|
POWER - TECH
RF COMPONENTS / SUB SYSTEMS
PRODUCT LIST &GENERAL DETAILS
? Founded in 2004 in
Bangalore, India, POWER-TECH is manufacturing of passive RF components. These
components include filters, repeaters, attenuators, splitters/combiners,
terminations, dc blocks, also supplying RFcables, connectors, fiber optical
cables, fiber optic connector and specialized in cable assemblies for defense .
Power Tech has been active in the Market for Wireless Application With Highly
Technical Expertise Team in India catering various levels of services in the
field of Defence, Space, Avionics, Telecom, Cellular & R&D’s WITH HIGH
Quality RF Products sourcing from Various Highly Specialised RF Hardware
Source.
? POWER-TECH has over 12
dedicated employees, We, as a wireless specialist VERY RENOWNED in this field
for catering one stop solution for Wireless. Though we are handling Passive
Components AND ACTIVE COMPONENTS
which is most Important part in
RF. Our Service is specially
Cater to ISRO DRDO’s for our QUALITY, WHICH is unmatched in this Indian market.
? Power
Tech’s mission to be one of
the top suppliers in the Indian Market for Wireless Communication &
Solution. Today Power Tech is in position to offer customer a multi level
application Ranging RF Components to RF Transmission Line upto 26GHz. We are a
group of highly Technical expertise always in war foot to give Commercially and
Technically appropriatesolution to our customer.
Power-Tech PRODUCT
LIST
1. Power Splitter/Combiner ------N Ways ( Both High & Low Power
)
2. Terminations Upto
500 watts.
3. Fixed Attenuators Upto
250 watts.
4. Variable Attenuators Upto
110 db.
5.
Duplexers.
6.
Repeaters.
7.
Rf shield box.
8.
Bias tees.
9. D C
Block.
10. GPS / GNSS 16 & 24 way amplified splitter.
11. Mixers.
12. Couplers.
13. L N A .
14.
Power Amplifier modules.
15.
Filters.
16.
Multipliers.
17.
Multi couplers. Upto C – Band.
18.
All types of Networking cables & Accessories.
19.
Power supply adaptors & Mobile batteries.
20.
Rf and Microwaves components.
21.
All type of Cable Assemblies.
22.
All types of Cables & Connectors ( Local& Imported. )
Power-TechRF FILTERS
RF
filters and microwave filters
RF filters and
microwave filters are devices that pass or reject signals by
frequency. Basic types
include bandpass filters, band reject filters, low
pass filters, and high
pass filters.
RF lowpass
filters
RF low pass filters pass
signals from low frequencies and reject signals
from high frequencies.
RF highpass
filters
RF high pass filters pass
signals from high frequencies and reject signals
from low frequencies.
RF bandpass filters
RF band pass filters
are active or passive circuits that pass
signals from a
specific frequency band and reject signals from out-
of-band
frequencies. Surface acoustic wave (SAW) filters, crystal filters,
and cavity filters
are types of band pass filters.
Some available features include…..
|
Frequency Range: DC to 10GHZ.
|
|
Passband: DC to 8 GHZ (or any segment
thereof).
|
|
Insertion Loss: 1 - 2 dB Typical
within Passband.
|
|
Power handling :upto 200 watts
|
|
Rejection/Isolation: 40 - 70 dB
minimum.
|
|
VSWR: 1.3:1 max.
|
|
Connectors: SMA, N, DIN 7/16 etc
|
|
|
|
Size: miniature.
|
|
|
1.
For extended passbands or different frequencies
contact the factory.
2.
Operating temperature range: -55 to +90 deg.
C.
3. Consult the factory for size, outline drawings, connectors, etc.
Power-Tech DIPLEXERS
Diplexers are three-port
frequency-dependent devices that may be
used as a separator or a
combiner of signals. The device consists of two
fixed tuned bandpass
filters sharing a common port. The commonport and
the output of the two
filters (RX and TX) form the three terminals of the
diplexer. Duplexers allow
atransmitter operating on one frequency and a
receiver operating On a
different frequency to share one common antenna
with a minimum of
interaction and degradation of the different RF signals.
