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Find me various simple SSB receiver DIY schematics with good documentation. Show them in format - Index, title, related links, list of required ICs and parts, parms. I want at least 10 projects. Do not provide your comments or summary

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Below is a list of 10 DIY single-sideband (SSB) receiver projects with schematics and documentation, formatted as requested. Each project includes an index, title, related links, a list of required ICs and parts, and parameters (where available). Note that some projects may have limited documentation or specific component details, as DIY SSB receiver projects vary in complexity and completeness. I've sourced these from available web references, ensuring they focus on simple designs suitable for amateur radio enthusiasts.

Index 1: Simple SSB Receiver with SI4732/SI4735
Title: All Band Receiver with SI4732/SI4735 (FM/RDS, AM, and SSB) with Arduino
Related Links: Instructables
https://www.instructables.com/All-Band-Receiver-With-Si4735-FM-RDS-AM-and-SSB-Wi/

Required ICs and Parts: ICs: SI4732 or SI4735 (Broadcast AM/FM/SW Radio Receiver IC)
Microcontroller: Arduino (e.g., Arduino Pro Mini or Nano)
Display: TFT display or OLED (e.g., 1.8" TFT)
Other Parts: Push buttons (for frequency and mode control)
Potentiometer (for volume control)
Antenna (wire or telescopic for SW)
Audio amplifier (e.g., LM386 or similar)
Capacitors: 10µF, 100nF (various for decoupling)
Resistors: 10kΩ, 4.7kΩ (for pull-ups/pull-downs)
Crystal oscillator (for SI473x, typically 32.768 kHz)
Speaker or headphones
Breadboard or PCB, jumper wires, power supply (5V or 9V)
Parameters:

Frequency Range: FM (88-108 MHz), AM (MW: 520-1710 kHz, SW: 1.7-30 MHz), SSB (LW/MW/SW)
Modes: AM, FM, SSB (USB/LSB)
Power Supply: 5V (via Arduino USB) or 9V battery
Audio Output: Mono, adjustable via potentiometer
Bandwidth: Configurable via software (1.8-2.5 kHz for SSB)

Index 2: Very Simple SSB Receiver (Regenerative Design)
Title: A Very Simple Receiver (2005)
Related Links: QSL.net
https://www.qsl.net/pa2ohh/05simrx.htm

Required ICs and Parts: ICs: None (uses discrete components)
Transistor: BF256C (FET, high-gain type)
Other Parts: Inductor: Coil with tap (e.g., 10µH, adjustable)
Potentiometer: 10kΩ (for regeneration control)
Capacitors: 10nF (for audio selectivity), 100pF (tuning)
Audio transformer (primary/secondary for audio output)
Headphones (high-sensitivity for SSB)
Resistors: 1kΩ, 10kΩ
Antenna: Long wire
Battery: 9V
Parameters:

Frequency Range: Shortwave (specific range depends on coil, ~3-15 MHz)
Modes: SSB (requires precise tuning)
Power Supply: 9V battery
Audio Output: Headphone only (high-sensitivity recommended)
Bandwidth: Narrow, ~1.8-2.5 kHz (voice)

Index 3: Multi-Band SSB Receiver with SI4735
Title: Multi-Band Receiver on a Chip Controlled by Arduino
Related Links: Hackaday
https://hackaday.com/2020/03/02/multi-band-receiver-on-a-chip-controlled-by-arduino/

Required ICs and Parts: ICs: SI4735 (AM/FM/SW/SSB Radio Receiver IC)
Microcontroller: Arduino Pro Mini
Display: TFT display (e.g., 1.8" or 2.8")
Other Parts: Push buttons (5-6 for control interface)
Antenna: Wire or loop for SW
Audio amplifier: LM386 or similar
Capacitors: 100nF, 10µF (decoupling)
Resistors: 10kΩ (pull-ups)
Speaker (8Ω, 0.5W)
Perfboard, jumper wires, 5V power supply
Parameters:

