10599-22-9
IN STOCK
Volume Pricing
| 1 | $3.24 / FT |
| 250 | $3.09 / FT |
| 500 | $2.96 / FT |
| 1000 | $2.84 / FT |
| 2500 | $2.73 / FT |
Inventory Location
| Arizona | 0 FT |
| Langenselbold | 1725 FT |
| Queretaro | 0 FT |
| Swindon | 0 FT |
| Tennessee | 45243 FT |
| Texas | 0 FT |
Disclaimers
Imagery is for general reference and may not represent the actual part number. Not all products are available to every country or customer. Inventory updated daily. All stock is subject to prior sale.
Please note that all internationally sourced stock may be subject to a lead time of up to 3 weeks to be shipped, depending on your location.
| Item Extra Description | 10599-22-9 |
| Item Description | The 10599-22-9 is a Cheminax twisted pair coaxial cable with tinned copper conductor. Comes with a white radiation cross-linked modified ETFE cover and a tinned copper Jacket |
| Price Unit | MFT |
| Lead Time (Days) | 208 |
| Manufacturer Part Number | 10599-22-9 |
| Capacitance | 30 pF/ft |
| Manufacturer | TE Connectivity |
| Weight | 17.6 lbs / 1000 ft |
| Impedance | 70 |
| Temp | 200 |
| OuterJacket | 14 - Extruded White ETFE |
| Shield | Tin Plated Copper |
| Center Conductor | Tinned Copper |
10599-22-9 controlled electrical cables are used in the aircraft and aerospace industries. They have a wide range of applications in missiles, avionics, radiofrequency and microwave systems, computers, security and surveillance systems, and communications. 10599-22-9 coaxial cables was designed to solve interconnect problems in electronic systems, such as computers, military equipment, and other areas of high-density packing, where cables are required to perform to more exacting specifications than standard radio-grade (RG) constructions. TE’s advanced materials technology has allowed the design and development of 10599-22-9 miniature coaxial cables that offer substantial savings in size and weight while improving mechanical performance and reducing attenuation. Cables can be designed that are either smaller and lighter than standard RG cables or provide significantly lower attenuation and capacitance with no significant increase in size.
