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6 | 

P a ge 

 

 

 

 

Table

 

1

 

 

CODE

 

UPLINK

 

BAND

DOWNLINK

 

BAND

 

BDA

PS7W

20/20

70

M

 

(US

 

)

 

788

805

 

MHz

 

758

775

 

MHz

 

BDA

PS7W

20/20

70

M

  

BDA

PS7

20/20

70

M

 

(Canada)

 

798

806

 

MHz

 

768

776

 

MHz

 

BDA

PS8NEPS

20/20

70

M

 

(US)

 

806

816

 

MHz

 

851

861

 

MHz

 

BDA

PS8

20/20

70

M

 

BDA

NPSPAC

20/20

70

M

 

BDA

SMR

0.15/0.15W

35

E

 

BDA

SMR

0.5/0.5W

70

A

 

(Canada)

 

806

824

 

MHz

 

851

869

 

MHz

 

BDA

PS9

20/20

70

M

 

(US

 

&

 

Canada)

 

896

902

 

MHz

 

935

941

 

MHz

 

 

 

ELECTRICAL

 

SPECIFICATIONS

 

 

Specifications

 

Typical

Frequency

 

Range

 

See

 

Table

 

1

 

Pass

 

band

 

Gain

 

@

 

min

 

attenuation

 

70

 

dB

Maximum

 

RF

 

Input

 

Signal

 

Level

 

30

 

dBm

Variable

 

Step

 

Attenuator

 

Range

 

(2

 

dB

 

steps)

 

0

30

 

dB

 

Pass

 

band

 

Ripple

 

±1.5

 

dB

Noise

 

Figure

 

@+25

 

C

 

at

 

max

 

gain

 

5.0

 

dB

IP3

 

[dBm]

 

@

 

2

 

Tones

 

+17

 

dBm

 

Uplink

 

 

Downlink

 

+37

 

dBm

 

 

+37

 

dBm

 

Composite

 

Output

 

Power

 

(Single

 

Channel)

 

Uplink

 

 

Downlink

+20

 

dBm

 

 

+20

 

dBm

 

Isolation

 

between

 

Up/Down

 

Link

 

+25

 

dBm

 

Input/

 

Output

 

Impedance

 

105

 

dB

 

(Min.)

 

VSWR

 

(Input/Output)

 

50

 

Ohms

Power

 

Supply

 

1.5:

 

1

 

(Max)

 

 

110VAC/0.56Amp

 

240VAC/0.28

 

Amp

 

50

 

to

 

60

 

Hz

 

Autoranging

 

Summary of Contents for BDA-PS8NEPS-20/20-70-M

Page 1: ...Installation and Operating Manual BDA PS8NEPS 20 20 70 M BDA PS8 20 20 70 M BDA PS7W 20 20 70 M BDA PS9 20 20 70 M Single Band Mini Bi Directional Amplifier...

Page 2: ...ELECTRICAL SPECIFICATIONS 6 MECHANICAL SPECIFICATIONS 7 ENVIRONMENTAL CONDITIONS 7 AVAILABLE OPTIONAL FEATURES 8 ALARM CONDITIONS 8 BDA CONNECTIONS 9 BDA INSTALLATION 10 MECHANICAL OUTLINE 11 BDA OPE...

Page 3: ...ent shouldn t be used if this protection is impaired The supplied power cord must be used along with an uninterrupted external power source HAZARDOUS LINE AND RF VOLTAGES This symbol is marked on the...

Page 4: ...posure Requirements pursuant to IC RSS 131 https www ic gc ca eic site smt gst nsf vwapj cpc2105e pdf FILE cpc2105e pdf NOTE The Manufacturer s rated output power of this equipment is for single carri...

Page 5: ...and corresponding band codes Frequencies applicable to your unit will also be on unit s specification sheet The diplexer isolates the paths and route each signal to the proper amplifying channel An Au...

Page 6: ...z 935 941 MHz ELECTRICAL SPECIFICATIONS Specifications Typical Frequency Range See Table 1 Pass band Gain min attenuation 70 dB Maximum RF Input Signal Level 30 dBm Variable Step Attenuator Range 2 dB...

Page 7: ...issipation surfaces of the systems The AC power supply should be conditioned for normal indoor appliance applications Standard Indoor BDA s are NOT designed for outdoor applications where the ambient...

Page 8: ...owered by generator RM9 9 Pin connector to enable remote alarming via dry contact Alarms include Uplink Amplifier Failure Downlink Amplifier Failure Uplink ALC Downlink ALC ALARM CONDITIONS The alarm...

Page 9: ...led MOBILE must be connected to the antenna facing the area to be covered by the BDA The RF connections must be made through cables with characteristic impedance of 50 ohms The isolation between the b...

Page 10: ...the cable from the donor antenna to the BDA connector labeled BASE and the cable from the service antennas to the BDA connector labeled MOBILE 4 Verify that both of the attenuator s are positioned to...

Page 11: ...11 P a ge MECHANICAL OUTLINE...

Page 12: ...le during commissioning to test the actual Uplink power a safe rule of thumb on Uplink adjustment is to set the gain 10 dB lower than the Downlink path Operation of the BDA at maximum gain with greate...

Page 13: ...nclosure Arrows on the shafts of these switches point to the value of attenuation selected BDA gain can be determined by subtracting the attenuation value from the gain reported on the BDA Test Data S...

Page 14: ...hat may be populated into the O26 pin out These alarm contacts are not included as a standard and must be requested at time of order To add gain back to the system dial back the rotary switch slowly 2...

Page 15: ...fails Disconnect Donor Antenna DL ALC Illuminates when DL composite power reaches the ALC set Part of Commissioning Procedure Enough Gain is required to reach ALC set limit UL ALC Illuminates when UL...

Page 16: ...tween antennas depends on several factors such as the physical vertical and horizontal separation distance between the antennas polarization radiation pattern of the antennas the medium between the an...

Page 17: ...e 7a If the donor antenna does not short please connect G Wave s special Donor Short Simulator Please note if you intend to use other components i e Lightning Protector between the base port and donor...

Page 18: ...18 P a ge APPENDIX 2 Antenna Separation variable definitions...

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