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Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter

Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter

Brand Name: ZXY
Model Number: ZXY
MOQ: Negotiable
Price: Negotiable
Packaging Details: Carton
Payment Terms: T/T
Detail Information
Place of Origin:
Huizhou.China
Certification:
RoHS、ISO9001、CE
Applied:
Microphone
Product Name:
Microphone Transformer
Color:
Yellow
Core Material:
Ferrite
Feature:
Stability
Typical Operating Temperature Range:
-40°C To +70°C
Product Description

Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter

1.Product Description

This is a core signal processing and power filtering system specifically designed for high-end professional audio equipment, particularly vacuum tube microphones. The system employs audio transformers to achieve precise impedance matching and signal isolation, ensuring warm, rich sound quality with exceptionally low background noise. Ferrite core inductors effectively suppress high-frequency and radio-frequency interference, purifying signal transmission. High-power filters deliver pure, stable DC power, significantly reducing AC ripple. All components work in concert to guarantee the microphone's operational stability, high signal-to-noise ratio, and exceptional audio performance in complex electromagnetic environments. This system is an essential accessory for achieving broadcast-grade sound quality and reliability.

 

Three Core Functions:

1. Signal Processing and Optimization

Impedance Matching: The core function of microphone/audio transformers. It converts the high impedance of the microphone capsule into a lower impedance more suitable for long-distance transmission and amplifier reception. This enables efficient signal energy transfer, significantly enhancing signal strength, improving frequency response (especially at low frequencies), and reducing distortion.

 

Signal Isolation: Transformers transmit signals via electromagnetic induction, severing the direct electrical connection between the microphone circuit and subsequent equipment. This completely eliminates ground loop hum, forming the foundation for clean audio.

 

Tone Shaping: High-quality transformers introduce mild harmonic distortion, creating the so-called “Transformer Sound.” This adds warmth, thickness, and an analog character to the sound—a signature tone sought after in many professional audio devices.

 

2. Noise Suppression and Purification

Suppress EMI/RFI: Ferrite cores (magnetic beads) are specifically designed to filter out high-frequency noise. Acting as a barrier, they effectively absorb radio frequency interference from external sources like cell phones, Wi-Fi, and lighting, preventing it from entering the audio signal path and ensuring signal purity.

 

Power Purification: High-power filters serve as the “guardian” of the power supply system. They filter out AC ripple and various noise components from the power source, delivering exceptionally pure and smooth DC power to the microphone. This is the most critical prerequisite for achieving extremely low background noise.

 

3. Power Stability and Protection

Provide Stable Voltage: High-power filters handle significant power fluctuations and surge currents, delivering highly stable DC voltage. This ensures the microphone's precision amplification circuitry—particularly vacuum tubes—operates consistently at peak performance, guaranteeing reliability and uniform performance.

 

System Protection: Through filtering and voltage stabilization, these components shield expensive microphone capsules and amplification circuits from damage caused by voltage fluctuations and surge impacts, thereby extending equipment lifespan.

 

2.Performance Characteristics

 

Component Primary Function Key Performance Characteristics
Microphone / Audio Transformer Signal Coupling & Impedance Matching • High Impedance Ratio: Provides precise impedance matching between microphone capsule and output circuitry.
• Excellent Signal Isolation: Breaks ground loops, eliminating hum and buzz.
• Wide Frequency Response: Ensures minimal signal loss across the audible spectrum (e.g., 20Hz-20kHz).
• Low Distortion: Maintains signal integrity with minimal harmonic and intermodulation distortion (THD < 0.x%).
• High Common-Mode Rejection: Effectively rejects noise picked up by both signal lines.
Magnet Ring (Inductance Coil) EMI/RFI Suppression • High-Frequency Noise Attenuation: Effectively suppresses RFI and electromagnetic interference (EMI).
• High Impedance at Target Frequencies: Presents high impedance to noise signals while allowing audio frequencies to pass.
• High Saturation Current: Handles high signal currents without magnetic saturation or performance loss.
• Stable Inductance Value: Maintains consistent performance across its specified temperature range.
High Power Filter Power Supply Conditioning • Low Ripple & Noise: Drastically reduces AC ripple and noise on the DC output voltage (e.g., < 1mV ripple).
• High Power Handling: Capable of supplying stable voltage and current required for high-demand circuits (e.g., tube microphones).
• High Efficiency: Minimizes power loss and heat generation during operation.
• Excellent Load Regulation: Maintains a stable output voltage despite variations in the current draw.
• Over-Current/Surge Protection: Often includes protection circuits to safeguard connected equipment.
Collective System Performance Professional Audio Signal Path • Exceptionally Low Noise Floor: Achieves a high signal-to-noise ratio (SNR).
• Superior Signal Integrity: Ensures clean, uncolored, and accurate audio transmission.
• High Reliability & Stability: Designed for continuous operation with robust temperature and load tolerance.
• Effective Ground Loop & Noise Elimination: Comprehensive protection against various types of interference.

