883-SERIES
- Overview
- Characteristics
- Products
Essen Deinki’s 883 Series Transition Connectors are all about making your life easier when dealing with flat cables. These connectors give you the choice to terminate your cable either before or after you solder the connector onto the PCB, making assembly a breeze. They’re designed to be low-profile, and safety is a priority with their flame-retardant thermoplastic material (rated UL94V-O). Plus, the gold/tin plated contacts ensure a solid connection. With seven size options (ranging from 10 to 50 ways) and two tail lengths to match different PCB thicknesses, Essen Deinki’s 883 Series connectors are a smart and flexible choice for your cable-to-PCB connections.
Characteristics
- Mass termination with flat cable
- Cable may be terminated Before or after soldering connector to PCB
- Low profile design
- Moulded in flame retardant thermoplastic (UL94V-O)
- Gold / tin plated contacts
- Available in seven sizes ranging from 10 to 50 way
- Connectors available in two tail lengths to accommodate various PCB thicknesses
Technical Data:
Temprature Range
Current rating
Contact resistance
Insulation resistence
Dielectric strength
Flat Cable Size
Contact material
Contact finish
Insulator material
-55°C to + 125°C
1A
20 milliohms max.
1000 Mohm min. at 500V DC
>500V AC, rms, 1 minute
1.27 mm. spacing
28 AWG Stranded or
30 AWG solid
Copper alloy
Gold over nickel / tin plated
Flame retardant
Thermoplastic (UL 94V-O)
Ordering Code
No.of contacts
- 10
- 16
- 20
- 26
- 34
- 40
- 50
PCB thickness (1.6 mm.)
- 883101( )
- 883161( )
- 883201( )
- 883261( )
- 883 341( )
- 883401( )
- 883501( )
PCB thickness (2.4 to 3.2 mm.)
- 883102( )
- 883162( )
- 883202( )
- 883262( )
- 883342( )
- 883402( )
- 883502( )
A
- 17.78
- 25.40
- 30.48
- 38.10
- 48.26
- 55.88
- 68.58
B
- 10.43
- 19.05
- 24.13
- 31.75
- 41.91
- 49.53
- 62.23
PCB
layout
- Type I
- Type II
- Type II
- Type Ill
- Type Ill
- Type II
- Type Ill
Add following at ( ) in the ordering code above for contact plating required.
G = Gold T = Tin