HM2P65PD5110N9LF FCI, HM2P65PD5110N9LF Datasheet - Page 70

• Manufacturer Part Number: HM2P65PD5110N9LF
• Description: Hard Metric Connectors 125P 5RW STR HEDR TYPE AB25, PRS FIT
• Manufacturer: FCI
• Type: Hard Metricr
• Series: Millipacs Seriesr

Specifications of HM2P65PD5110N9LF

• Pitch (mm): 2mm
• Gender: M
• Body Orientation: Straight
• Number Of Contact Rows: 5
• Number Of Contacts: 125POS
• Termination Method: Press Fit
• Mounting Style: Through Hole
• Contact Plating: Gold Over Nickel
• Contact Resistance Max: 20mOhm
• Voltage Rating Max: 750VAC
• Current Rating (max): 1.5/ContactA
• Operating Temp Range: -55C to 125C
• Contact Material: Phosphor Bronze
• Housing Color: Cream White
• Housing Material: Thermoplastic
• Product Height (mm): 13.45mm
• Product Depth (mm): 15.4mm
• Product Length (mm): 49.9mm
• Product Type: Male
• Lead Free Status / RoHS Status: Compliant

70
Coaxial contacts
Description
50
modules in accordance with DIN 47297
specification.
Features and benefits
• The coaxial contacts are available with dip
• The assembly with coaxial cables consists
• The crimping operation is done with a
• Contacts are front released and extracted
Construction
Outer and inner contact
Spring
Contact plating
Spring plating
Insulation
Assembly instructions
solder or crimp type straight and right
angle termination.
of two operations involving soldering for
the inner conductor with the inner contact
and crimping for the outer components.
handtool equipped with removable die
sets according to the cable size.
by a simple handtool.
coaxial contacts for type L, M and N
: high conductive
: beryllium copper
: gold over nickel
: nickel
: PTFE
copper alloy
Millipacs
Performance characteristics
Characteristic
impedance
Operating temperature : -55°C to +125°C
Operating frequency
Reflection*
: 5% max. up to 1 GHz
7% max. up to 4 GHz
10% max. up to 10 GHz
: 50 Ω
: maximum 30 GHz
optimum 0-10 GHz
®
HM
Peak voltage
Operating voltage
Contact resistance : outer contact 3 mΩ max
* Only for cable to cable connections
: 750 Veff
: 250 Veff
inner contact 10 mΩ
max