Tunable Attenuator for High Frequency JX-AT-DCxG-xWNx
Description
JX-AT-DCxG-xWNx is a tunable attenuator for high-frequency solutions, which covering from DC-8GHz, DC-12.4GHz, DC-18GHz, DC-26.5GHz. Such kind of tunable attenuator can be adjustable from 0-69dB or 0-99dB according to the exact spec. It works for 2W or 5W according to the solutions to design it. Its switch is made of stainless lasting for long life.
As the professional manufacturer of RF passive components, our R & D team can design the components as your solution. With the promise, all components from Jingxin have 3 years guarantee.
Parameter
|
Parameter |
specification | ||||||
|
Model Number |
JX-AT-DC8G-xWNx | JX-AT-DC12.4G-xWNx | JX-AT-DC18G-xWNx | JX-AT-DC26.5G-xWNx | JX-AT-DC8G-xWNx | JX-AT-DC12.4G-xWNx | JX-AT-DC18G-xWNx |
|
Frequency Range(GHz) |
8G | 12.4G | 18G | 26.5G | 8G | 12.4G | 18G |
|
Attenuation Step Size |
0-69dB in 1dB steps | 0-99dB in 1dB steps | |||||
|
Max VSWR |
1.50 | 1.60 | 1.75 | 2.0 | 1.50 | 1.60 | 1.75 |
|
Insertion Loss(dB) |
≤1.0 | ≤1.25 | ≤1.5 | ≤2.0 | ≤1.0 | ≤1.25 | ≤1.5 |
|
Attenuation Accuracy(dB) |
±0.5dB (0~9dB) ±1.0dB (10~19dB) ±1.5dB (20~49dB) ±2.0dB (50~69dB) | ±0.8dB (0~9dB) ±1.0dB (10~19dB) ±1.5dB (20~49dB) ±2.0dB (50~69dB) | ±1.5dB (1~9dB) ±1.75dB (10~19dB) ±2.0dB (20~49dB) ±2.5dB (50~69dB) | ±0.5dB (0~9dB) ±1.0dB (10~19dB) ±1.5dB (20~49dB) ±2.0dB (50~69dB) ±2.5dB or 3.5% (70~99dB) | ±0.8dB(0~9dB) ±1.0dB(10~19dB) ±1.5dB(20~49dB) ±2.0dB(50~69dB) ±2.5dB or 3.5% (70~99dB) | ||
|
Nominal Impedance |
50 Ω | ||||||
|
Average power |
2W,5W | ||||||
|
Peak power |
200W (5μs pulse width with 1% duty cycle) | ||||||
|
Temperature Range |
0°C~+54°C | ||||||
Custom RF Passive Components
As a manufacturer of RF passive components, Jingxin can design various ones according to the clients’ applications.
Only 3 Steps to Solve Your Problem of RF Passive Component.
1. Defining the parameter by you.
2. Offering the proposal for confirmation by Jingxin.
3. Producing the prototype for trial by Jingxin.
Only 3 Steps to Solve Your Problem of RF Passive Component.
1. Defining the parameter by you.
2. Offering the proposal for confirmation by Jingxin.
3. Producing the prototype for trial by Jingxin.
