Optical Delay Line Solution
Optical Delay Line Solution
More Flexible and Reliable ODL Modules
Optical Delay Line (ODL) is an instrument to prolong the signal on purpose from one end to the other end, it converts the RF signal to optical signal and propagate a predetermined length of fiber and finally the optical signal is converted to RF signal.
When an optical light is passing through a series of optical switches, the selected delay signal can then be performed and controlled.Using up to 12 predefined time delay values in ODL units that configure up to 4,096 delay combinations. It is quite suitable tool for a Radar testing, remote radar calibration and Radar for automotive testing purposes.
Zequn Technologies can offer a wide range of delay time, from nanosecond to microsecond with different RF frequencies, from 3GHz to 40GHz. We are good at controlling the accurate timing. The Delay Accuracy is within 0.5ns. We can also provide an additional function for dynamically adjusting the in-line output Gain with great accuracy.
![下載(1)](https://www.zequntek.com/wp-content/uploads/2022/04/下載1.png)
![ENA_ScreenShot Typical Gain Spectrum](https://www.zequntek.com/wp-content/uploads/2022/05/ENA_ScreenShot.jpg)
Typical Gain Spectrum
![11111211_0 Delay Accuracy within 0.5ns](https://www.zequntek.com/wp-content/uploads/2022/05/11111211_0-1024x528.png)
Delay Accuracy within 0.5ns
![ODF-removebg (1) Delay Accuracy within 0.5ns](https://www.zequntek.com/wp-content/uploads/2022/05/ODF-removebg-1-1024x578.png)
Key Features
- High Reliability & Accuracy Timing (within 0.5ns)
- Wide Delay Range (from nanoseconds to milliseconds)
- Programmable and Flexible Timing Control (Contact us for more delay states, up to 4096)
- Adjustable Output Gain (Attenuation Embedded, Option)
- Stable Output Gain by Self-Monitoring
- Supports S-Band (3G~40G)
![ZQ ODL 643](https://www.zequntek.com/wp-content/uploads/2022/05/ZQ-ODL-643.png)
Applications
![interactive (1)](https://www.zequntek.com/wp-content/uploads/2022/04/interactive-1.png)
Automatic Test & Measurement
![interactive](https://www.zequntek.com/wp-content/uploads/2022/04/interactive.png)
Path Delay Simulation
![radar](https://www.zequntek.com/wp-content/uploads/2022/04/radar.png)
Radar Systems and RF Communications
![auto-parking](https://www.zequntek.com/wp-content/uploads/2022/04/auto-parking.png)
Automotive Radar Test
Datasheet
Parameter | Specification(Typical) | Unit |
Step Number | 4 (custom) | |
Time Delay, Td | Ch0: 10 Ch1: 1 (User Defined) Ch2: 10 (User Defined) Ch3: 100 (User Defined) Ch4: 1000 (User Defined) |
ns |
Time Delay Accuracy, Tac | ±(0.5% of Td) | ns |
Switching Time | ≤5 | ms |
RF Parameters | ||
Frequency Range | 0.0005 – 3 (S band) | GHz |
Delay Range | 0.001 to 500 | μsec |
Delay Steps | Up to 4,096 delay steps | |
Delay Steps Time | 0.667 | ns |
Delay Accuracy | 0.5 | ns |
Delay Repeatability | 0.05 | % |
1dB Compression Point Range | 0 to -33 | dBm |
Input Level | ≤ +10 | dBm |
Gain | >14 @3GHz (varied upon Channel Number) (User Defined) | dB |
Gain Flatness | ±2 | dB |
Harmonics | 45 @-10dBm | dBc |
Spur | 55 | dBc |
SFDR | 105 | dB/Hz |
P1 Power | 0 | dBm |
Return Loss, RL | >15 (S11 & S22) | dB |
Noise Figure, Nf | <31 | dB |
Contact Us
Please contact ZeQun Technologies for more customization and system integration details.