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FM Transmitter
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SIP355C FM Transmitter

This study, covering the monaural FM Radio Transmitter, places emphasis on the basic principles of producing frequency modulation. A reactance type modulator is used for deviating the RF oscillator. A varicap is made to deviate in capacity by either a DC voltage or audio signal. The frequency deviation is measured by a built-in deviation meter after frequency multiplication. The Panel includes a built-in deviation monitor circuit. Narrow-band FM modulation is provided. The course provides for approximately 40 hours of instruction.

EQUIPMENT SPECIFICATIONS

bullet

The FM Transmitter Panel, painted on one side and having a green mask on the reverse side, includes numerous test points.

bullet

The circuitry provides a crystal oscillator which can be deviated by a reactance modulation: 3.5 MHz.

bullet

There are two stages of RF amplification and multiplication: 7 and 10.74 MHz.

bullet

Buffer Amplifiers, Doublers, and Tripler Amplifiers are covered in this study.

bullet

An audio amplifier circuit provides audio modulation. A microphone is provided with the panel. 100 Hz - 5 KHz.

bullet

A crystal-controlled frequency (3.5 MHz) deviation monitor, which includes a deviation meter, is included in the panel design. Deviation: 0-1.5 KHz.

bullet

A Comprehensive Manual covering basic FM transmission is provided. It includes theory, laboratory experimentation, questions, answers, and solid-state device data.

bullet

Transmitter output power of 0.5 mW to 0.70 mW.

REQUIRED EXTRA EQUIPMENT
Power Supply Base (S300PSB)
All equipment operates on 120/240 VAC, 50/60 Hz.

LABORATORY MANUAL

The following list of topics indicates the scope of material and experimentation provided by this course.

  1. Crystal Controlled Oscillators

  2. Varactor Tuning

  3. Frequency Modulation

  4. RF Buffer, Doubler, Tripler Amplifiers

  5. Tank Circuits

  6. Frequency Measurements, Counters

  7. Reference Oscillators

  8. Frequency Tachometers

  9. Deviation Measurement

ORDERING INFORMATION
For the complete Panel and Microphone with one manual, order SIP355C. For additional student manuals, order SIP355CM.
TOTAL WEIGHT: 3.5 lbs (1.6 Kg)

SIP355C FM Transmitter

This study, covering the monaural FM Radio Transmitter, places emphasis on the basic principles of producing frequency modulation. A reactance type modulator is used for deviating the RF oscillator. A varicap is made to deviate in capacity by either a DC voltage or audio signal. The frequency deviation is measured by a built-in deviation meter after frequency multiplication. The Panel includes a built-in deviation monitor circuit. Narrow-band FM modulation is provided. The course provides for approximately 40 hours of instruction.

EQUIPMENT SPECIFICATIONS

bullet

The FM Transmitter Panel, painted on one side and having a green mask on the reverse side, includes numerous test points.

bullet

The circuitry provides a crystal oscillator which can be deviated by a reactance modulation: 3.5 MHz.

bullet

There are two stages of RF amplification and multiplication: 7 and 10.74 MHz.

bullet

Buffer Amplifiers, Doublers, and Tripler Amplifiers are covered in this study.

bullet

An audio amplifier circuit provides audio modulation. A microphone is provided with the panel. 100 Hz - 5 KHz.

bullet

A crystal-controlled frequency (3.5 MHz) deviation monitor, which includes a deviation meter, is included in the panel design. Deviation: 0-1.5 KHz.

bullet

A Comprehensive Manual covering basic FM transmission is provided. It includes theory, laboratory experimentation, questions, answers, and solid-state device data.

bullet

Transmitter output power of 0.5 mW to 0.70 mW.

REQUIRED EXTRA EQUIPMENT
Power Supply Base (S300PSB)
All equipment operates on 120/240 VAC, 50/60 Hz.

LABORATORY MANUAL

The following list of topics indicates the scope of material and experimentation provided by this course.

  1. Crystal Controlled Oscillators

  2. Varactor Tuning

  3. Frequency Modulation

  4. RF Buffer, Doubler, Tripler Amplifiers

  5. Tank Circuits

  6. Frequency Measurements, Counters

  7. Reference Oscillators

  8. Frequency Tachometers

  9. Deviation Measurement

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