Product Categories Pin Header Series 2.00mm Pitch Pin Header Series 2.00mm Pitch Pin Header Series E32 Pin Header Single & Dual & Triple & Four Row Single Body Straight & Right Angle DIP TYPE Specification Insulator Material: High Temperature Thermoplastic, UL94V-0. Contact Material: Copper Alloy, 0.50x0.50mm. Contact Plating: Au or Sn over Nickel. Current Rating: 1 AMP. Insulator Resistance: 500 Megohms Min. Dielectric Withstanding: 500V AC for 1 Minute. Operating Temperature: -40°C ~+105°C. Max. Processing Temp.: 230°C for 30~60 seconds. 260°C for 10 seconds. PDF E34 Pin Header Single & Dual & Triple & Four Row Dual Body Straight DIP TYPE Specification Insulator Material: High Temperature Thermoplastic, UL94V-0. Contact Material: Copper Alloy, 0.50x0.50mm. Contact Plating: Au or Sn over Nickel. Current Rating: 1 AMP. Insulator Resistance: 500 Megohms Min. Dielectric Withstanding: 500V AC for 1 Minute. Operating Temperature: -40°C ~+105°C. Max. Processing Temp.: 230°C for 30~60 seconds. 260°C for 10 seconds. PDF E35 Pin Header Single & Dual Row Dual Body Right Angle DIP TYPE Specification Insulator Material: High Temperature Thermoplastic, UL94V-0. Contact Material: Copper Alloy, 0.50x0.50mm. Contact Plating: Au or Sn over Nickel. Current Rating: 3 AMP. Insulator Resistance: 500 Megohms Min. Dielectric Withstanding: 500V AC for 1 Minute. Operating Temperature: -40°C ~+105°C. Max. Processing Temp.: 230°C for 30~60 seconds. 260°C for 10 seconds. PDF E36 Pin Header Single & Dual Row Dual Body Right Angle DIP TYPE ( Up-Right ) Specification Insulator Material: High Temperature Thermoplastic, UL94V-0. Contact Material: Copper Alloy, 0.50x0.50mm. Contact Plating: Au or Sn over Nickel. Current Rating: 3 AMP. Insulator Resistance: 500 Megohms Min. Dielectric Withstanding: 500V AC for 1 Minute. Operating Temperature: -40°C ~+105°C. Max. Processing Temp.: 230°C for 30~60 seconds. 260°C for 10 seconds. PDF E37 Pin Header Single & Dual Row Single Body Vertical SMT TYPE Specification Insulator Material: High Temperature Thermoplastic, UL94V-0. Contact Material: Copper Alloy, 0.50x0.50mm. Contact Plating: Au or Sn over Nickel. Current Rating: 1 AMP. Insulator Resistance: 500 Megohms Min. Dielectric Withstanding: 500V AC for 1 Minute. Operating Temperature: -40°C ~+105°C. Max. Processing Temp.: 230°C for 30~60 seconds. 260°C for 10 seconds. PDF E38 Pin Header Single & Dual Row Dual Body Vertical SMT TYPE Specification Insulator Material: High Temperature Thermoplastic, UL94V-0. Contact Material: Copper Alloy, 0.50x0.50mm. Contact Plating: Au or Sn over Nickel. Current Rating: 1 AMP. Insulator Resistance: 500 Megohms Min. Dielectric Withstanding: 500V AC for 1 Minute. Operating Temperature: -40°C ~+105°C. Max. Processing Temp.: 230°C for 30~60 seconds. 260°C for 10 seconds. PDF E39 Pin Header Single Row Single Body Horizontal SMT TYPE Specification Insulator Material: High Temperature Thermoplastic, UL94V-0. Contact Material: Copper Alloy, 0.50x0.50mm. Contact Plating: Au or Sn over Nickel. Current Rating: 1 AMP. Insulator Resistance: 500 Megohms Min. Dielectric Withstanding: 500V AC for 1 Minute. Operating Temperature: -40°C ~+105°C. Max. Processing Temp.: 230°C for 30~60 seconds. 260°C for 10 seconds. PDF E40 Pin Header Dual Row Single Body Straight & Right Angle DIP TYPE Specification Insulator Material: High Temperature Thermoplastic, UL94V-0. Contact Material: Copper Alloy, 0.50x0.50mm. Contact Plating: Au or Sn over Nickel. Current Rating: 1 AMP. Insulator Resistance: 500 Megohms Min. Dielectric Withstanding: 500V AC for 1 Minute. Operating Temperature: -40°C ~+105°C. Max. Processing Temp.: 230°C for 30~60 seconds. 260°C for 10 seconds. PDF E41 Pin Header Dual Row Single Body Horizontal M & D SMT TYPE Specification Insulator Material: High Temperature Thermoplastic, UL94V-0. Contact Material: Copper Alloy, 0.50x0.50mm. Contact Plating: Au or Sn over Nickel. Current Rating: 1 AMP. Insulator Resistance: 500 Megohms Min. Dielectric Withstanding: 500V AC for 1 Minute. Operating Temperature: -40°C ~+105°C. Max. Processing Temp.: 230°C for 30~60 seconds. 260°C for 10 seconds. PDF