Some available features
include…..
|
Frequency Range: DC to 6GHZ.
|
|
Passband: customer specify
|
|
Insertion Loss: 1 - 2 dB Typical within Passband.
|
|
Power handling :upto 200 watts
|
|
Rejection/Isolation: 40 - 70 dB minimum.
|
|
VSWR: 1.4:1 max.
|
|
Connectors: SMA, N, DIN 7/16
etc
|
Power-Tech REPEATER
A network device used to regenerate or replicate a signal. Repeaters
are
used in transmission systems to regenerate analogor digital signals
distorted
by transmission loss. Analog repeaters frequently can only
amplify
the signal while digital repeaters can reconstruct a signal to
near its original quality.
In a data network, a
repeater can relay messages between sub
networks that use
differentprotocols or cable types.Hubs can
operate as repeaters by
relaying messages to all connected
computers.
Some available features include…..
|
Frequency Range:
GSM / CDMA / DCS / LTE
|
|
Band : Single, Dual
band & Multi band
|
|
Gain : 55 – 85 dB
|
|
|
|
|
|
|
|
Power :upto20 watts
|
|
Rejection/Isolation:
55 - 70 dB minimum.
|
|
VSWR: 1.5:1 max.
|
|
Connectors: SMA, N
|
|
Antenna : Patch /
yagi
|
|
|
|
Size: miniature.
|
|
|
Power-Tech SPLITTER/COMBINER
THESE ARE
SEVERAL CLASSES OF
DEVICES THAT CAN
BE USED TO
DIVIDE (OR)
COMBINE RF AND
MICROWAVE POWER. GENERALLY,
THEY ARE
CLASSIFIED ACCORDING
TO THE NUMBER
OF OUTPUT PORTS
AND THE RELATIVE
PHASE DIFFERENCE
BETWEEN THE OUTPUT
SIGNALS. THE APPROPRIATE
DEVICE
MUST
BE CAREFULLY SELECTED
BASED ON THE
DEVICE TYPE AND SPECIFICATIONS.
PARTICULAR
CARE MUSTBE TAKEN IN SPECIFYINGDEVICES WHERE THE APPLICATION
CALLS FOR
POWER COMBINING.WHEN SPECIFYING
A POWER SPLITTER, THE
SYSTEM
DESIGNER MUST
CONSIDER KEY PARAMETERS NAMELY, FREQUENCY RANGE, NUMBER
OF OUTPUTS, AMPLITUDE BALANCE,
PHASE BALANCE, ISOLATION
INTERNAL POWER
DISSIPATIONS.
DEVICES TYPES:
THESE DEVICES
DELIVER OUTPUT SIGNALIN – PHASE WITH
EACH OTHER.
THE MOST COMMON
TYPES ARE 2, 4, 6, 8 AND
16 WAY DIVIDERS.
ODD
– NUMBERED POWER DIVISION
CIRCUITS, BY DESIGN,
HAVE A NARROWER
BANDWIDTH. THE
FOLLOWING TABLE CONTAINS
NUMBER OF OUTPUT
AND
CORRESPONDING COUPLING
LOSS.
|
NO.
OF OUTPUT
(
N )
|
COUPLING LOSS
(
dB )
|
|
2
|
3.01
|
|
3
|
4.77
|
|
4
|
6.02
|
|
5
|
7.00
|
|
6
|
7.78
|
|
8
|
9.03
|
|
10
|
10.00
|
|
12
|
10.08
|
EXTREME CAUTION
MUST BE USED
WHEN COMBINING SIGNALS.
PROPER
COMBINING REQUIRES
THAT ALL SIGNAL
HAVE THE SAME
FREQUENCY
PHASE, AND
AMPLITUDE. IF DISSIMILAR
ARE COMBINED, MAKE
SURE
THAT THE
RESISTORS USED ARE
CAPABLE OF HANDLING
THE REQUIRED
POWER.
Some available features include…..
|
Frequency Range: DC to 18GHZ.
|
|
Outputs : N ways
|
|
|
|
Insertion Loss: 1 - 2 dB Typical
|
|
Power handling :upto 200 watts
|
|
Isolation: 35 dB minimum.
|
|
VSWR: 1.5:1 max.
|
|
Connectors: SMA, N, BNC, TNC, etc
|
|
|
|
Size: miniature.
|
|
|
|
|
1- Operating temperature range: -55 to +90 deg. C.
