| Image | Part Number | Manufacturer | Description | Series | Manufacturer Part Number | Type | Color | Voltage Rating | MSCP (Mean Spherical Candle Power) | Lens Style | Lens Size | Lead Style |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 1434 | VCC (Visual Communications Company) | LAMP INCAND RT-4.5 SGL BAYO 3.7V | - | - | Incandescent | Clear | 3.7V | 11 | Round with Domed Top | RT-4 1/2 | Bayonet - Single Contact | |
| 2181 | VCC (Visual Communications Company) | LAMP INCAND RT-1.75 WIRE 6.3V | - | - | Incandescent | Clear | 6.3V | 0.4 | Round with Domed Top | RT-1 3/4 | Wire Terminal | |
| 1450 | VCC (Visual Communications Company) | LAMP INCAND RG-3.5 MIN BAYO 24V | - | - | Incandescent | Clear | 24V | 0.23 | Round with Domed Top | RG-3 1/2 | Miniature Bayonet | |
| ETB1-EW87/BLA/39-31-4 | JKL Components Corporation | LAMP INCAND 5MM T-1.75 SMD | - | - | Incandescent | Green | - | - | Round | 5mm, T-1 3/4 | Surface Mount (SMD - SMT) | |
| 8437 | JKL Components Corporation | LAMP INCAN RT-1.75 MIDG SCRW 22V | - | - | Incandescent | Clear | 22V | 0.3 | Round with Domed Top | RT-1 3/4 | Midget Screw | |
| 7349 | VCC (Visual Communications Company) | LAMP INCAND RT-1.75 BI-PIN 6.3V | - | - | Incandescent | Clear | 6.3V | 0.55 | Round with Domed Top | RT-1 3/4 | Radial - Bi-Pin .125 | |
| CM307 | VCC (Visual Communications Company) | LAMP INCAND RS-8 SGL BAYONET 28V | - | - | Incandescent | Clear | 28V | 21 | Round with Domed Top | RS-8 | Bayonet - Single Contact | |
| 55-0711-1 | VCC (Visual Communications Company) | FLASHTUBE LAMP | - | - | - | - | - | - | - | - | - | |
| 1818-10PK | VCC (Visual Communications Company) | LAMP INCAND RT-3.25 MIN BAYO 24V | - | - | Incandescent | Clear | 24V | 3.3 | Round with Domed Top | RT-3 1/4 | Miniature Bayonet | |
| 3-505 | VCC (Visual Communications Company) | LAMP INCAND RT-3.25 WEDGE 24V | - | - | Incandescent | Clear | 24V | 1 | Round with Domed Top | RT-3 1/4 | Wedge |
Incandescent lamps and neon lamps are types of lighting devices that produce light through different mechanisms. Incandescent lamps generate light by heating a filament to high temperatures until it emits visible light, while neon lamps use ionized neon gas to produce illumination through gas discharge. Incandescent lamps were widely used for general lighting before the advent of more energy-efficient lighting technologies, while neon lamps are often used for decorative and signage purposes due to their vibrant colors and distinctive glow.