 

Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 0Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 1Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 2Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 3Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 4

3.Other Recommended Produtcs

Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 5

4.Company Profile

Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 6Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 7Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 8

Good price  online

Products Details

Home > Products >
Audio Transformer
>
Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter

Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter

Brand Name: ZXY
Model Number: ZXY
MOQ: Negotiable
Price: Negotiable
Packaging Details: Carton
Payment Terms: T/T
Detail Information
Place of Origin:
Huizhou.China
Brand Name:
ZXY
Certification:
RoHS、ISO9001、CE
Model Number:
ZXY
Applied:
Microphone
Product Name:
Microphone Transformer
Color:
Yellow
Core Material:
Ferrite
Feature:
Stability
Typical Operating Temperature Range:
-40°C To +70°C
Minimum Order Quantity:
Negotiable
Price:
Negotiable
Packaging Details:
Carton
Delivery Time:
3-4 Weeks
Payment Terms:
T/T
Product Description

Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter

1.Product Description

This is a core signal processing and power filtering system specifically designed for high-end professional audio equipment, particularly vacuum tube microphones. The system employs audio transformers to achieve precise impedance matching and signal isolation, ensuring warm, rich sound quality with exceptionally low background noise. Ferrite core inductors effectively suppress high-frequency and radio-frequency interference, purifying signal transmission. High-power filters deliver pure, stable DC power, significantly reducing AC ripple. All components work in concert to guarantee the microphone's operational stability, high signal-to-noise ratio, and exceptional audio performance in complex electromagnetic environments. This system is an essential accessory for achieving broadcast-grade sound quality and reliability.

 

Three Core Functions:

1. Signal Processing and Optimization

Impedance Matching: The core function of microphone/audio transformers. It converts the high impedance of the microphone capsule into a lower impedance more suitable for long-distance transmission and amplifier reception. This enables efficient signal energy transfer, significantly enhancing signal strength, improving frequency response (especially at low frequencies), and reducing distortion.

 

Signal Isolation: Transformers transmit signals via electromagnetic induction, severing the direct electrical connection between the microphone circuit and subsequent equipment. This completely eliminates ground loop hum, forming the foundation for clean audio.

 

Tone Shaping: High-quality transformers introduce mild harmonic distortion, creating the so-called “Transformer Sound.” This adds warmth, thickness, and an analog character to the sound—a signature tone sought after in many professional audio devices.

 

2. Noise Suppression and Purification

Suppress EMI/RFI: Ferrite cores (magnetic beads) are specifically designed to filter out high-frequency noise. Acting as a barrier, they effectively absorb radio frequency interference from external sources like cell phones, Wi-Fi, and lighting, preventing it from entering the audio signal path and ensuring signal purity.

 

Power Purification: High-power filters serve as the “guardian” of the power supply system. They filter out AC ripple and various noise components from the power source, delivering exceptionally pure and smooth DC power to the microphone. This is the most critical prerequisite for achieving extremely low background noise.

 

3. Power Stability and Protection

Provide Stable Voltage: High-power filters handle significant power fluctuations and surge currents, delivering highly stable DC voltage. This ensures the microphone's precision amplification circuitry—particularly vacuum tubes—operates consistently at peak performance, guaranteeing reliability and uniform performance.

 

System Protection: Through filtering and voltage stabilization, these components shield expensive microphone capsules and amplification circuits from damage caused by voltage fluctuations and surge impacts, thereby extending equipment lifespan.

 

2.Performance Characteristics

 

Component Primary Function Key Performance Characteristics
Microphone / Audio Transformer Signal Coupling & Impedance Matching • High Impedance Ratio: Provides precise impedance matching between microphone capsule and output circuitry.
• Excellent Signal Isolation: Breaks ground loops, eliminating hum and buzz.
• Wide Frequency Response: Ensures minimal signal loss across the audible spectrum (e.g., 20Hz-20kHz).
• Low Distortion: Maintains signal integrity with minimal harmonic and intermodulation distortion (THD < 0.x%).
• High Common-Mode Rejection: Effectively rejects noise picked up by both signal lines.
Magnet Ring (Inductance Coil) EMI/RFI Suppression • High-Frequency Noise Attenuation: Effectively suppresses RFI and electromagnetic interference (EMI).
• High Impedance at Target Frequencies: Presents high impedance to noise signals while allowing audio frequencies to pass.
• High Saturation Current: Handles high signal currents without magnetic saturation or performance loss.
• Stable Inductance Value: Maintains consistent performance across its specified temperature range.
High Power Filter Power Supply Conditioning • Low Ripple & Noise: Drastically reduces AC ripple and noise on the DC output voltage (e.g., < 1mV ripple).
• High Power Handling: Capable of supplying stable voltage and current required for high-demand circuits (e.g., tube microphones).
• High Efficiency: Minimizes power loss and heat generation during operation.
• Excellent Load Regulation: Maintains a stable output voltage despite variations in the current draw.
• Over-Current/Surge Protection: Often includes protection circuits to safeguard connected equipment.
Collective System Performance Professional Audio Signal Path • Exceptionally Low Noise Floor: Achieves a high signal-to-noise ratio (SNR).
• Superior Signal Integrity: Ensures clean, uncolored, and accurate audio transmission.
• High Reliability & Stability: Designed for continuous operation with robust temperature and load tolerance.
• Effective Ground Loop & Noise Elimination: Comprehensive protection against various types of interference.

 

Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 0Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 1Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 2Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 3Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 4

3.Other Recommended Produtcs

Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 5

4.Company Profile

Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 6Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 7Microphone Transformer Audio Transformer Magnet Ring Coil High Power Filter 8