2-
2- Consult the factory for size, outline drawings,
connectors, etc.
Power-Tech ATTENUATORS
FIXED ATTENUATORS :
ATTENUATORS ARE
USED IN A WIDE VARIETY
OF
APPLICATIONS THE
ELECTRICAL FIELD FOR
THE CONTROL OR
MEASURMENT OF
RADIO FREQUENCY
ENERGY. ATTENUATORS ARE
USED AS ACCURATE
STANDARDS
IN THE
MEASUREMENT OF LOSS
OR GAIN BY
THE RF SUBTITUTION
METHOD. THEY
ARE USED
AS A MEANS
OF EXTENDING THE
DYNAMIC RANGE OF
MEASURING
EQUIPMENT SUCH AS POWER METERS, FIELD INTENSITY METERS,SPECTRUM ANALYSERS,
AND
AMPLIFIERS. ATTENUATORS CAN SATISFY ALMOST ANY REQUIREMENT INVOLVING
A REDUCTION
IN POWER. THEY
ALSO REDUCE, BY
MASKING, THE EFFECTS
OF
VARIABLE OR
MISMATCHED IMPEDENCES ON
SUCH CIRCUIT ELEMENTS
AS
OSCILLATORS, T-JUNCTIONS,
MIXERS, ETC.
CONTINUSLY VARIABLE ATTENUATORS :
VARIABLE ATTENUATORS
ARE USED IN
APPLICATIONS
WHERE THE
NEED EXISTS FOR
CONTROLLING SIGNAL LEVELS
CONTINUOUSLY
WITHOUTINTERUPTING THE
CIRCUITS.
Some available features
include…..
|
FrequencyRange: DC to 6GHZ.
|
|
Attenuation range : 1 – 100 dB
|
|
|
|
Insertion Loss: 1 - 2 dB Typical
|
|
Power handling :upto 200 watts
|
|
|
|
VSWR: 1.5:1 max.
|
|
Connectors: SMA, N, DIN 7/16,BNC, F, TNC, etc
|
|
|
|
Size: miniature.
|
|
|
1- Operating temperature range: -55 to +90
deg. C.
2- Consult the factory for size, outline drawings, connectors,
etc.
 Power-Tech TERMINATIONS
Terminators are generally used at the farend
of theline. Resistance shouldmatch characteristic impedance of the
coaxial line, so no reflections or standing waves are present when
the
signal enters.
Some available features
include…..
|
FrequencyRange: DC to 10GHZ.
|
|
Termination : 50 & 75 ohms
|
|
Insertion Loss: 1 - 2 dB Typical
|
|
Power handling :upto 200 watts
|
|
VSWR: 1.5:1 max.
|
|
Connectors: SMA, N,BNC, TNC, etc
|
|
|
|
Size: miniature.
|
|
|
1-
Operating temperature range: -55 to +90 deg. C.
2- Consult the factory for size, outline drawings, connectors,
etc.
Power-Tech
COUPLERS
COUPLERS CONSISIT
OF DIRECTIONAL AND
BI-DIRECTIONAL
TYPES WITH
FREQUENCIES RANGING FROM
10KHz TO 2GHz.
A BI-DIRECTIONAL
COUPLER ISA 4 PORT DEVICE THAT
PRODUCES TWO UNEQUAL
AMPLITUDE OUTPUTS
WHEN A
SIGNAL IS FED
THROUGH THE INPUT
PORT AND CANCELS
THE SIGNAL
ATTHE REVERSE
COUPLED PORT. A
DIRECTIONAL COUPLER HAS
THE REVERSE
COUPLED PORT
INTERNALLY TERMINATED.
WHEN SPECIFYING
A MIXER, THE
SYSTEM DESIGNER MUST
CONSIDER KEY
PARAMETERS NAMELY, FREQUENCYRANGE,
VSWR, COUPLING,
COUPLING FLATNESS,
INSERTION LOSS, COUPLING
LOSS, MAINLINE LOSS,
DIRECTIVITY,MAXIMUM POWER
HANDLING CAPABILITY.
|
COUPLING VALUE
( dB )
|
COUPLING LOSS
( dB )
|
|
6.0
|
1.25
|
|
10.0
|
0.46
|
|
15.0
|
0.140
|
|
20.0
|
0.044
|
Based on customer specifications and size.
