Duplexer-

Combiner-Attenuator (DCA) module is modular by design in order to ac-

commodate alternate site and radio count requirements. The DCA is able

to operate with all common modulation types, CDMA, W-CDMA, UMTS,

GSM and EDGE and most likely with other types of modulation needed for

future formats

Bypass ModuleP/N BYP-0821-200-X-Y

The optional bypass module utilizes the latest high power switching technology to

achieve full bypass functionality of up to six MCPA modules in the event of an

MCPA failure or power outage. The BPM is rated for the full peak output power of

the MCPAs and is able to operate with all common modulation types, CDMA, W-

CDMA, UMTS, GSM and EDGE. Six MCPA Modules are only utilized when a 3-Sector

Dual MCPA is requested, otherwise three or four MCPAs are typically utilized.

Note: X = the number of RF Switches utilized, and Y=O for Outdoor, or I for

Indoor configuration. Also note: RF Switches for the Indoor configuration are ro-

tated 180 from the Outdoor configuration, due to the point of cable entry.

These additional modules each have a function within the cell extender for a

specific configuration, and may or may not be required for an application.

Additional detailed specifications are available

1

2

3

4

1

2

3

4

1

2

3

4

1

2

3

4

1

2

3

4

1

2

3

4

INPUT 01

OUTPUT

01

DATA

ATTEN 01

PWR/ALM

INPUT 02

OUTPUT 02

ATTEN 02

DUAL ATTENUATOR

MODULE

LOCREM

1 dB2 dB

4 dB

8 dB

16 dB

TOTALATTEN

42 dB

+

LOCREM

1 dB2dB4dB

8 dB16 dB

TOTALATTEN

42 dB

+

TX

TX

TX

/

RX

TX/

RX

FROMMCPA

TO

ATTEN

BTS

ANT


TX

TX

TX

/

RX

TX/

RX

FROMMCPA

TO

ATTEN

BTS

ANT



11/22

11

N+1 Redundancy Switch Module - MCPA-RDD

CCIs N+1 Redundancy Switch (a matrixed switch array) provides a means of redi-

recting (re-routing) the RF signals from the input and output of a failed MCPA Mod-ule to the input and output of a Spare MCPA Module. This allows the amplified

signal to continue to be available in the event of an MCPA failure. When a failure

of one of the MCPAs occurs, the operation of CCIs CDMA Cell Extender System is

transparent to the BTS as long as the remaining MCPAs continue to operate. Indi-

cation of the Alarm status will be transmitted to the BTS thereby allowing the Car-

rier (Provider) to request repair/replacement of the failed MCPA. DC Input connec-

tion is made at the rear of the N+1 Redundancy Switch. The N+1 Redundancy re-

quires DC input in order to provide power for alarm circuitry, LED status indicators

and to power the multiple RF Switches that switch the RF signal path in the

event of an MCPA failure. Similarly, dry contact alarms are also provided at therear of the N+1 Redundancy Switch for simple interface to CCIs Alarm Board typi-

cally located below the Bypass Module at the bottom of the Cell Extender Outdoor

Cabinet, or behind the DCA Tray near the top of the Cell Extender Indoor Rack.


12/22

12

Converts 220VAC into 28VDC for MCPA and other

modules. Consists of two primary and a third redun-

dant (N+1) plug-in. The entire Cell Extender is pow-

ered by the two primary modules, the third serves as

a backup in case of loss of either of the two primary

units. The PPS also includes provisions for optionalbattery back-up solutions and is available in two ver-

sions in order to accommodate the various options

available. This unit is available with or without bat-

tery charging circuitry

AC Power System with RectifiersP/N PPS-200A-28V-PPS

The optional VPDU collects VSWR data and provides remote highly accurate

VSWR alarming of the antenna system. The system consists of VSWR meas-

uring Bias-Ts and the PDU unit, located at the BTS.

VSWR Monitor / TMA Power Distribution Unit (VPDU)

Bias-T / VSWRMonitor Unit

(BTV)

MODEL#REC-100A-28V

SN:

MODEL#REC-100A-28V

SN:

MODEL#REC-100A-28V

SN:

