F Type Connector Right Angle Jack Panel Mount Through Hole – RHT-611-0010

Cylindrical coaxial contact provides superior RF performance and excellent insertion/withdrawal characteristics
Multiple PCB mount packages: surface mount, edge mount, right angle, and straight, meets many customer application needs
Accommodates .022-.042 in. diameter conductor sizes
One connector accommodates a wide range of cable sizes, reducing part numbers

The F-type connector (also F-connector) is a coaxial RF connector. It is commonly used for “over-the-air” terrestrial TV, and cable TV. and commonly used for satellite TV and cable modems. Usually used with RG-6/U cable or with RG-59/U cable.

The F connector is an inexpensive, gendered, threaded, compression connector for radio frequency signals. It has a good 75 Ω impedance match for frequencies well over 1 GHz[2] and has usable bandwidth up to several GHz.

Application

Product Specification

RF Series	F Type
Connector Type	Jack
Contact Type	Female Pin
Orientation	Right Angle
Mounting Type	Panel Mount
Mounting Feature	Through Hole
Contact Termination Style	Solder
Fastening Type	3/8-32 Threaded
Impedance	75 ohm
Insulator Material	POM
Shell Material	Zinc Alloy
Shell Finish	Nickel Plated
Contact Material	Brass
Contact Finish	Tin Plated
VSWR	R/A type ≦ 1.3MAX, Straight type≦1.2 MAX
Frequency Range	DC-1GHz
Center Contact Resistance	≦ 10 MΩ (Milliohms Max.)
Outer Contact Resistance	≦ 5 MΩ (Milliohms Max.)、
Insultation Resistance	≥ 1000 MΩ
Mating Durability	≥ 500 Cycles
Contact Retention	20 in-lbs min.
Temperature Range	−40°C to +140°C
RF Series	F Type	Connector Type	Jack
Contact Type	Female Pin	Orientation	Right Angle
Mounting Type	Panel Mount	Mounting Feature	Through Hole
Contact Termination Style	Solder	Fastening Type	3/8-32 Threaded
Impedance	75 ohm	Insulator Material	POM
Shell Material	Zinc Alloy	Shell Finish	Nickel Plated
Contact Material	Brass	Contact Finish	Tin Plated
VSWR	R/A type ≦ 1.3MAX, Straight type≦1.2 MAX	Frequency Range	DC-1GHz
Center Contact Resistance	≦ 10 MΩ (Milliohms Max.)	Outer Contact Resistance	≦ 5 MΩ (Milliohms Max.)、
Insultation Resistance	≥ 1000 MΩ	Mating Durability	≥ 500 Cycles
Contact Retention	20 in-lbs min.	Temperature Range	−40°C to +140°C

RF Series	F Type
Connector Type	Jack
Contact Type	Female Pin
Orientation	Right Angle
Mounting Type	Panel Mount
Mounting Feature	Through Hole
Contact Termination Style	Solder
Fastening Type	3/8-32 Threaded
Impedance	75 ohm
Insulator Material	POM
Shell Material	Zinc Alloy
Shell Finish	Nickel Plated
Contact Material	Brass
Contact Finish	Tin Plated
VSWR	R/A type ≦ 1.3MAX, Straight type≦1.2 MAX
Frequency Range	DC-1GHz
Center Contact Resistance	≦ 10 MΩ (Milliohms Max.)
Outer Contact Resistance	≦ 5 MΩ (Milliohms Max.)、
Insultation Resistance	≥ 1000 MΩ
Mating Durability	≥ 500 Cycles
Contact Retention	20 in-lbs min.
Temperature Range	−40°C to +140°C

Renhotec Information

Where is your factory located? Can I visit your factory?

We have two factories, one is located in Dongguan city, another in Jiangmen city. Visitors are always welcome.

RF Connector Selection

What factors should I consider when choosing an RF connector?

Factors to consider include frequency range, impedance, insertion loss, durability, mating cycle, and environmental conditions. These factors are important to ensure optimal performance of Renhotec RF connectors.

Customization and Sample Testing

Can Renhotec customize products for us?

Yes, we offer customization services to meet your specific needs. Please provide your specification, performance requirement or drawing, photos, or samples for evaluation.

Can you provide samples for testing?

Absolutely, Renhotec provides samples for testing before proceeding with a bulk order.

Order Lead Time

What is the lead time and availability of these connectors?

Lead time depends on the product type, quantity, and production status. For items ready in stock, the lead time is 3-5 working days. For common items, the lead time for 10K is 10-12 working days. The accurate lead time can be provided once the order is confirmed.