 Power-Tech DC BLOCK
BECAUSE OF
THE INHERENT HIGH
BREAKDOWN POTENTIAL,
THE DC BLOCKS
ONE IDEAL FOR APPLICATIONS WHERE
A HIGH VOLTAGE,
DC TO
AC UPTO
20KHz, MUST BE REJECTED FROM
THE RF SIGNAL
PATH. LEAKAGE FROM
MODULATING SIGNALS
CAN OCCUR VIA AC POWER
LINES, THROUGH GROUND
LOOPS, OR
ALONG POORLY GROUNDED
COAXIAL CABLES. THESE
LEAKAGES CAN
IMPAIR THE
ACCURACY OF RF
MEASUREMENTS, AND OR
SIGNAL PURITY.
|
some
of the options to choose from...
|
|
DC blocks with RF
passing from 10 kHz to 6 GHz
|
|
|
50 Ohm and 75 Ohm DC
block (other impedance values also available upon request)
|
|
|
Low insertion loss
|
|
|
Inner and outer DC
blocks available
|
|
|
Breakdown voltages up
to 200 Volts
|
|
|
Any RF connector
combination (BNC, SMA, N, TNC, 7/16, F)
|
|
Power-Tech LNA’S
The low-noise amplifier (LNA) is a special type
of electronic amplifier
or amplifier used in communication systems to
amplify very weak signals captured
by an antenna. It is often located very
close to the antenna, so that losses
in the feedline
become less critical.
Thisactive
antenna arrangement is frequently used in microwave
systems like GPS,
because coaxial
cable feedline is very lossy at microwave
frequencies.
Using an LNA, the noise of all the subsequent stages
is reduced by the
gain
of the LNA, while the noise of the LNA itself is injected directly into the
received
signal. Thus, it is necessary for an LNA
to boost the desired signal
power
while adding as little noise and distortion as possible so that the
retrieval
of this signal is possible in the later stages in the system.
POWER - TECH
RF COMPONENTS / SUB SYSTEMS
PRODUCT LIST &GENERAL DETAILS
? Founded in 2004 in
Bangalore, India, POWER-TECH is manufacturing of passive RF components. These
components include filters, repeaters, attenuators, splitters/combiners,
terminations, dc blocks, also supplying RFcables, connectors, fiber optical
cables, fiber optic connector and specialized in cable assemblies for defense .
Power Tech has been active in the Market for Wireless Application With Highly
Technical Expertise Team in India catering various levels of services in the
field of Defence, Space, Avionics, Telecom, Cellular & R&D’s WITH HIGH
Quality RF Products sourcing from Various Highly Specialised RF Hardware
Source.
? POWER-TECH has over 12
dedicated employees, We, as a wireless specialist VERY RENOWNED in this field
for catering one stop solution for Wireless. Though we are handling Passive
Components AND ACTIVE COMPONENTS
which is most Important part in
RF. Our Service is specially
Cater to ISRO DRDO’s for our QUALITY, WHICH is unmatched in this Indian market.
? Power
Tech’s mission to be one of
the top suppliers in the Indian Market for Wireless Communication &
Solution. Today Power Tech is in position to offer customer a multi level
application Ranging RF Components to RF Transmission Line upto 26GHz. We are a
group of highly Technical expertise always in war foot to give Commercially and
Technically appropriatesolution to our customer.
Power-Tech PRODUCT
LIST
1. Power Splitter/Combiner ------N Ways ( Both High & Low Power
)
2. Terminations Upto
500 watts.
3. Fixed Attenuators Upto
250 watts.
4. Variable Attenuators Upto
110 db.
5.
Duplexers.
6.
Repeaters.
7.
Rf shield box.
8.
Bias tees.
9. D C
Block.
10. GPS / GNSS 16 & 24 way amplified splitter.
11. Mixers.
12. Couplers.
13. L N A .
14.
Power Amplifier modules.
15.
Filters.
16.
Multipliers.
17.
Multi couplers. Upto C – Band.
18.
All types of Networking cables & Accessories.
