|
|
TT-25/40 Thru Tee

|
The
Problem:
You
need a higher power BUC, but your modem cannot
supply adequate DC. You need a bias tee, and a
separate power supply. But conventional Bias
Tees shunt the 10 MHz reference signal to AC
ground! You could use the MT25/40 Orbital Mux/Tee,
if you have a separate 10 MHz signal, but your modem
only supplies 10 MHz up the cable with the L band
signal. Ordinary Bias Tees filter the L band
signal,
stopping the 10 MHz signal from passing
through. What to do?
|
|
|
Orbital's
Solution:
Orbital
Research introduces the Thru-Tee, which passes both
L band AND 10 MHz signals from the modem to the BUC,
with less than a single dB of insertion loss, yet
allows the injection of up to 2.5A (standard) and 4.0A
(optional) of current at
12 to 24 or 12 to 48 volts DC respectively. Install
your new BUC and hook up your new power supply and
existing modem to the Thru Tee.
Now you have a low cost, high quality, plug and play
solution. |
|
 |
TT25/40 - BiasTee
with L band & 10MHz Pass-Through |
|
TT25-NNB
|
12-24V
|
2.5A |
$290
US |
Orbital
TT-25/40 - Thru Tee
|
|
TT40-NNB |
12-48V |
4.0A |
$320 US |
|
Quantity
Pricing
|
For quantity over 12:
Call: 1-604-856-0305 or
Email:
davidzuvic@orbitalresearch.net
|
|
Each connector type has an impedance of either 50 or 75 ohms. Orbital uses 1 of 4 distinct boards to achieve the appropriate impedance transform:
V1 - 50W to LNB/BUC, 50W
to Rx/modem
Only
V1 Transform available at this time. |
|
System
Interface Products (SIP), fit between
the Outdoor LNB's or transmitters,
(ODU), and the Indoor receivers and
modems (IDU). |
| Options |
|
Values |
| L-Band: To
LNB/BUC |
N
S
|
N, 50W
(recommended to modem
only)
SMA, 50W (not
available for high power)
|
| L-Band: To
Rx/Modem |
N
S |
N, 50W
SMA, 50W |
| DC Supply |
B
F
N
FT
BBi
BP
|
BNC (preferred)
F
(not recommended)
N connector
Feedthrough
BNC with Binding Post Adapter
BNC with Pigtail Adapter
|
| 10 MHz Test
Point/Monitor |
B
S
N |
BNC (industry standard)
SMA (recommended for outdoor use)
N |
|
|
|