TX-CAM2p/RX is a Colour Covert
Pinhole Camera, 4 Channel Wireless Transmitter & Receiver Pak
for transmission up to ~ 1000 metres (with optional 24 dB Antenna).
Plug-In & Play: Includes Mains Plug
Packs & Antennas.
Up to ~ 1 000 metres with
optional 24 dB Antenna on RX.
Suitable for
portable discreet / covert Surveillance and a virtually unlimited number of
Monitoring / Recording locations using multiple Receivers.
Business: Observe showrooms, warehouse,
offices, doors, etc without the need to install expensive and inflexible wiring,
use up to 4 camera/transmitters and any number of Receivers.
Home: See who is outside your door - use your
TV as a monitor * Monitor your baby, your children, the swimming pool, the
elderly, ill or disabled * Monitor your home with up to four cameras.
Power Supply Requirements: 12 VDC Regulated,
2.1 mm x 5.5 mm socket, center pin = (+)
.
Current: ~ 160 mA.
Dimensions: ~ 69 mm (L), ~ 32 (W), ~ 28 mm (H), excluding antenna. Antenna ~ 62
mm long, ~ 6 mm diameter. Total weight ~ 60 grams.
Video Output: Standard Composite Video 1 v
p-p, 75 ohm impedance via 2.5 mm mini socket & 1.5 metre cable with RCA Plug,
compatible with PAL TV System.
Audio Output: Line Level, via 2.5 mm mini socket & 1.5 metre cable with RCA
Plugs.
Power Supply Requirement: 9 ~ 12 VDC, 1.3 mm x 3.8 mm DC socket,
center pin = (+).
Current: ~ 180 mA @ 10.5 Volts.
Sensitivity: -92 dbm.
Dimensions: ~ 52 mm (W) 60 mm (H) 20 mm (D) excluding sockets & antenna. ~ 40
grams.
Compatibility: Receives
transmissions from: TX-Mini, TX-Box, TX/RX AV System II, TX/RX-AV3, TX-MOD 2,
TX-MOD 3, TX-ELECTRET, TX-BNC, TX-AV050, TX-AV500, TX-AV1000, TX-AV2000, TX-CAM2
& TX-CAM3.
Depends on Surroundings,
Obstructions, other Transmitters (2.4 GHz Cordless Phones, Wireless LAN, etc),
Antenna Alignment, Electromagnetic & Radio Frequency interference in the
vicinity. This device may be affected by and may affect other devices that
operate on or near the same frequency causing minor to severe interference.
In ideal, clear, Line-of-Sight
conditions
Vertical 5 dBi Whip antenna on
Receiver up to ~ 100 metres.
Correctly matched and aligned 24
dBi antenna on RX up to ~ 1 000 metres.
Due to the nature of Radio Signals
results are unpredictable (in the same manner as Mobile / Cellular Telephones)
signals reflected from surrounding objects arriving at Receiver antenna may
Add-to or Subtract-from the direct signal from Transmitter. Directional antennas
may reduce affect of reflected signals.
Range and Signal to Noise Ratio
(SNR) may be improved by increasing gain of antenna on Transmitter &/or
Receiver. For maximum signal transfer TX and RX antennas should be the same
polarity, that is both oriented Vertically or Horizontally.
High Gain Vertical Whip Antenna 2.4 ~
2.5 GHz, ~ 12 dBi gain, ~ 50 ohms impedance. Antenna for Wireless
LAN, WiFi Network, Wireless ADSL, Video Transmitters, etc.
Length: ~ 1210 mm, ~ 1425 mm with
Base Mount Tube. Diameter: ~ 42 mm @ Base ~ 22 mm main center
section ~ 24 mm top cap. Weight: ~ 670 grams ~ 930 grams with
Mounting Tube & Clamp/Bracket.
Supplied with Base Mount Tube and
Clamps/Brackets for surface or Tubular Mast mounting.
High Gain Vertical Whip Antenna 2.4 ~
2.5 GHz, ~ 15 dBi gain, ~ 50 ohm impedance. Beamwidth: Horizontal
360º, Vertical 11º. VSWR (Voltage Standing Wave Ratio) ~ 1.5.
Maximum Power 50 Watts. Antenna for Wireless LAN, WiFi Network,
Wireless ADSL, Video Transmitters, etc.
