Connector Headers and PCB Receptacles
2053380006 | Pico-Lock 2.0 W/B Header Assy ETP 6P
Conn Shrouded Header (4 Sides) HDR 6 POS 2mm Solder RA Side Entry SMD T/R
MolexThe compact Pico-Lock 2.0mm pitch wire-to-board system is one of the first to provide a side positive-lock design in a low-profile and high-current system. This space-saving connector is available in 2 to 6 circuits and can reach up to a maximum of 6.5A when using 20 gauge wire for the 2 circuit configuration.
Features and Advantages
- • Current rating of up to 6.5A for 2 circuit connector when using 20 gauge wire
- • Ultra-low profile of 2.00mm provides space savings
- • Side positive locks ensure securing mating retention
- • Top friction locks provide additional mating retention
- • Beveled header pin design offers smoother mating and pin-and-contact protection
- • Polarization/mating guide features prevent mismating and facilitate mating
- • Wide robust fitting nails offer secure PCB retention and additional mechanical stability
- • 1.50mm pitch sizes also available
Markets and Applications
- Automotive
- • Infotainment
- • Interior electronics
- • Heads-up display
- • Control units
- Consumer
- • LED/LCD TVs
- • Notebook PCs
- • Gaming equipment
- Industrial
- • Smart meters
- • Factory automation
- • Power supplies
- Telecommunications/Networking
- • Wireless modems
- • Servers
Product Technical Specifications
EU RoHS
Compliant
ECCN (US)
EAR99
Part Status
Active
HTS
8536.69.40.40
Automotive
No
PPAP
No
Type
Shrouded Header (4 Sides)
Gender
HDR
Number of Contacts
6
Number of Rows
1
Termination Method
Solder
Terminal Pitch (mm)
2
Body Orientation
Right Angle
Polarization Type
Dual Slot
Maximum Current Rating (A)
6.5/Contact
Maximum Voltage Rating
250VDC|250VAC
Insulation Resistance (MOhm)
1000
Maximum Contact Resistance (mOhm)
20
Minimum Operating Temperature (°C)
-40
Maximum Operating Temperature (°C)
105
Mating Cycle (Cycles)
30
Packaging
Tape and Reel
Product Length (mm)
16.75
Product Depth (mm)
7.95
Product Height (mm)
2.6
Mounting
Surface Mount

