beautypg.com

Procom PRO-phy150-5 User Manual

Pro-phy150-5

background image

PRO-PHY150-5

5-Channel Hybrid Combiner for 150 MHz Transmitters

DESCRIPTION

Combining five transmitters or receivers on the same antenna.
Better utilization of good antenna position.
Five antennas on the same transmitter or receiver.
The only combining option with very small TX-TX frequency spacing.
60 W load supplied (other loads or no load as option).

ORDERING DESIGNATIONS

TYPE

PRODUCT NO.

FREQ. RANGE

PRO-PHY150-5-1

210001231

136 - 141 MHz

PRO-PHY150-5-2

210001232

140 - 145 MHz

PRO-PHY150-5-3

210001233

144 - 149 MHz

PRO-PHY150-5-4

210001234

148 - 153 MHz

PRO-PHY150-5-5

210001235

152 - 157 MHz

PRO-PHY150-5-6

210001236

156 - 161 MHz

PRO-PHY150-5-7

210001129

160 - 165 MHz

PRO-PHY150-5-8

210001131

164 - 169 MHz

PRO-PHY150-5-9

210001237

168 - 173 MHz

PRO-PHY150-5-10

210001238

172 - 175 MHz

SPECIFICATIONS

ELECTRICAL

MODEL

PRO-PHY150-5

FILTER TYPE

Hybrid Junction

FREQUENCY

136 - 175 MHz (see table)

MAX. INPUT POWER

75 W per channel

(max. 150 W with larger load)

INSERTION LOSS

< 8.2 dB ± 0.5 dB @ 8 MHz BW

< 8.3 dB ± 0.5 dB @ 16 MHz BW

ISOLATION TX

1

-TX

2

(*see note)

> 32 dB @ 8 MHz BW

> 27 dB @ 16 MHz BW

IMPEDANCE

Nom. 50 Ω

LOAD (**see note)

60 W load fitted (other ratings available)

SWR

< 1.5 with all other ports terminated

with 50 Ω

MECHANICAL

TEMP. RANGE

–30° C → +60° C

CONNECTORS

N-female (other types as option)

DIMENSIONS (L x W x H)

420 x 89 (incl. conn.) x 42 mm (excl. load)

WEIGHT

Approx. 1600 g (excl. load)

*The isolation between the TX ports is directly dependent on the terminating

SWR on the antenna port. With an antenna load SWR = 1.5, the isolation

between the two TX ports will be reduced to 20 dB @ 5 MHz bandwidth.
**The SWR of the load’s should be < 1.1! Each load should be able to

dissipate 4/5 of the input power.
E.g.: With 50 W input, each load should be able to dissipate 50 W x 4/5 =

40 W.
CURVES

PROCOM A/S reserve the right to amend specifications

without prior notice.
01/08/12