Wireless Communication Trainers TC-1000

Features

1. Design and implementation of filters and oscillators for wireless communication.
2. Design and implementation of transceiver for analog wireless communication.
3. Design and implementation of telephone system and controllable.
4. Design and implementation of transceiver for digital wireless communication.

Objectives

1. A complete laboratory training system.
2. Analog and digital communications.
3. Suitable for both engineer and undergraduate training.
4. Simple and easy breakdown elimination training and repairing ability training for common communication equipments.
5. Design and implementation ability training for common communication equipments.

Specification

TC-1000-01: Second Order Filter Experiments Module

1. Passive second order low-pass filter (Low-pass -3 dB frequency: 1 kHz ~ 3 kHz)
2. Active second order low-pass filter (Low-pass -3 dB frequency: 1 kHz ~ 3 kHz)
3. Passive second order high-pass filter (High-pass -3 dB frequency: 5 kHz ~ 10 kHz)
4. Active second order high-pass filter (High-pass -3 dB frequency: 5 kHz ~ 10 kHz)
5. Passive second order band-pass filter (frequency: 10 kHz ~ 100 kHz; Bandwidth: 6 kHz ~ 60 kHz)
6. Active second order band-pass filter (frequency: 10 kHz ~ 100 kHz; Bandwidth: 6 kHz ~ 60 kHz)

TC-1000-02: Oscillators Experiments Module

1. Wien bridge oscillator circuit (Oscillation frequency: 130 kHz ~ 140 kHz)
2. Phase-shift oscillator circuit (Oscillation frequency: 5 kHz ~ 30 kHz)
3. Colpitts oscillator circuit (Oscillation frequency: 1 MHz ~ 9 MHz)
4. Hartley oscillator circuit (Oscillation frequency: 500 kHz ~ 1.8 MHz)
5. Colpitts crystal controlled oscillator circuit (Oscillation frequency: 6 MHz ~ 12 MHz)
6. Colpitts voltage controlled oscillator circuit (Oscillation frequency: 3.5 MHz ~ 4 MHz)

TC-1000-03: AM Transmitter Experiments Module

1. AM transmitter carrier
2. Tunable audio signal source. (Audio signal frequency: 100 Hz ~ 1 kHz)
3. Provided with microphone input and used as a walkie-talkie
4. 1:3 times variable output power

TC-1000-04: AM Receiver Experiments Module

1. AM receiver carrier frequency: 565 kHz ~ 1605 kHz
2. Receiver intermediate frequency: 455 kHz
3. Heterodyne mode
4. Auto volume control function

TC-1000-05: FM Transmitter Experiments Module

1. FM transmitter carrier frequency: 10.7 MHz
2. Crystal oscillation frequency: 3.58 MHz
3. Frequency deviation: 45 kHz
4. Audio amplifier with pre-emphasis

TC-1000-06: FM Receiver Experiments Module

1. FM receiver carrier frequency: 88 kHz ~ 108 kHz
2. Receiver intermediate frequency: 10.7 kHz
3. Audio amplifier with pre-emphasis

4. Auto volume control function

TC-1000-07: ASK Transmitter Experiments Module

1. ASK transmitter carrier frequency: 1 MHz
2. 1:3 times variable output power
3. Data transmitted rate: 100 bps
4. Spread spectrum digital encoder
5. Data input mode: 8 bits
6. Data transmission display: 8 bits LED display

TC-1000-08: ASK Receiver Experiments Module

1. ASK receiver carrier frequency: 1 MHz
2. Sensitivity: -60 dBm
3. Data received rate: 100bps
4. Spread spectrum digital decoder
5. Data received display: 8 bits LED display

TC-1000-09: FSK Transmitter Experiments Module

1. FSK transmitter carrier frequency: 3.57 MHz
2. Transmission frequency: 10.7 MHz
3. 1:3 times variable output power
4. Data transmitted rate: 100 bps
5. Spread spectrum digital encoder
6. Data input mode: 8 bits
7. Data transmission display: 8 bits LED display

TC-1000-10: FSK Receiver Experiments Module

1. FSK transmitter carrier frequency: 10.7 MHz
2. Sensitivity: -60 dBm
3. Data received rate: 100bps
4. Spread spectrum digital decoder
5. Data received display: 8 bits LED display

TC-1000-11: PSK Transmitter Experiments Module

1. PSK transmitter carrier frequency: 1 MHz
2. First intermediate frequency: 20 kHz
3. 1:3 times variable output power
4. Data transmitted rate: 100 bps
5. Spread spectrum digital encoder
6. Data input mode: 8 bits
7. Data transmission display: 8 bits LED display

TC-1000-12: PSK Receiver Experiments Module

1. PSK receiver carrier frequency: 1 MHz
2. First intermediate frequency: 20 kHz
3. Sensitivity: -60 dBm
4. Data received rate: 100 bps
5. Spread spectrum digital decoder
6. Data received display: 8 bits LED display