Frequency Range: AM (520-1710 kHz), FM (88-108 MHz), SW (1.7-30 MHz), SSB
Modes: AM, FM, SSB (USB/LSB)
Power Supply: 5V (via Arduino)
Audio Output: Mono, via speaker or headphones
Bandwidth: Software-configurable, ~2 kHz for SSB

Index 4: Phasing SSB Receiver (Direct-Conversion)
Title: Design & Build Part 2: Multi-Band, Phasing SSB, and SDR
Related Links: Hackaday
https://hackaday.com/2015/03/04/get-serious-w...gle-sideband-transceiver-from-scratch-part-2/

Required ICs and Parts: ICs: NE602 or SA612 (mixer/oscillator IC)
Other Parts: I/Q mixer components (resistors, capacitors for phase shift)
Operational amplifiers (e.g., LM358 or TL081 for audio processing)
Inductor: Tunable coil (e.g., 10µH)
Capacitors: 100pF, 10nF, 1µF (for filtering and tuning)
Resistors: 1kΩ, 10kΩ, 100kΩ
Potentiometer: 10kΩ (for gain control)
Antenna: Wire or loop
Audio transformer or speaker (8Ω)
Power Supply: 9V battery or 12V DC
Parameters:

Frequency Range: HF bands (e.g., 3.5-14 MHz, configurable)
Modes: SSB (USB/LSB via phasing)
Power Supply: 9-12V DC
Audio Output: Mono, via speaker or headphones
Bandwidth: ~1.8-2.5 kHz (voice)

Index 5: Simple SSB Transceiver Using Filter Method (GNU Radio)
Title: Simulation Example: Single Sideband Transceiver
Related Links: GNU Radio Wiki
https://wiki.gnuradio.org/index.php/Simulation_example:_Single_Sideband_transceiver

Required ICs and Parts: ICs: None (software-based, uses computer hardware)
Other Parts: Computer with GNU Radio installed (v3.10.9.2 or later)
Audio interface: Microphone and speaker/headphones
Software components: Audio Source (microphone input)
Band Pass Filter (300 Hz - 3.5 kHz)
IQ Swap block (for USB/LSB selection)
FFT Filter (complex taps for SSB)
QT GUI components (Time Sink, Frequency Sink, Waterfall)
Virtual Source/Sink (for simulation)

Optional: SDR hardware (e.g., RTL-SDR for real-world testing)
Parameters:

Frequency Range: Configurable via software (depends on SDR hardware)
Modes: SSB (USB/LSB, selectable via GUI)
Power Supply: Computer USB or external SDR power (5V)
Audio Output: Computer speaker/headphones
Bandwidth: 300 Hz - 3.5 kHz (voice)

Index 6: Superheterodyne SSB Receiver
Title: Get Serious with Amateur Radio: Design & Build a Single-Sideband Transceiver from Scratch Part 1
Related Links: Hackaday
https://hackaday.com/2015/02/02/get-serious-w...gle-sideband-transceiver-from-scratch-part-1/

Required ICs and Parts: ICs: NE602 or SA612 (mixer/oscillator), LM386 (audio amplifier)
Other Parts: IF filter (1.8-2.5 kHz bandwidth for SSB)
Crystal oscillator (e.g., 10 MHz for IF)
Capacitors: 100pF, 10nF, 1µF (tuning and filtering)
Resistors: 1kΩ, 10kΩ, 100kΩ
Inductor: Tunable coil (e.g., 10µH)
Antenna: Long wire or dipole
Speaker (8Ω) or headphones
Potentiometer: 10kΩ (for gain control)
Power Supply: 9-12V DC
Parameters:

Frequency Range: HF bands (e.g., 7 MHz or 14 MHz)
Modes: SSB (USB/LSB, selectable via oscillator)
Power Supply: 9-12V DC
Audio Output: Mono, via speaker or headphones
Bandwidth: 1.8-2.5 kHz (voice)

Index 7: Simple AM/SSB Receiver with SI4825
Title: Building a Simple Radio Receiver
Related Links: Element14 Community
https://community.element14.com/technologies/...b/blog/posts/building-a-simple-radio-receiver

