4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.

4.3-10 adapters Features： Allow to interface 4.3-10 connectors with N, 7-16 DIN, 4.3-10 or SMA connectors; Same design as 7-16 connectors , smaller up to 40% lighter; Designs IP67, and provide excellent VSWR performance up to 6GHz; Very stable PIM performance, allowing for easier installation; Silver plated contacts and White Bronze plated bodies offer a high-degree of conductivity, corrosion resistance, and durability; Applications low passive intermodulation or PIM.