AMERITRON ALS-1306 Скачать руководство пользователя страница 12

11. Briefly increase exciter power until the amplifier reaches 1200-watts output, 

or

 increase exciter power to 

a maximum power of 100-watts without exceeding 1200-watts amplifier power.

12. After you have verified all of this, the amplifier is ready to operate.

With some drive power less than 100-watts PEP, this amplifier should show approximately 1200-watts of 
output power. This can vary slightly from band-to-band, and may slightly exceed 100-watts on some bands for 
some amplifiers. 100-watts is a nominal figure.

Operation

This amplifier covers all Amateur Radio frequencies below 54 MHz, as restricted by FCC or your local 
governing authority. Once you have established proper connections, please set the amplifier (Fig. 2, ref 3) to 
one of the following bands:

Band

Frequency Range

Notes

160

1.8 -

2.1

 MHz

80

3.2 -

4.2 

MHz

40

6.0 -

7.5

 MHz

30

7.5 -

14.0

 MHz

USA 30-meter power limit currently 200-watts

20

13.5 –

14.5

 MHz

17

14.5 –

19.0

 MHz

15

19.0 –

22.0

 MHz

12

22.0 –

25.0

 MHz

Amplifier automatically disables above 25 MHz

10

28.0 –

30.0

 MHz

Amplifier automatically disables below 28 MHz

6

50.0 –

54.0

 MHz

Frequency Limits Table 1

Caution:

This  amplifier  has  an  FCC  mandated  automatic  disconnect  and  other  features 

preventing  27-MHz  operation.  There  is  no  available  circuitry  or  control  provision  to 
circumvent this lockout. 

MARS or CAP Operation

For licensed amateur radio operators participating in Military Affiliate Radio Systems or CAP operation, this 
amplifier is suitable for use on all frequencies between 1.8 and 54 MHz with some precautions. The upper 
frequency limits are in bold type in the table above. Do not operate above the bold-type frequency limits in the
table above or PA (power amplifier) or filter damage may occur. 

Ameritron guarantees to exceed FCC part 97.307 harmonic suppression standards, as of January 2013, inside 
amateur bands listed in the table above. Ameritron does not guarantee harmonic suppression or operation 
outside amateur bands. Most commercial services prohibit use of non-commercial radio equipment. 

This amplifier is

 inoperable

 between 25 and 28 MHz. Modifications allowing operation in the 25-28 MHz 

range is not available, irrespective of licensing or end-use.

ALS-1306 Exihibit VIII Page 12 / 27

Содержание ALS-1306

Страница 1: ...inear power amplifier applications not class C or pulse service They provide exceptionally low SSB distortion when compared to most other solid state devices Nominal driving power is 100 watts for 120...

Страница 2: ...IRING 9 AMPLIFIER FRONT PANEL 10 Meters 1 and 2 10 INITIAL OPERATION 11 OPERATION 12 MARS OR CAP OPERATION 12 ALS 1306 FUNCTIONAL OVERVIEW 13 General Operation 13 Power Division 13 PAM 606 power ampli...

Страница 3: ...h easy to service construction Quiet variable speed forced air cooling system Power module current and voltage meters with LED illumination Accurate PEP Forward and PEP Reflected output power metering...

Страница 4: ...from the air inlets and outlets Locate the amplifier and power supply away from sensitive equipment such as microphones audio processing equipment or low level audio or radio frequency amplifiers Gene...

Страница 5: ...ances such as shields allowed to enter cabinets instead of grounding at the enclosure entrance 6 improper antenna feedline building entrance lacking a properly grounded entrance panel Rather than patc...

Страница 6: ...gure 1 50VDC INPUT To prevent connecting the power plug wrong the large black multi pin connector is indexed by the offset in two round pins One round index pin is closer to the outer connector edge M...

Страница 7: ...Mini 8 RG 8X style cables are acceptable You should never use a tuner of any type on the amplifier input nor should you drive this amplifier with over 100 watts peak envelope power Never use a non am...

Страница 8: ...ents Exceptional filtering and RFI suppression eliminates receiver birdies common to most SMPS Compact light weight design Power Supply Location Locate the power supply in a convenient ventilated area...

Страница 9: ...Interconnection Wiring Interconnections Figure 2 ALS 1306 Exihibit VIII Page 9 27...

Страница 10: ...d then restarting the amplifier The right hand meter s left scale arc fig 2 ref 2A continuously indicates forward peak envelope power PEP directly in kilowatts The scale is 100 watts or 0 1 kW per met...

Страница 11: ...the BAND switch fig 2 ref 3 to a band where a good 50 ohm high power load is connected 7 Change the meter switch ref 6 to REF In this position the multimeter indicates reflected power 8 With no modul...

