Frequency Converter and Source

Your Professional Frequency Converter and Source Supplier!

Hong Kong EverBloom Co.,Limited leverages over 20 years of industry expertise as a high-tech enterprise specializing in Solid-state storage devices,tantalum capacitors,radar systems,AI visual recognition modules ect.We integrate R&D, production, sales, and export operations, serving civil, industrial, and defense applications. Our core products SSD, DDR modules, memory modules, storage chips, High-performance tantalum capacitors, UAVs, Power Converters, Radar & anti-jamming systems, Electro-Optical Pod, Visual Navigation Systems, AI Recognition & Tracking Modules.

Why Choose Us

Professional Certifications

We have obtained numerous international certifications, including CE, FCC, ISO, and RoHS, ensuring our products meet global market access requirements and technical standards.

Professional R&D Team

We currently have over 1,800 employees, approximately 70% of whom are R&D technicians. They possess deep technical expertise and continuous innovation capabilities, enabling them to support the technical development needs of complex projects.

Customized Services

We offer customized design and optimization services tailored to our customers' specific needs and application scenarios. Relying on a rigorous quality control system and standardized production management processes, we ensure that every step meets international standards and meets our customers' individual requirements.

Extensive Experience

With over 20 years of industry application experience, we integrate R&D, production, sales, and export operations. Our products are widely used in key areas such as defense technology, aerospace, intelligent monitoring systems, and high-end equipment manufacturing, accumulating a solid foundation of industry experience.

Specification

Parameter		Test Conditions	Minimum value	Typical value	Maximum value	Unit
Input reference characteristics	Input Frequency		-	-	200	MHz
Input reference characteristics	Input Sensitivity		0.2	-	1.2	Vp-p
PFD	PFD Frequency		5	-	50	MHz
CP	Current	0.5V≤CPOUT≤2.8V	-	0.4	-	mA
	Charge-discharge current mismatch		-	1	-	%
	ICP vs. VTUNE		-	1.5	-	%
	ICP vs. Temperature		-	2	-	%
Logic inputs	Input High VoltageV		-	3.3	-	V
Logic inputs	Input Low VoltageV		-	0	-	V
Logic outputs	Output High VoltageVOH		-	3.3	-	V
Logic outputs	Output Low VoltageVOL		-	0	-	V
Supply	AVDD_PD_H=AVDD_PRD_H=AVDD_MD_H =DVDD_DIG_H=AVDD_DIV_H= AVDD_BUFF_H=AVDD_MUX_H= AVDD_VCO2_H=AVDD_VCO1_H= AVDD_BG_H=AVDD_CP_H	-	3.15	3.3	3.45	V
Supply	AVDD_PRD_L=AVDD_MD_L= AVDD_BF_L=DVDD_DIG_L=AVDD_DIV_L =AVDD_MUX_L=AVDD_VCO2_L		1.15	1.2	1.25	V

Types of Frequency Converter

Static Frequency Converters

Utilize static operations to successfully convert power using technologies such as IGBTs (Insulated Gate Bipolar Transistors).

Rotary Frequency Converters

Use a rotating generator set to achieve frequency conversion and are typically utilized in higher power applications.

Principal Benefits of Frequency Converter

Saving energy

Frequency converters can speed-adjust the motors to what is required, optimize utilization of energy and avoid wastage.
Extend equipment lifespan

By maintaining control over the speed of the motor, wear and tear in the mechanical process is reduced and the lifespan of the equipment extended.
Precise speed control

Frequency converters are able to exactly control the speed of the motor, enhancing the efficiency of production.
Less current shock

Frequency converters reduce the shock to electrical equipment and lower the maintenance cost by limiting starting current and voltage fluctuation.

Basic Principles of Frequency Converter

The operation of VFDs is based on some significant components, which work in coordination with one another to ensure efficient frequency conversion:

Rectifier

Provides the input AC power to DC power.

Intermediate circuit

Smoothes and filters the DC power received from rectification for a constant supply of DC power to the inverter.

Inverter

Converts the smooth DC power to AC power and adjusts the voltage and frequency to meet the speed requirements of the motor.

Control circuit

Receives feedback signals from the motor and the grid, controls the switching frequency and voltage of the inverter, and ensures safe and stable operation of the VFD.

Applications of Frequency Converter

Aviation and Military

These industries require 400Hz systems, and the majority of these aviation and military systems operate on this frequency.

Railway

Railway equipment and signaling systems may use frequencies such as 25Hz, 91.66Hz, or 100Hz.

Marine Applications

Terminal and ship connections require shore power converters to enable power of variable frequencies.

Laboratories and Testing

The majority of laboratory and test applications require frequency converters in order to support special or varying frequency requirements.

Hydropower

Hydroelectric power stations deliver some power in 25Hz, so frequency converters are necessary to connect other systems.

The Role Of Frequency Source

Frequency Source is a device used to generate a specified frequency signal to test or calibrate various measuring instruments and electronic systems. It can produce signals in a wide range of frequencies, from low frequencies in Hertz (Hz) to high frequencies in Megahertz (MHz) or Gigahertz (GHz).

Types of Frequency Source

Signal Generator Used to generate various types of frequency signals, such as Sine Wave, Square Wave, suitable for testing electronic devices.

Oscillator Generates a constant frequency signal Used in electronic circuits such as radio transmitters.

Synthesized Signal Generator High accuracy and fine frequency adjustment Used in testing communication systems.

Frequency Source Usage and Key Features

● Calibration of measuring instruments such as oscilloscopes or spectrum meters to ensure that the instruments work according to standards.

● Testing communication systems, checking the quality of radio and digital signals.

● Research and development, creating signals to test new electronic circuits and systems.

● Accuracy Requires high precision in determining frequency values. To make the measurement results reliable.

● Stability The generated frequency signal must be stable, not fluctuating.

● Frequency range Should cover the frequency range from low to high according to various applications.

Order Process

Contact Customer Service

Submit Order

Obtain a Quote

Confirm Order

Arrange Payment

Track Order

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Packaging and Shipping

Packaging	Anti-static packaging.
Transportation methods	Road transport, rail transport, sea transport, air transport.

Our Certificate

FAQ

Q: What is a frequency source?

A: A frequency source is defined as a source where radio frequency (rf) energy is inductively coupled into an electrical conductor, such as metals or carbon, to heat the source material directly or to heat a container, known as a susceptor, that holds the source material.

Q: How are the internal registers controlled?

A: All registers are controlled through a standard Serial Peripheral Interface (SPI).

Q: Does the product support free samples or trial shipping?

A: Yes, we provide free samples and trial units upon request to qualified customers.

Q: What is the MOQ?

A: The MOQ is 10 pieces, making it convenient for small-batch testing and applications.

Q: Are these devices suitable for integration into RF link systems?

A: Absolutely, their low phase noise, wide output range, and programmable dividers make them ideal for RF link systems requiring stable frequency synthesis.

As one of the leading frequency converter and source manufacturers and suppliers in China, we also support customized service. We warmly welcome you to wholesale advanced frequency converter and source in stock here from our factory. Quality products and reasonable price are available.

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