BATT

ON

MODFAIL

ACPWR

ON


13/22


14/22

14

System Block Diagram - 3 Sector Single MCPA with Bypass

O

T

M

A

TX/RX

MAINANTENNA

T

M

A

RX

DIVERSITYANTENNA

S

E

C

T

O

R

1

BT

S

TX + RXMAIN

RX

DIVERSITY

TX + RX

MAIN

RXDIVERSITY

TX + RXMAIN

RX

DIVERSITY

S

E

C

T

O

R

1

SEC

T

O

R

2

S

E

C

T

O

R

3

C

1

2

C1

2

BYPASS

MCPA

T

M

A

TX/RX

MAIN

ANTENNA

T

M

A

RX

DIVERSITYANTENNA

C

1

2

C1

2

BYPASS

MCPA

T

MA

TX/RXMAIN

ANTENNA

T

MA

RX

DIVERSITYANTENNA

C

1

2

C1

2

BYPASS

MCPA

BIAS-T

BIAS-T

BIAS-T

BIAS-T

BIAS-T

BIAS-T

PDU to Power Bias-Ts

INPUTDUPLEXER

OUTPUT

DUPLEXER

RX RX

HIGH POWER

ATTENUATOR

DCBYPASS

TX TX

INPUTDUPLEXER

OUTPUTDUPLEXER

RX RX

HIGH POWERATTENUATOR

DC

BYPASS

TX TX

INPUTDUPLEXER

OUTPUTDUPLEXER

RX RX

HIGH POWER

ATTENUATOR

DCBYPASS

TX TX


15/22


16/22


17/22

17

System Block Diagram - N+1 Redundancy

S

E

C

T

O

R

2

S

E

C

T

O

R

3

T

M

A

TX/RX

MAIN

ANTENNA

T

M

A

RX

DIVERSITY

ANTENNA

S

EC

T

O

R

1

B

T

S

TX + RX

MAIN

RX

DIVERSITY

TX + RX

MAIN

RX

DIVERSITY

TX + RXMAIN

RX

DIVERSITY

S

E

C

T

O

R

1

SE

C

T

O

R

2S

E

C

TO

R

3

C

1

2

C1

2

MCPA

T

M

A

TX/RX

MAINANTENNA

T

M

A

RX

DIVERSITYANTENNA

C

1

2

C1

2

MCPA

T

M

A

TX/RX

MAIN

ANTENNA

T

M

A

RX

DIVERSITY

ANTENNA

C

1

2

C1

2

MCPA

C

1

2

3

4

C

1

2

3

4

SPARE

MCPA

N+1 REDUNDANCY

BIAS-T

BIAS-T

BIAS-T

BIAS-T

INPUTDUPLEXER

OUTPUTDUPLEXER

RX RX


DCBYPASS

TX TX

INPUTDUPLEXER

OUTPUTDUPLEXER

RX RX


DC

BYPASS

TX TX

BIAS-T

BIAS-T

PDU to Power Bias-Ts

INPUTDUPLEXER

OUTPUTDUPLEXER

RX RX

HIGH POWER

ATTENUATOR

DCBYPASS

TX TX


18/22

18

3 Sector with N+1 Redundancy - Module Configuration

SECTOR 1

(Inputs)SECTOR 2

(Inputs)SECTOR 3

(Inputs)

SECTOR 1

(Outputs)

SECTOR 2

(Outputs)SECTOR 3

(Outputs)

AC JUNCTION BOX

ACTO

PPS(3-W

ire)

TOBA

TT.PO

S.(1W

ire)

TOBATT.

NEG.(

1Wire)

TX4


TX3TX3TX4TX3TX4

ANT AANT BANT AANT BANT AANT B

TX5TX6TX5TX6TX5TX6

INPUT 01

OUTPUT

01

DATA

ATTEN01

PWR/ALM

INPUT02

OUTPUT02

ATTEN 02

DUAL ATTENUATOR

MODULE

LOCREM

1dB2dB4dB

8dB16dB

TOTALATTEN42dB

+

LOCREM

1dB2dB4dB

8dB16dB

TOTALATTEN42dB

+

TX

TX

TX/RX

TX/RX

FROMMCPA

TO

ATTEN

BTS

ANT

TRANSMITDUPLEXER MODULE

INPUT01

OUTPUT

01

DATA

ATTEN01

PWR/ALM

INPUT 02

OUTPUT02

ATTEN 02

DUAL ATTENUATOR

MODULE

LOCREM

1dB2dB4dB

8dB16dB

TOTALATTEN42 dB

+

LOCREM

1dB2dB4dB

8dB16dB

TOTALATTEN42 dB

+

TX

TX

TX/RX

TX/RX

FROMMCPA

TO

ATTEN

BTS

ANT


REDUNDANCY SW

A

C

B

SEC

OUT SWSEC-A/IN OUT SW SEC-B/IN OUT SW SEC-C/IN OUT SWSPARE/IN

IN SW SEC-A/OUT IN SW SEC-B/OUT IN SW SEC-C/OUT IN SWSPARE/OUT

OUT SW SEC-A/OUT OUT SW SEC-B/OUT OUT SW SEC-C/OUT

IN SW SEC-C/ININSW SEC-B/ININ SW SEC-A/IN

INPUT 01

OUTPUT01

DATA

ATTEN

01

PWR/ALM

INPUT02

OUTPUT 02

ATTEN 02

DUAL ATTENUATOR

MODULE

LOCREM

1dB2dB4dB

8dB16dB

TOTALATTEN42dB

+

LOCREM

1dB

2dB4dB

8dB16 dB

TOTALATTEN42dB

+

TX

TX

TX/RX

TX/RX

FROMMCPA

TOATTEN

BTS

ANT


Alarms

RESET/STROBE


+-

654321

DC INPUT

(EITHER POLARITY)

PSU

ON1

0

OFF

10

ON1

0

OFF

10

BATT

ON

MOD

FAIL

ACPW

RON

1 432

5

606

606060

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF


19/22

19

System Block Diagram - 3 Sector Dual MCPA with Bypass


20/22

20

2 Sector Dual MCPA with Bypass Module Configuration*

* Note:

1. Only a 2-Sector Dual MCPA w/Bypass (as shown) can be achieved in a single Outdoor Cabinet (due to space limita-

tions).