19.
Power supply adaptors & Mobile batteries.
20.
Rf and Microwaves components.
21.
All type of Cable Assemblies.
22.
All types of Cables & Connectors ( Local& Imported. )
Power-TechRF FILTERS
RF
filters and microwave filters
RF filters and
microwave filters are devices that pass or reject signals by
frequency. Basic types
include bandpass filters, band reject filters, low
pass filters, and high
pass filters.
RF lowpass
filters
RF low pass filters pass
signals from low frequencies and reject signals
from high frequencies.
RF highpass
filters
RF high pass filters pass
signals from high frequencies and reject signals
from low frequencies.
RF bandpass filters
RF band pass filters
are active or passive circuits that pass
signals from a
specific frequency band and reject signals from out-
of-band
frequencies. Surface acoustic wave (SAW) filters, crystal filters,
and cavity filters
are types of band pass filters.
Some available features include…..
|
Frequency Range: DC to 10GHZ.
|
|
Passband: DC to 8 GHZ (or any segment
thereof).
|
|
Insertion Loss: 1 - 2 dB Typical
within Passband.
|
|
Power handling :upto 200 watts
|
|
Rejection/Isolation: 40 - 70 dB
minimum.
|
|
VSWR: 1.3:1 max.
|
|
Connectors: SMA, N, DIN 7/16 etc
|
|
|
|
Size: miniature.
|
|
|
1.
For extended passbands or different frequencies
contact the factory.
2.
Operating temperature range: -55 to +90 deg.
C.
3. Consult the factory for size, outline drawings, connectors, etc.
Power-Tech DIPLEXERS
Diplexers are three-port
frequency-dependent devices that may be
used as a separator or a
combiner of signals. The device consists of two
fixed tuned bandpass
filters sharing a common port. The commonport and
the output of the two
filters (RX and TX) form the three terminals of the
diplexer. Duplexers allow
atransmitter operating on one frequency and a
receiver operating On a
different frequency to share one common antenna
with a minimum of
interaction and degradation of the different RF signals.
Some available features
include…..
|
Frequency Range: DC to 6GHZ.
|
|
Passband: customer specify
|
|
Insertion Loss: 1 - 2 dB Typical within Passband.
|
|
Power handling :upto 200 watts
|
|
Rejection/Isolation: 40 - 70 dB minimum.
|
|
VSWR: 1.4:1 max.
|
|
Connectors: SMA, N, DIN 7/16
etc
|
Power-Tech REPEATER
A network device used to regenerate or replicate a signal. Repeaters
are
used in transmission systems to regenerate analogor digital signals
distorted
by transmission loss. Analog repeaters frequently can only
amplify
the signal while digital repeaters can reconstruct a signal to
near its original quality.
In a data network, a
repeater can relay messages between sub
networks that use
differentprotocols or cable types.Hubs can
operate as repeaters by
relaying messages to all connected
computers.
Some available features include…..
|
Frequency Range:
GSM / CDMA / DCS / LTE
|
|
Band : Single, Dual
band & Multi band
|
|
Gain : 55 – 85 dB
|
|
|
|
|
|
|
|
Power :upto20 watts
|
|
Rejection/Isolation:
55 - 70 dB minimum.
|
|
VSWR: 1.5:1 max.
|
|
Connectors: SMA, N
|
|
Antenna : Patch /
yagi
|
|
|
|
Size: miniature.
|
|
|
Power-Tech SPLITTER/COMBINER
THESE ARE
SEVERAL CLASSES OF
DEVICES THAT CAN
BE USED TO
DIVIDE (OR)
COMBINE RF AND
MICROWAVE POWER. GENERALLY,
THEY ARE
CLASSIFIED ACCORDING
TO THE NUMBER
OF OUTPUT PORTS
AND THE RELATIVE
PHASE DIFFERENCE
BETWEEN THE OUTPUT
SIGNALS. THE APPROPRIATE
DEVICE
MUST
BE CAREFULLY SELECTED
BASED ON THE
DEVICE TYPE AND SPECIFICATIONS.
