FREQUENCY METERS FOR X-BAND BEND

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FREQUENCY METERS FOR X-BAND BEND Specification

Type
Frequency Meter for X-Band Bend

Material
Aluminum Alloy, Precision Components

Size
Standard X-Band Waveguide Size

Input Voltage
Not Required (Passive Device)

Color
Silver / Metallic

Dimension (L*W*H)
Approx. 150mm x 80mm x 50mm

Capacity
Detects Frequency Range as Per X-Band

Noise Level
Negligible / Passive Operation

Operating Temperature
-10°C to 50°C

Dial Type
Rotary Analog Scale

Scale Accuracy
±0.05 GHz

Ambient Humidity Tolerance
Up to 80% RH

Calibration
Factory Calibrated

Body Finish
Electro-Plated / Anti-Corrosive

Connector Type
Flanged Waveguide Input & Output

Application
Microwave Frequency Measurement

Waveguide Interface
WR-90

Frequency Range
8 GHz to 12 GHz (X-Band)

Display Type
Mechanical Analog

Measurement Principle
Absorption Type Mechanical Dial

About FREQUENCY METERS FOR X-BAND BEND

Experience the reduced expenditure on frequency measurement with our sensational Frequency Meters for X-Band Bend (8 GHz to 12 GHz), highly recommended for elite microwave applications. Engineered with precision components and a radiant, electro-plated finish, this mechanical dial device offers unsurpassed scale accuracy of 0.05 GHz. With flanged WR-90 waveguide interfaces, it ensures a last chance opportunity to secure a premium solution for microwave frequency analysis. Factory calibrated for reliability, its anti-corrosive aluminum alloy body guarantees durability and superior performance even under demanding conditions. Perfect for distributors, exporters, manufacturers, suppliers, and traders in India.

Versatile Application Areas & Direction of Use

The frequency meters for X-Band Bend serve a broad range of microwave frequency measurement applications, including field testing, laboratory analysis, and wireless communication setups. Direction of use involves simply connecting the WR-90 waveguide interface and rotating the mechanical dial for accurate analog readings. This elite device is optimized for usage in research, telecom, and defense sectors, providing precise detection for critical environments.

Main Export Markets & Order Completion Process

Our frequency meters are extensively exported to markets across Asia, Europe, and North America. Samples are available for evaluation before order completion, ensuring meticulous satisfaction. Our sample policy ensures swift shipment upon request and minimal expenditure due to our competitive pricing. Once the order is confirmed, shipment is arranged promptly to ensure timely delivery. Reliability and customer satisfaction remain our highest priorities throughout the process.

FAQ's of FREQUENCY METERS FOR X-BAND BEND:

Q: How do I use the Frequency Meter for X-Band Bend?

A: Simply connect the WR-90 flanged waveguide input and output to your microwave setup, then rotate the analog dial to measure frequencies accurately within the 8 GHz to 12 GHz X-Band range.

Q: What are the key application areas for this frequency meter?

A: This device is ideal for microwave frequency measurement in laboratory testing, wireless communication, field applications, and defense electronics where precision and reliability are critical.

Q: When can I request a sample before placing a full order?

A: Samples are available for potential buyers prior to order completion. You can contact us directly to discuss sample policy and arrange shipment according to your requirements.

Q: Where is the Frequency Meter for X-Band primarily exported?

A: Our frequency meters are exported to major markets in Asia, Europe, and North America, meeting international standards for elite microwave applications.

Q: What is the process of calibration and maintenance for the frequency meter?

A: Each unit is factory calibrated for immediate use, requiring minimal maintenance due to its passive mechanical operation and anti-corrosive finish. Periodic cleaning of the waveguide interface ensures optimal performance.

Q: What are the benefits of using a mechanical analog display for frequency measurement?

A: Mechanical analog displays offer high reliability, real-time readings, and durability in both field and laboratory environments without requiring input voltage, making them highly recommended for demanding conditions.

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