2. The 3-Sector Dual MCPA w/Bypass can only be achieved in either a 2nd Outdoor Cabinet or an optional taller Cabinhowever, a second AC PPS or DC PDU will be required, as they can only supply DC Power to a maximum of four

MCPA Modules each.

3. The 3-Sector Dual MCPA w/Bypass can be achieved in the Indoor Rack , however, a second AC PPS or DC PDU will

be required, as they can only supply DC Power to a maximum of four MCPA Modules each.

SECTOR1(Inputs)

SECTOR 2(Inputs)

SECTOR 3(Inputs)

SECTOR 1

(Outputs)

SECTOR2(Outputs)

SECTOR3(Outputs)

AC JUNCTION BOX

ACTO

PPS(3

-Wire)

TOBATT

.POS.

(1Wire)

TOBA

TT.NE

G.(1W

ire)

TX4


TX3TX3TX4TX3TX4

ANT AANT BANT AANT BANT AANT B

TX5TX6TX5TX6TX5TX6

INPUT 01

OUTPUT

01

DATA

ATTEN01

PWR/ALM

INPUT 02

OUTPUT 02

ATTEN 02

DUAL ATTENUATORMODULE

LOCREM

1 dB2 dB4 dB

8 dB16 dB

TOTALATTEN42dB

+

LOCREM

1dB2 dB4 dB8 dB16dB

TOTALATTEN42dB

+

TX

TX

TX

/

RX

TX

/RX

FROM

MCPA

TO

ATTEN

BTS

ANT

TRANSMITDUPLEXERMODULE

TX

TX

TX

/

RX

TX

/RX

FROM

MCPA

TO

ATTEN

BTS

ANT

TRANSMITDUPLEXERMODULE

MCPA BYPASS MODULE

AMP 1 AMP 4AMP 3AMP 2

MODEL # BYP-MCPB-200

DC INPWR BP3 BP4PWR BP1BP2

Alarms

RESET/STROBE


+-

654321

DC INPUT

(EITHER POLARITY)

PSU

ON1

0

OFF

10

ON1

0OFF

10

BATT

ON

MODFAIL

ACPW

RON

1 432

5

606

606060

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF

OUTIN

1900 MHz MCPA

ACT

ALMON

OFF

INPUT 01

OUTPUT

01

DATA

ATTEN 01

PWR/ALM

INPUT 02

OUTPUT 02

ATTEN 02

DUAL ATTENUATORMODULE

LOCREM

1 dB2 dB4 dB8 dB16 dB

TOTALATTEN42dB

+

LOCREM

1dB2 dB4 dB8dB16dB

TOTALATTEN42dB

+

TX

TX

TX

/

RX

TX

/RX

FROM

MCPA

TO

ATTEN

BTS

ANT


TX

TX

TX

/

RX

TX

/RX

FROM

MCPA

TO

ATTEN

BTS

ANT



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21

47

24

22.7526.25

Outdoor Three Sector Cabinet Mechanical Specification

No HVAC Required Flexible Mounting Options:

1. Can be saddle mounted to side of BTS

or other existing cabinet

2. Can be mounted on optional Base

Unit as a free standing unit

Low Maintenance Design

All Aluminum Construction

Powder Coated Finish Weatherproof Construction

Features & Benefits

Options

-1S: Single Sector

-2S: Two Sector

-3S: Three Sector

-1A: Single Active Antenna

(all carriers on one antenna)

-2A: Two Active Antennas

(carriers are distributed between two antennas)

-4: By-Pass Option

-5: Redundant Amplifier (N+1) Option

-I: Indoor Rack

-O: Outdoor Cabinet

Model CE1819-200MC XS-YA-Z-*SWhere:

X = Number of Sectors Required (1, 2 or 3)

Y = Number of Active Antennas per Sector Required (1 or 2)

Z = 4 for Bypass Option, or 5 for Redundant Amplifier Option

* = I for Indoor Rack Mounted, or O for Outdoor Cabinet Mounted - 200W CDMA Cell Extender

Ordering Information


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Indoor Three Sector Rack Mechanical Specification

cci 200w cell extender system - 1900 - cdma pcs edition v1 1

Documents