Страница 12: ...10 28 0 30 0 MHz Amplifier automatically disables below 28 MHz 6 50 0 54 0 MHz Frequency Limits Table 1 Caution This amplifier has an FCC mandated automatic disconnect and other features preventing 27...

Страница 13: ...ts A minimum of 16 dB isolation occurs regardless of input port termination The attenuators also work in concert with the magic T to provide a 50 ohm input termination for each PAM The 50 ohm terminat...

Страница 14: ...6 This combiner isolates the two PAM 606 inputs while maintaining 50 ohm impedance Two 25 watt 200 ohm power resistors R7 and R8 dissipate power level or phase errors between the PAM inputs Voltage st...

Страница 15: ...ible with most modern amateur transceivers such as Elecraft ICOM Ten Tec and Yaesu Band data from the appropriate source is decoded The proper band relays are selected using decoded band information P...

Страница 16: ...relay sequencing It is the hub for nearly all functions including external interfaces power metering and 12 volt busses MB1 The MB1 is located behind the front panel below the meters It contains peak...

Страница 17: ...for RF output switching and the other for RF input switching T R relays activate with a low on terminals K key J1 3 and RJ1 7 The CB2 board contains the relay timing controls SWR The SWR board is on...

Страница 18: ...8T C14 270 C15 270 C13 270 C16 270 C20 180 C17 180 C19 180 C18 180 L10 6 5T L9 6 5T RL10 RL9 C24 C21 C23 C22 L12 5 5 L11 5 5 RLY12 RLY11 C28 C25 C27 C26 H1 RADIO Ant Rly Board L14 RLY14 L13 RLY13 RL2...

Страница 19: ...QC 3QD 6QG 7QH 8GND 9 Q H 11 SCK 12 RCK 14 SER 15 QA 16 VCC 4QE 5QF 13 G 10 SCLR U2 74HC595 LED9 10 LED10 6 LED8 12 LED7 15 LED6 17 LED5 20 LED4 30 LED3 40 LED2 80 LED1 160 Remote N C 12 6 3 9 SW1 R11...

Страница 20: ...CB2 control board Figure 6A CB2 ALS 1306 Exihibit VIII Page 20 27 ALS 1306 Exihibit VIII Page 20 27...

Страница 21: ...CB2 control board Figure 6B CB2 ALS 1306 Exihibit VIII Page 21 27 ALS 1306 Exihibit VIII Page 21 27...

Страница 22: ...ED2 Q1 2N3904 C15 1 Q2 2N3904 D1 LED3 D6 1N916 D2 1N916 C16 1 D4 LED4 C12 1 C7 1 U2B LM358 U1A LM324 R39 10k 10 C4 2 2uF C3 2 2 U1C U2A U1D U1B R16 1m 40 R15 1m 40 C17 1 C13 1 R C V1 V2 R C A V1 A V2...

Страница 23: ...F Q4 Q3 C9 0 33uF C24 0 001uF C45 Not used C23 0 001uF Q2 C6 0 33uF C43 Not used C22 0 001uF Q1 C3 0 33uF C44 Not used C39 Not used C40 Not used C4 0 1uF C41 Not used C42 Not used J1 Pin1 C16 120pF PA...

Страница 24: ...8db splitter T1 T2 In Out Out R7 100 R5 27 R4 200 R6 200 R3 200 R2 27 R1 200 RJ45 PD8 power divider Figure 9 RJ45 interface Figure 10 PD8 ALS 1306 Exihibit VIII Page 24 27...

Страница 25: ...1uF 50V C6 01uF 1kV C4 150pF 1kV C3 150pF 500V C7 3 12 pF Trim 1kV C2 10pF L1 1000uH T1 Pickup Toroid 3kV C1 33pf 2W mox R4 68 1 4W R3 1 3k 1 4W R2 1 3k 1 4W R1 3 3k RLY antenna relay Figure 11 SWR di...

Страница 26: ...R 2 6 8 I Sample 4 16 8 8 6 6 50V 50V J4 J1 J2 J3 J7B J7A RJ1 Band J1 J2 J2 J3 J1 RLY ALC Fwd Ref 8 IF1 Mb1 2 FANS J6 3 8 8 J5 RJ 45 Power Standby Sw 120V 2 Local band select Band LED s BSW2 J1 J2 Sw...

Страница 27: ...5 19 CB2 control board Figure 6A 20 CB2 control board Figure 6B 21 MB1 combiner board Figure 7 22 PAM 606 power amplifier module Figure 8 23 PD8 power divider Figure 9 24 RJ45 interface Figure 10 24 R...

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