TL1220 Series Illuminated, Multi-option Tactile Switch
The TL1220 Series illuminated tactile switch has multiple illuminated cap options, including custom graphics, and features a sharp tactile response. Single or double LED color options are available. The TL1220 Series tact switches have a long life expectancy of 500,000 cycles, and they operate in temperatures ranging from -40 to 85°C, making them ultra durable and ideal for a ample applications. Applications for this illuminated tactile switch include:
Telecommunications
Consumer electronics
Audio/visual
Medical
Computers/servers
FEATURES
Multiple illuminated cap options
Single or bicolor LED options
Long life expectancy of 500,000 cycles
PC board mounting design
The TL1220 Series illuminated tactile switch has multiple illuminated cap options, including custom graphics, and features a sharp tactile response. Single or double LED color options are available. The TL1220 Series tact switches have a long life expectancy of 500,000 cycles, and they operate in temperatures ranging from -40 to 85°C, making them ultra durable and ideal for a ample applications. Applications for this illuminated tactile switch include:
Telecommunications
Consumer electronics
Audio/visual
Medical
Computers/servers
FEATURES
Multiple illuminated cap options
Single or bicolor LED options
Long life expectancy of 500,000 cycles
PC board mounting design
The TL1220 Series illuminated tactile switch has multiple illuminated cap options, including custom graphics, and features a sharp tactile response. Single or double LED color options are available. The TL1220 Series tact switches have a long life expectancy of 500,000 cycles, and they operate in temperatures ranging from -40 to 85°C, making them ultra durable and ideal for a ample applications. Applications for this illuminated tactile switch include:
Telecommunications
Consumer electronics
Audio/visual
Medical
Computers/servers
FEATURES
Multiple illuminated cap options
Single or bicolor LED options
Long life expectancy of 500,000 cycles
PC board mounting design