PARTICULAR
CARE MUSTBE TAKEN IN SPECIFYINGDEVICES WHERE THE APPLICATION
CALLS FOR
POWER COMBINING.WHEN SPECIFYING
A POWER SPLITTER, THE
SYSTEM
DESIGNER MUST
CONSIDER KEY PARAMETERS NAMELY, FREQUENCY RANGE, NUMBER
OF OUTPUTS, AMPLITUDE BALANCE,
PHASE BALANCE, ISOLATION
INTERNAL POWER
DISSIPATIONS.
DEVICES TYPES:
THESE DEVICES
DELIVER OUTPUT SIGNALIN – PHASE WITH
EACH OTHER.
THE MOST COMMON
TYPES ARE 2, 4, 6, 8 AND
16 WAY DIVIDERS.
ODD
– NUMBERED POWER DIVISION
CIRCUITS, BY DESIGN,
HAVE A NARROWER
BANDWIDTH. THE
FOLLOWING TABLE CONTAINS
NUMBER OF OUTPUT
AND
CORRESPONDING COUPLING
LOSS.
|
NO.
OF OUTPUT
(
N )
|
COUPLING LOSS
(
dB )
|
|
2
|
3.01
|
|
3
|
4.77
|
|
4
|
6.02
|
|
5
|
7.00
|
|
6
|
7.78
|
|
8
|
9.03
|
|
10
|
10.00
|
|
12
|
10.08
|
EXTREME CAUTION
MUST BE USED
WHEN COMBINING SIGNALS.
PROPER
COMBINING REQUIRES
THAT ALL SIGNAL
HAVE THE SAME
FREQUENCY
PHASE, AND
AMPLITUDE. IF DISSIMILAR
ARE COMBINED, MAKE
SURE
THAT THE
RESISTORS USED ARE
CAPABLE OF HANDLING
THE REQUIRED
POWER.
Some available features include…..
|
Frequency Range: DC to 18GHZ.
|
|
Outputs : N ways
|
|
|
|
Insertion Loss: 1 - 2 dB Typical
|
|
Power handling :upto 200 watts
|
|
Isolation: 35 dB minimum.
|
|
VSWR: 1.5:1 max.
|
|
Connectors: SMA, N, BNC, TNC, etc
|
|
|
|
Size: miniature.
|
|
|
|
|
1- Operating temperature range: -55 to +90 deg. C.
2-
2- Consult the factory for size, outline drawings,
connectors, etc.
Power-Tech ATTENUATORS
FIXED ATTENUATORS :
ATTENUATORS ARE
USED IN A WIDE VARIETY
OF
APPLICATIONS THE
ELECTRICAL FIELD FOR
THE CONTROL OR
MEASURMENT OF
RADIO FREQUENCY
ENERGY. ATTENUATORS ARE
USED AS ACCURATE
STANDARDS
IN THE
MEASUREMENT OF LOSS
OR GAIN BY
THE RF SUBTITUTION
METHOD. THEY
ARE USED
AS A MEANS
OF EXTENDING THE
DYNAMIC RANGE OF
MEASURING
EQUIPMENT SUCH AS POWER METERS, FIELD INTENSITY METERS,SPECTRUM ANALYSERS,
AND
AMPLIFIERS. ATTENUATORS CAN SATISFY ALMOST ANY REQUIREMENT INVOLVING
A REDUCTION
IN POWER. THEY
ALSO REDUCE, BY
MASKING, THE EFFECTS
OF
VARIABLE OR
MISMATCHED IMPEDENCES ON
SUCH CIRCUIT ELEMENTS
AS
OSCILLATORS, T-JUNCTIONS,
MIXERS, ETC.
CONTINUSLY VARIABLE ATTENUATORS :
VARIABLE ATTENUATORS
ARE USED IN
APPLICATIONS
WHERE THE
NEED EXISTS FOR
CONTROLLING SIGNAL LEVELS
CONTINUOUSLY
WITHOUTINTERUPTING THE
CIRCUITS.
Some available features
include…..
|
FrequencyRange: DC to 6GHZ.
|
|
Attenuation range : 1 – 100 dB
|
|
|
|
Insertion Loss: 1 - 2 dB Typical
|
|
Power handling :upto 200 watts
|
|
|
|
VSWR: 1.5:1 max.
|
|
Connectors: SMA, N, DIN 7/16,BNC, F, TNC, etc
|
|
|
|
Size: miniature.
|
|
|
1- Operating temperature range: -55 to +90
deg. C.
