E1G Type acceptance of external RF
power amplifiers and external RF
power
amplifier kits; Line A; National Radio Quiet Zone; business
communications; definition and operation of spread spectrum; auxiliary
station operation
E1G01
(D) [97.315a]
How
many external RF amplifiers of a particular design capable of operation below
144 MHz may an unlicensed, non-amateur build or modify in one calendar year
without obtaining a grant of Certification?
A. 1
B. 5
C. 10
D. None
E1G02
(B) [97.315c]
If an
RF amplifier manufacturer was granted Certification for one of its amplifier
models for amateur use, what would this allow the manufacturer to market?
A. All current models of their equipment
B. Only that particular
amplifier model
C. Any future amplifier models
D. Both the current and any future amplifier
models
E1G03
(A) [97.315b5]
Under
what condition may an equipment dealer sell an external RF power amplifier
capable of operation below 144 MHz if it has not been granted FCC
certification?
A. If it was purchased in
used condition from an amateur operator and is sold to another amateur operator
for use at that operator's station
B. If it was assembled from a kit by the
equipment dealer
C. If it was imported from a manufacturer in a
country that does not require type acceptance of RF power amplifiers
D. If it was imported from a manufacturer in
another country, and it was type accepted by that country's government
E1G04
(D) [97.317a1]
Which
of the following is one of the standards that must be met by an external RF
power amplifier if it is to qualify for a grant of FCC Certification?
A. It must produce full legal output when
driven by not more than 5 watts of mean RF input power
B. It must be capable of external RF switching
between its input and output networks
C. It must exhibit a gain of 0 dB or less over
its full output range
D. It must satisfy the
spurious emission standards when operated at its full output power
E1G05
(D) [97.317a2]
Which
of the following is one of the standards that must be met by an external RF
power amplifier if it is to qualify for a grant of Certification?
A. It must produce full legal output when
driven by not more than 5 watts of mean RF input power
B. It must be capable of external RF switching
between its input and output networks
C. It must exhibit a gain of 0 dB or less over
its full output range
D. It must satisfy the
spurious emission standards when placed in the "standby" or
"off" position, but is still connected to the transmitter
E1G06
(C) [97.317b]
Which
of the following is one of the standards that must be met by an external RF
power amplifier if it is to qualify for a grant of Certification?
A. It must produce full legal output when
driven by not more than 5 watts of mean RF input power
B. It must exhibit a gain of at least 20 dB for
any input signal
C. It must not be capable of
operation on any frequency between 24 MHz and 35 MHz
D. Any spurious emissions from the amplifier
must be no more than 40 dB stronger than the desired output signal
E1G07
(B) [97.317a3]
Which
of the following is one of the standards that must be met by an external RF
power amplifier if it is to qualify for a grant of Certification?
A. It must have a time-delay circuit to prevent
it from operating continuously for more than ten minutes
B. It must satisfy the
spurious emission standards when driven with at least 50 W mean RF power
(unless a higher drive level is specified)
C. It must not be capable of modification by an
amateur operator without voiding the warranty
D. It must exhibit no more than 6 dB of gain
over its entire operating range
E1G08
(A) [97.317c1]
Which
of the following would disqualify an external RF power amplifier from being
granted Certification?
A. Any accessible wiring
which, when altered, would permit operation of the amplifier in a manner
contrary to FCC Rules
B. Failure to include a schematic diagram and
theory of operation manual that would permit an amateur to modify the amplifier
C. The capability of being switched by the
operator to any amateur frequency below 24 MHz
D. Failure to produce 1500 watts of output
power when driven by at least 50 watts of mean input power
E1G09
(C) [97.317c8]
Which
of the following would disqualify an external RF power amplifier from being
granted Certification?
A. Failure to include controls or adjustments
that would permit the amplifier to operate on any frequency below 24 MHz
B. Failure to produce 1500 watts of output
power when driven by at least 50 watts of mean input power
C. Any features designed to
facilitate operation in a telecommunication service other than the Amateur
Service
D. The omission of a schematic diagram and
theory of operation manual that would permit an amateur to modify the amplifier
E1G10
(D) [97.317c3]
Which
of the following would disqualify an external RF power amplifier from being
granted Certification?
A. The omission of a safety switch in the
high-voltage power supply to turn off the power if the cabinet is opened
B. Failure of the amplifier to exhibit more
than 15 dB of gain over its entire operating range
C. The omission of a time-delay circuit to
prevent the amplifier from operating continuously for more than ten minutes
D. The inclusion of
instructions for operation or modification of the amplifier in a manner contrary
to the FCC Rules
E1G11
(B) [97.317b2]
Which
of the following would disqualify an external RF power amplifier from being
granted Certification?
A. Failure to include a safety switch in the
high-voltage power supply to turn off the power if the cabinet is opened
B. The amplifier produces 3
dB of gain for input signals between 26 MHz and 28 MHz
C. The inclusion of a schematic diagram and
theory of operation manual that would permit an amateur to modify the amplifier
D. The amplifier produces 1500 watts of output
power when driven by at least 50 watts of mean input power