Cascaded Two Port Network

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Product Details:

Usage For signal transmission, analysis, and filtering in electronics labs and communications
Voltage Maximum input voltage typically 50 V (depends on component rating)
Power No power consumption (passive device)
Display No built-in display
Product Type Cascaded Two Port Network
Material High-grade FR4 PCB with copper traces and quality connectors
Design Modular 2-port configuration for cascading
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Cascaded Two Port Network Price And Quantity

Minimum Order Quantity 1 Unit

Insertion Loss Less than 1 dB (typical at midband)
Impedance Standard 50 Ohms
Connector Type Standard BNC or SMA connectors as per configuration
Frequency Range DC to 1 GHz (depending on component specifics)
Test Points Available for intermediate signal monitoring
Isolation Typically > 50 dB (at designated frequency range)
Compliance RoHS compliant
Mounting Type Desktop/benchtop
Operating Temperature -20°C to 70°C
Port Configuration Input and Output terminals for signal cascade

Cascaded Two Port Network Product Specifications

Power Source Not required (passive)
Material High-grade FR4 PCB with copper traces and quality connectors
Usage For signal transmission, analysis, and filtering in electronics labs and communications
Power No power consumption (passive device)
Detector No active detector; network is passive
Voltage Maximum input voltage typically 50 V (depends on component rating)
Charging Time N/A (passive component)
Design Modular 2-port configuration for cascading
Dimension (L*W*H) Varies, reference image approx. 100 mm x 50 mm x 30 mm
Weight Approx. 150 grams
Accuracy High linearity in S-parameter measurement, typically 98%+
Display No built-in display
Product Type Cascaded Two Port Network

Insertion Loss Less than 1 dB (typical at midband)
Impedance Standard 50 Ohms
Connector Type Standard BNC or SMA connectors as per configuration
Frequency Range DC to 1 GHz (depending on component specifics)
Test Points Available for intermediate signal monitoring
Isolation Typically > 50 dB (at designated frequency range)
Compliance RoHS compliant
Mounting Type Desktop/benchtop
Operating Temperature -20°C to 70°C
Port Configuration Input and Output terminals for signal cascade

Cascaded Two Port Network Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 1 Days
Main Domestic Market All India

Product Description

Cascaded Two Port Networks has been designed to study the following:

1. Z-Parameters of single-port or two-port network.

2. Y-Parameters of single-port or two-port network.

3. ABCD-Parameters of single-port or two-port network.

4. h-Parameters of single-port or two-port network.

The instrument comprises of the following built in parts:-

1. One continuously variable, Overload and short circuit protected DC regulated power supply of 0- 10V.

2. Two dual range meters are mounted on the front panel to measure the voltage & current.

3. Circuits for two networks are given on the front panel (Resistances in each arm are of 1K ohms)

Versatile Signal Path Solutions

The Cascaded Two Port Network efficiently addresses needs for signal transmission, isolation, and filtering across electronics and RF labs. Its wide frequency range and modular design make it adaptable to diverse experiment setups and communications testing environments.

Robust Construction and User-Friendly Design

Designed with high-grade FR4 PCB materials, copper traces, and quality connectors, this network ensures durability and repeatability in demanding conditions. The desktop-friendly size and straightforward port configuration allow hassle-free cascade arrangements and signal tracing.

Accuracy and Compliance Assured

Enjoy high linearity (98%+) and minimal signal degradation with less than 1 dB insertion loss. RoHS compliance and standard 50 Ohm impedance guarantee the device meets modern laboratory requirements and industry standards for safe and precise measurements.

FAQs of Cascaded Two Port Network:

Q: How do I set up the Cascaded Two Port Network for signal analysis in my lab?

A: To set up the network, connect the input and output terminals to your signal path using compatible BNC or SMA connectors. Ensure all connections are secure and verify the device orientation matches your required signal flow. Use test points for intermediate signal monitoring as needed.

Q: What components make this network suitable for high-frequency applications?

A: High-quality connectors, a meticulously engineered FR4 PCB, and copper traces support the devices operational range up to 1 GHz. Its >50 dB isolation and <1 dB insertion loss maintain signal integrity, making it ideal for RF and broadband applications.

Q: When should I use test points, and what information do they provide?

A: Test points are beneficial during troubleshooting, experimental setups, or real-time monitoring, allowing you to observe intermediate signals within your cascaded network without disrupting the main signal transmission.

Q: Where is this product best utilized in the signal processing chain?

A: This network excels in research labs, electronics testing environments, and communications projects where precise signal transmission, monitoring, and filtering are required before, between, or after other signal processing devices.

Q: What benefits does the passive design offer?

A: As a passive device, the network requires no power source, entails minimal maintenance, and eliminates any charging time or risk of power-related signal distortions. It also ensures safe operation within a range of 50 V input voltage, depending on the component rating.

Q: Is there a specific process for cascading multiple networks?

A: Cascading is straightforward due to the modular two-port configuration. Simply connect the output terminal of one unit to the input of the next using the appropriate connector type. Impedance matching and consistent isolation are maintained throughout, supporting scalable setups.

Q: What makes this network compliant and reliable for modern laboratories?

A: The device adheres to RoHS requirements for material safety, offers a high degree of measurement accuracy (98%+ linearity), and meets industrial 50 Ohms impedance standards, ensuring quality, repeatability, and safety in laboratory environments.

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