XZP High-Speed Microwave Photodetector

XZP50T | Microwave Photodetector

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XZP50T | 30 GHz High Speed Photodetector with Linear TIA The XZP50T is a state-of-the-art High Speed Photodetector with Linear TIA engineered for next-generation optical-to-electrical detection. It provides a massive bandwidth over 30 GHz. Furthermore, it supports 50G PAM4 applications with exceptional linearity. Consequently, it is the perfect choice for high-speed data center links and advanced telecommunications.

  • High-Speed Performance: It offers a 30 GHz bandwidth with a consistently flat frequency response.

  • Integrated Linear TIA: The built-in amplifier ensures high responsivity and excellent signal integrity.

  • 50G PAM4 Support: Our engineers optimized this device for high-level modulation formats.

  • Precision Matching: It matches a 56 Ω impedance perfectly to minimize RF reflections.

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Description

XZP50T | Advanced High Speed Photodetector with Linear TIA

The XZP50T represents a significant leap in optical detection technology. As a professional High Speed Photodetector with Linear TIA, it provides a bandwidth exceeding 30 GHz. Our team developed this model specifically for direct optical-to-electrical conversion in high-capacity networks. Specifically, a single-mode fiber supplies the optical input. Therefore, the device maintains superior signal quality across various industrial and laboratory environments.

🔬 High-Performance Detection and Linearity

This High Speed Photodetector with Linear TIA operates efficiently over a wide range of wavelengths. Because it features high and linear responsivity, it reproduces complex optical signals with extreme accuracy. Consequently, it excels in modern 50G PAM4 transmission systems.

  • Broadband Coverage: The system delivers a flat response up to 30 GHz.

  • Optimized for PAM4: It handles multi-level signaling formats effortlessly.

  • Minimized Noise: The low dark current design reduces background interference. Thus, it provides a cleaner output for sensitive high-speed measurements.

📡 Integrated Bias Network and Design

One major advantage of this High Speed Photodetector with Linear TIA is its sophisticated internal architecture. The device incorporates a unique on-chip integrated bias network. This internal bias tee connects the detector chip directly to both the bias voltage input and the AC-coupled RF signal output.

Furthermore, the AC-coupled design enhances the stability of high-frequency signal paths. Because our engineers focused on high-speed data standards, the photodetector matches a 56 Ω load perfectly. Additionally, the XZP50T supports multiple connector configurations. These options make the device highly adaptable for current optical fiber communication standards.

Why Choose XZP50T?

When your application requires high speed and linear amplification, the XZP50T stands as the premier choice. It offers unmatched responsivity due to the integrated TIA. Moreover, the on-chip bias network simplifies your overall system design significantly. By choosing this High Speed Photodetector with Linear TIA, you invest in a reliable and high-precision instrument. Therefore, it provides long-term stability for all your advanced microwave photonics projects.

Need a version without an integrated TIA? Explore our XZP35A 35 GHz Microwave Photodetector.

Technical Specifications

Operating Temperature

-4–185 °F (-20–85 °C)
Response Spectrum

1100–1650 nm
Responsivity

0.45 A/W
Optical Return Loss

30–35 dB
Max. Optical Input Power

1-3 mW
Supply Current

60–70 mA
Supply Voltage

3.0–3.6 V
Transimpedance Gain

1.25-3 kΩ
Limited Output Voltage Swing

225 mVₚₚ
3 dB Bandwidth

30-34 GHz
Low Frequency Cutoff

10-100 MHz
Output Resistance

45–60 Ω

More Details

CUSTOM CONFIGURATIONS
Customize the fiber type, optical connector, and RF connector using the following code system:

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XZP12T
Product
Model
–
 
 
1
Fiber
Type
1
Optical
Connector
K
RF
Connector
L
Wavelength
Range
Code Fiber Type
1 9 / 125 SM
2 50 / 125 MM
Code Optical Connector
0 No connector
1 FC / APC
2 FC / PC
3 Custom
Code RF Connector
K SMA-K / Female
J SMA-J / Male
Code Wavelength Range
L Long wavelengths
S Short wavelengths
A All wavelengths
 

DATA SHEET
To request a full data sheet, please contact us.

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