Length: ~ 1640 mm, ~
1935 mm with Base Mount Tube. Diameter: ~ 42 mm @ Base ~ 20 mm main
center section ~ 22 mm top cap. Weight: ~ 680 grams ~ 950 grams with
Mounting Tube & Clamp/Bracket.
data sheet
Yagi Antenna 2.4 ~
2.5 GHz, ~ 17.5 dBi gain, ~ 50 ohms impedance. Beamwidth: E23, H24.
Antenna for Wireless LAN, WiFi Network, Wireless ADSL, Video
Transmitters, etc.
Dimensions (excluding
Clamps) ~ 850 mm, ~ 75 mm diameter, ~ 800 grams, ~ 500 mm RG-58 Coax
cable. Supplied with Aluminium mounting plate, Clamps, etc. Pictured
in Vertical Polarity orientation * Mast not included.
Grid-Parabolic
Antenna for Wireless LAN, WiFi Network, Wireless ADSL, Video
Transmitters, etc. 2.4 ~ 2.5 GHz, ~ 24 dBi gain, ~ 50 ohm impedance.
Beamwidth: ~ 11º (H) ~ 7º (V). Front:Back ~ 25dB. VSWR ~ 1.5.
Maximum Power 100 Watts.
Supplied with Clamps
to suit 40 ~ 50 mm Tubular Mast, bracket for Vertical or Horizontal
mounting 60º Tilt in 10º increments. Aluminium Grid (2 sections) ~
1060 (W) ~ 600 (H) mm assembled. Weight ~ 2.8 kg including mounting
bracket.
Pictured in
Horizontal Polarity orientation.
data sheet
SMA male (internal thread, pin contact, Hex Nut) to N female.
Suitable for P18G & P24G discontinued antennas.
Cat Code: SMAm-Nm
$10
SMA male (internal thread, pin
contact, Hex Nut) to N male. Suitable for W12dB, W15dB, F16,
F18, F20 & P24 antennas.
Cat Code: SMAm-m
$10
SMA male (internal
thread, pin contact, Hex Nut) to SMA male. Suitable for P10
antenna.
Cat Code:
Cable-178/30 $19
30 cm RG-178 Coax
cable with SMA male & female connectors.
Cat Code:
Cable-58/450 $39
~ 450 cm Coax Cable with SMA male & female connectors. Attenuation
0.6 ~ 0.9 dB/metre @ 2 GHz., 0.8 ~ 1.4 dB/metre @ 5.8 GHz
Cat Code:
Cable-23/450N $39
not pictured ~ 450 cm Coax Cable with SMA & N male
connectors. Attenuation ~ 0.75 dB/metre @ 2.4 GHz, ~
0.8~1.4 dB/metre @ 5.8 GHz. Suitable for W12dB, W15dB,
F16, F18, F20 & P24 antennas.
Parabolic Yagi & Flat
are directional antennas. Whip antennas when used vertically are
for most practical purposes omni or non directional.
To maximise 'Range' minimise the
length of Coax Cable between Antenna and TX/RX.
Antenna Gain... what does
it mean ??? a simplified explanation
Received signal strength
from an antenna with 3 dBi gain will be double that from an antenna that has
0 dBi gain, received signal strength from a 6 dBi will be double that from a
3 dBi and so on... An increase in antenna gain of 3 dBi is approximately
equal to doubling the transmitter output, received signal strength or range
can be increased by raising antenna gain or transmitter output. Range can be
doubled by either increasing antenna gain by 6 dBi or quadrupling the
transmitter output.
The maximum allowed 2.4 GHz
LIPD Video Transmitter output power is 10 milliwatts (mW) EIRP (in
Australia), increasing transmitter output is illegal and therefore not an
option.
Increasing the gain of the
receiver antenna is an alternative to increasing transmitter output. In very simple terms: increasing antenna gain from 0 dBi to 3
dBi is equivalent to raising the output power of a 10 mW transmitter to ~ 20
mW. (5 dBi to ~ 33 mW) ( 8 dBi to ~ 66 mW) (12 dBi to ~ 160 mW) (15 dBi to ~
320 mW) (18 dBi to ~ 640 mW)
* LIPD = Low Interference
Potential Devices. * EIRP = Equivalent Isotropically Radiated Power.
Source: Australian Communications Authority
Click below for information on Frequencies & Power Limits http://www.aca.gov.au
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Video Transmitter VIDEO &
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