HM2P65PD5110N9LF FCI, HM2P65PD5110N9LF Datasheet - Page 6

• 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

Features and benefits
High speed signal transmission
With modern electronic devices, higher
bitrates require improved electrical
performance of all components in
terms of signal transmission. As a
consequence, all picosecond-system
designers should anticipate the need to
control the impedance and cross talk.
In order to accommodate you with a
high speed interconnection system, the
high frequency characteristics such as
reflection, rise time degradation and
cross talk (forward and backward) are
measured and simulated for different
signal-to-ground configurations of the
Millipacs
A high accuracy is needed to
characterize the connectors over a
wide bandwidth or over a large range
of rise times. The measurement set-up
is shown in figure 1.
FCI’s R&D specialists are available to
help to define the best installed cost
solution in terms of your specific High
Speed requirements. A complete set of
reports is available on request.
As an example, the results for a
differential pin configuration on a 5
rows 2 mm grid Millipacs
connector (figure 2) are presented.
6
®
system.
®
backplane
Millipacs
Fig.1 : Test set-up for high-frequency characterization of the Millipacs
Fig.2 : Differential pin configuration (G=ground; S=signal)
row E
row D
row C
row B
row A
S+
S-
G
S+
S-
®
S+
S-
G
S+
S-
HM
S+
S-
G
S+
S-
S+
S-
G
S+
S-
®
backplane connectors
S+
S-
G
S+
S-