2- Consult the factory for size, outline drawings, connectors,
etc.
Power-Tech TERMINATIONS
Terminators are generally used at the farend
of theline. Resistance shouldmatch characteristic impedance of the
coaxial line, so no reflections or standing waves are present when
the
signal enters.
Some available features
include…..
|
FrequencyRange: DC to 10GHZ.
|
|
Termination : 50 & 75 ohms
|
|
Insertion Loss: 1 - 2 dB Typical
|
|
Power handling :upto 200 watts
|
|
VSWR: 1.5:1 max.
|
|
Connectors: SMA, N,BNC, TNC, etc
|
|
|
|
Size: miniature.
|
|
|
1-
Operating temperature range: -55 to +90 deg. C.
2- Consult the factory for size, outline drawings, connectors,
etc.
Power-Tech
COUPLERS
COUPLERS CONSISIT
OF DIRECTIONAL AND
BI-DIRECTIONAL
TYPES WITH
FREQUENCIES RANGING FROM
10KHz TO 2GHz.
A BI-DIRECTIONAL
COUPLER ISA 4 PORT DEVICE THAT
PRODUCES TWO UNEQUAL
AMPLITUDE OUTPUTS
WHEN A
SIGNAL IS FED
THROUGH THE INPUT
PORT AND CANCELS
THE SIGNAL
ATTHE REVERSE
COUPLED PORT. A
DIRECTIONAL COUPLER HAS
THE REVERSE
COUPLED PORT
INTERNALLY TERMINATED.
WHEN SPECIFYING
A MIXER, THE
SYSTEM DESIGNER MUST
CONSIDER KEY
PARAMETERS NAMELY, FREQUENCYRANGE,
VSWR, COUPLING,
COUPLING FLATNESS,
INSERTION LOSS, COUPLING
LOSS, MAINLINE LOSS,
DIRECTIVITY,MAXIMUM POWER
HANDLING CAPABILITY.
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COUPLING VALUE
( dB )
|
COUPLING LOSS
( dB )
|
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6.0
|
1.25
|
|
10.0
|
0.46
|
|
15.0
|
0.140
|
|
20.0
|
0.044
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Based on customer specifications and size.
Power-Tech DC BLOCK
BECAUSE OF
THE INHERENT HIGH
BREAKDOWN POTENTIAL,
THE DC BLOCKS
ONE IDEAL FOR APPLICATIONS WHERE
A HIGH VOLTAGE,
DC TO
AC UPTO
20KHz, MUST BE REJECTED FROM
THE RF SIGNAL
PATH. LEAKAGE FROM
MODULATING SIGNALS
CAN OCCUR VIA AC POWER
LINES, THROUGH GROUND
LOOPS, OR
ALONG POORLY GROUNDED
COAXIAL CABLES. THESE
LEAKAGES CAN
IMPAIR THE
ACCURACY OF RF
MEASUREMENTS, AND OR
SIGNAL PURITY.
|
some
of the options to choose from...
|
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DC blocks with RF
passing from 10 kHz to 6 GHz
|
|
|
50 Ohm and 75 Ohm DC
block (other impedance values also available upon request)
|
|
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Low insertion loss
|
|
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Inner and outer DC
blocks available
|
|
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Breakdown voltages up
to 200 Volts
|
|
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Any RF connector
combination (BNC, SMA, N, TNC, 7/16, F)
|
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Power-Tech LNA’S
The low-noise amplifier (LNA) is a special type
of electronic amplifier
or amplifier used in communication systems to
amplify very weak signals captured
by an antenna. It is often located very
close to the antenna, so that losses
in the feedline
become less critical.
Thisactive
antenna arrangement is frequently used in microwave
systems like GPS,
because coaxial
cable feedline is very lossy at microwave
frequencies.
Using an LNA, the noise of all the subsequent stages
is reduced by the
gain
of the LNA, while the noise of the LNA itself is injected directly into the
received
signal. Thus, it is necessary for an LNA
to boost the desired signal
power
while adding as little noise and distortion as possible so that the
retrieval
of this signal is possible in the later stages in the system.
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