Nano-D / Bi-Lobe® Connectors – Dual Row – Flex Mount (FF)
$1.00
Flex Mount Bi-Lobe® Nano-D’s are a low profile ruggedized connector on .025 (.64 mm) centerlines.
Resources
| Title | Type | File |
| Nano-D / Bi-Lobe® Connectors – Dual Row – Flex Mount (FF) Contact | Download | |
| Nano-D / Bi-Lobe® Connectors – Dual Row – Flex Mount (FF) Ordering Guide | Download | |
| Nano-D / Bi-Lobe® Connectors – Dual Row – Flex Mount (FF) Hardware & Misc. | Download |
Description
Flex Mount Bi-Lobe® Nano-D’s are a low profile ruggedized connector on .025 (.64 mm) centerlines. The SMT tails are formed together in an hourglass shape, allowing a double sided flex circuit to slide between the 2 rows. The spring tension holds the flex in place during the soldering process.
These connectors feature Omnetics highly reliable gold plated Flex Pin contact system conforming to the requirements of MIL-DTL-32139. These durable lightweight connectors are suitable for the most demanding applications. These connectors are available in standard sizes ranging from 9 through 65 positions, as well as custom configurations.
Flex design and installation service is also available from Omnetics. Please contact us for more information.
Additional information
| Omnetics Series |
MNPO ,MNSO |
|---|---|
| Rows |
2 Rows |
| Termination Type |
FF – Flex Tail |
| Electrical Mechanical Specifications |
– |
| Temperature |
-55ºC to +125ºC (200 ºC w/HTE) |
| Dielectric Withstand Voltage |
250 VAC RMS Sea Level |
| Contact Resistance |
71 mV Drop @ 1 AMP |
| Current Rating |
1 AMP per contact |
| Durability |
200 Mating cycles min* |
| Insulation Resistance |
5000 megohms min @ 100 VDC |
| Shock |
100 gs with no discontinuties > 10 nanoseconds |
| Vibration |
20 gs with no discontinuties > 10 nanoseconds |
| Thermal Vacuum Outgassing |
1.0% max TML, 0.1% max VCM |
| Mating/Unmating Force |
7 oz. (198 g) max per contact |
| Material Specifications |
– |
| Shell Material and Finish |
Aluminum Shell, Electroless Nickel Plated Aluminum Shell, Black AnodizedAluminum Shell, Cadmium PlatedTitanium Shell, UnplatedStainless Steel Shell, Passivated |
| Insulator |
Liquid Crystal Polymer per MIL-DTL-32139 or PEEK |
| Pin |
Gold Plated BeCu |
| Socket |
Gold Plated Copper Alloy |
| Encapsulant |
Epoxy |
Features
Flex Mount Bi-Lobe® Nano-D’s are a low profile ruggedized connector on .025” (.64 mm) centerlines. The SMT tails are formed together in an hourglass shape, allowing a double sided flex circuit to slide between the 2 rows. The spring tension holds the flex in place during the soldering process.
These connectors feature Omnetics’ highly reliable gold plated Flex Pin contact system conforming to the requirements of MIL-DTL-32139. These durable lightweight connectors are suitable for the most demanding applications. These connectors are available in standard sizes ranging from 9 through 65 positions, as well as custom configurations.
Flex design and installation service is also available from Omnetics. Please contact us for more information.
Specifications
| Omnetics Series |
MNPO ,MNSO |
|---|---|
| Rows |
2 Rows |
| Termination Type |
FF – Flex Tail |
| Electrical Mechanical Specifications |
– |
| Temperature |
-55ºC to +125ºC (200 ºC w/HTE) |
| Dielectric Withstand Voltage |
250 VAC RMS Sea Level |
| Contact Resistance |
71 mV Drop @ 1 AMP |
| Current Rating |
1 AMP per contact |
| Durability |
200 Mating cycles min* |
| Insulation Resistance |
5000 megohms min @ 100 VDC |
| Shock |
100 gs with no discontinuties > 10 nanoseconds |
| Vibration |
20 gs with no discontinuties > 10 nanoseconds |
| Thermal Vacuum Outgassing |
1.0% max TML, 0.1% max VCM |
| Mating/Unmating Force |
7 oz. (198 g) max per contact |
| Material Specifications |
– |
| Shell Material and Finish |
Aluminum Shell, Electroless Nickel Plated Aluminum Shell, Black AnodizedAluminum Shell, Cadmium PlatedTitanium Shell, UnplatedStainless Steel Shell, Passivated |
| Insulator |
Liquid Crystal Polymer per MIL-DTL-32139 or PEEK |
| Pin |
Gold Plated BeCu |
| Socket |
Gold Plated Copper Alloy |
| Encapsulant |
Epoxy |
