CHERRY MX Brown Tactile Plate Mount Switch

CHERRY MX Brown Tactile Plate Mount Switch - MX1A-G1NN

The Original: Key module with CHERRY Gold Crosspoint technology

Brown switch: Soft pressure point, key stroke with soft tactile contact feedback.
Original CHERRY MX is the world's leading precision technology for mechanical key modules. The CHERRY Gold Crosspoint contact concept and the unprecedented production quality 'made in Germany' are unique. MX inside ensures unrivalled quality, precision and reliability.

Key benefits

• Brown switch: Soft pressure point, key stroke with soft tactile contact feedback
• Mechanical high-precision key module
• In use worldwide for Original CHERRY keyboards and in keyboards of demanding input device manufacturers
• Safe and long-lasting reliability of switching performance and characteristics
• Short bounce time for high switching frequency(such as for fast typing)
• Self-cleaning contacts, resistant to dust and dirt
• Over 50 million keystrokes / contact switches per module with no loss of quality
• Proven a billion times over and continuously developed
• World exclusive CHERRY Gold Crosspoint technology

Keymodule:

• Switch type: MX
• Protection class: IP40
• Operation characteristics: BROWN SWITCH Pressure point (55cN)
• Switching voltage: 12 V AC/DC max.
• Switching current: 10 mA AC/DC max.
• Dielectric strength: 500 V / 50Hz
• Durability: > 100 million actuations
• Contact configuration: Single-pole contact
• Actuator travel: 4.0 mm
• Pretravel: 2 mm
• Initial force: 30 cN min.
• Actuation force: 45 ± 20 cN
• Pressure point force: 55 ± 25 cN
• Bounce time: < 5 ms (during actuation with 0,4 m/s)
• Standard lead spacing: 19.05 mm (16 mm min.)
• Decoupling diode: no
• Wire jumper: no
• Insulation materials: Thermoplastics (min.UL 94 HB)
• Spring: Stainless steel
• Contacts: High-quality gold alloy
• Storage Temperature: 5°C to 40°C
• Operating Temperature: -40°C to 70°C
• Humidity: Storage: average <50% max. 3 months / 75% max. 15 days, operation: 5% to 95% without condensation