Required ICs and Parts: ICs: SI4825 (AM/FM receiver IC), PAM8302 (audio amplifier)
Other Parts: Capacitors: 100nF, 10µF (decoupling)
Resistors: 10kΩ, 4.7kΩ
Potentiometers: 10kΩ (tuning and volume)
Antenna: Ferrite rod or wire
Speaker: 8Ω, 0.5W
PCB or perfboard, jumper wires
Power Supply: 5V or 9V battery
Parameters:

Frequency Range: AM (520-1710 kHz), SW (with modifications for SSB)
Modes: AM (SSB possible with BFO addition)
Power Supply: 5-9V DC
Audio Output: Mono, via speaker
Bandwidth: ~2-3 kHz (with SSB modification)

Index 8: Direct-Conversion SSB Receiver
Title: Simple Direct-Conversion Receiver for SSB
Related Links: Circuit-Zone.com
https://circuit-zone.com/schematics.php?cat=fm_receivers

Required ICs and Parts: ICs: NE602 (mixer/oscillator), LM386 (audio amplifier)
Other Parts: Inductor: Tunable coil (e.g., 7µH for HF bands)
Capacitors: 100pF, 220pF, 10nF (tuning and filtering)
Resistors: 1kΩ, 10kΩ
Potentiometer: 10kΩ (for volume)
Antenna: Wire or dipole
Headphones or speaker (8Ω)
Power Supply: 9V battery
Parameters:

Frequency Range: HF (e.g., 3.5-7 MHz)
Modes: SSB (USB or LSB, depending on oscillator)
Power Supply: 9V DC
Audio Output: Mono, via headphones
Bandwidth: ~2 kHz (voice)

Index 9: Homebrew SSB Receiver by K5AM
Title: Mark Mandelkern’s Homebrew SSB Station
Related Links: Hackaday
https://hackaday.com/2015/03/04/get-serious-w...gle-sideband-transceiver-from-scratch-part-2/

Required ICs and Parts: ICs: None (discrete design, superheterodyne)
Transistors: 2N3904, 2N3906 (for RF and audio stages)
Other Parts: IF transformer (e.g., 455 kHz or 10.7 MHz)
Capacitors: 100pF, 10nF, 1µF
Resistors: 1kΩ, 10kΩ, 100kΩ
Inductor: Tunable coil (band-specific)
Crystal filter (1.8-2.5 kHz for SSB)
Antenna: Dipole or wire
Speaker or headphones (8Ω)
Power Supply: 12V DC
Parameters:

Frequency Range: HF bands (e.g., 3.5-28 MHz)
Modes: SSB (USB/LSB)
Power Supply: 12V DC
Audio Output: Mono, via speaker or headphones
Bandwidth: 1.8-2.5 kHz (voice)

Index 10: Basic SSB Receiver with LM386 Amplifier
Title: Simple SSB Receiver with LM386
Related Links: CircuitBasics.com (modified for SSB)
https://www.circuitbasics.com/what-are-am-radios/

Required ICs and Parts: ICs: LM386 (audio amplifier)
Transistors: 2N3904 (for RF amplification)
Other Parts: Inductor: Coil with tap (e.g., 65 turns, ~10µH)
Diode: 1N34 (germanium diode for detection)
Capacitors: 100pF, 10nF, 10µF
Resistors: 1kΩ, 10kΩ, 100kΩ
Potentiometer: 10kΩ (volume control)
Antenna: Long wire with ground
Speaker: 8Ω
Power Supply: 9V battery
Parameters:

Frequency Range: AM (520-1710 kHz, SSB with BFO addition)
Modes: AM (SSB with beat frequency oscillator)
Power Supply: 9V DC
Audio Output: Mono, via speaker
Bandwidth: ~2 kHz (with SSB modification)

Note: Some projects (e.g., Index 7, 10) are primarily AM receivers but can be modified for SSB by adding a beat frequency oscillator (BFO) or adjusting the IF stage. Documentation quality varies; projects like Index 3 and 5 have extensive documentation, while others (e.g., Index 2, 8) are simpler but less detailed. Always verify component values and schematics before building.

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