Description
716P-NP-SLP is a Low PIM 7/16 DIN Male to N Type Male between series adapter manufactured by HASCO Components. PIM is the term used to describe the unwanted signals created by multiple frequencies traveling through the same interface. This connector is identified as Low PIM because of its PIM performance of - 168 dBc. The types of Low PIM connectors and adapters are 7/16 DIN, N-Type and the newer 4.3-10. Bulkhead adapters and right angle adapters are also available from HASCO Components. HASCO Cage Code: OT8L4
« Click Here for the 716P-NP-SLP Outline Drawing « Click Here for the 716P-NP-SLP Datasheet
Features:
- VSWR: DC to 6.0 GHz...1.2:1 max.
- Impedence: 50 Ohms
- PIM: <-168 dBc (at 1800 MHz, 43dBm per two tone)
- Inner Conductor: Silver Plated Phos. Bronze
- Outer Conductor: Silver/Trimetal Plated Brass
- Dielectric: PTFE
- Adapter Body Style:
- Straight
- Connector 1 Gender:
- Male
- Connector 1 Mount:
- Inline
- Connector 1 Series:
- 7/16 DIN
- Connector 2 Gender:
- Male
- Connector 2 Mount:
- Inline
- Connector 2 Series:
- N
- Frequency, Max:
- 6 GHz
- Frequency, Min:
- DC
- Type:
- Between-Series
- Type:
- Low PIM
- Connector 1 Series:
- N
- Connector 2 Series:
- 7/16 DIN
PRODUCT DETAILS
716P-NP-SLP is a Low PIM 7/16 DIN Male to N Type Male between series adapter manufactured by HASCO Components. PIM is the term used to describe the unwanted signals created by multiple frequencies traveling through the same interface. This connector is identified as Low PIM because of its PIM performance of - 168 dBc. The types of Low PIM connectors and adapters are 7/16 DIN, N-Type and the newer 4.3-10. Bulkhead adapters and right angle adapters are also available from HASCO Components. HASCO Cage Code: OT8L4
« Click Here for the 716P-NP-SLP Outline Drawing « Click Here for the 716P-NP-SLP Datasheet
Features:
- VSWR: DC to 6.0 GHz...1.2:1 max.
- Impedence: 50 Ohms
- PIM: <-168 dBc (at 1800 MHz, 43dBm per two tone)
- Inner Conductor: Silver Plated Phos. Bronze
- Outer Conductor: Silver/Trimetal Plated Brass
- Dielectric: PTFE