Technical Document
Specifications
Brand
JSTSeries
PAD
Pitch
2.0mm
Number Of Contacts
16
Number Of Rows
2
Body Orientation
Straight
Shrouded/Unshrouded
Shrouded
Mounting Type
Through Hole
Connector System
Wire to Board
Termination Method
Solder
Contact Material
Copper Alloy
Contact Plating
Tin
Series Number
B16B
Current Rating
3.0A
Voltage Rating
250.0 V
Product details
PADS series Shrouded Headers
PADS series top-entry 2.0mm pitch shrouded headers from JST. These two-row headers are through hole mounting and feature a secure locking device to prevent accidental disconnection. For mating Receptacle Housings see stock 820-1721 typical.
2.0mm JST PAD Connector
The 2.0mm PAD Series Wire-to-Board Connectors from JST are dual row for high density applications and provide: secure locking, polarization, an insertion guide and reliable contacts with long dimples for continuity under adverse conditions.
€ 398.00
€ 1.99 Each (In a Bag of 200) (Exc. VAT)
€ 469.64
€ 2.348 Each (In a Bag of 200) (inc. VAT)
200
€ 398.00
€ 1.99 Each (In a Bag of 200) (Exc. VAT)
€ 469.64
€ 2.348 Each (In a Bag of 200) (inc. VAT)
200
Stock information temporarily unavailable.
Please check again later.
Technical Document
Specifications
Brand
JSTSeries
PAD
Pitch
2.0mm
Number Of Contacts
16
Number Of Rows
2
Body Orientation
Straight
Shrouded/Unshrouded
Shrouded
Mounting Type
Through Hole
Connector System
Wire to Board
Termination Method
Solder
Contact Material
Copper Alloy
Contact Plating
Tin
Series Number
B16B
Current Rating
3.0A
Voltage Rating
250.0 V
Product details
PADS series Shrouded Headers
PADS series top-entry 2.0mm pitch shrouded headers from JST. These two-row headers are through hole mounting and feature a secure locking device to prevent accidental disconnection. For mating Receptacle Housings see stock 820-1721 typical.
2.0mm JST PAD Connector
The 2.0mm PAD Series Wire-to-Board Connectors from JST are dual row for high density applications and provide: secure locking, polarization, an insertion guide and reliable contacts with long dimples for continuity under adverse conditions.