News- Changzhou Haoxiang Electronics Co., Ltd: TDA Company

06 Jun

What is the Difference Between a Piezo Buzzer and a Normal Buzzer?

Buzzers are essential audio signaling components used in a wide range of electronic applications, from alarm systems to household appliances. They produce sound when electrical energy is applied, acti...

26 May

What is the typical detection range and resolution of the ultrasonic sensor?

The detection range of an ultrasonic sensor refers to the minimum and maximum distances within which the sensor can reliably detect an object. This range varies based on the sensor’s design, operating...

20 May

In What Ways Does a Piezo Buzzer Offer Unique Advantages Over Electromagnetic Sound Devices in Modern Electronics?

As compact electronic systems become increasingly prevalent—from wearable devices to industrial automation panels—the demand for reliable, space-efficient sound signaling components has surged. Among ...

13 May

Piezo Buzzers: The Overlooked Backbone of Modern Electronics or a Technological Relic in Disguise?

From the gentle beep of a microwave timer to the urgent alarms in medical devices, piezo buzzers permeate daily life with their unmistakable sound. Yet, despite their ubiquity, these compact component...

12 May

TDA to Exhibit at the 2025 Turkey International Industry Fair

TDA will participate in the 2025 Turkey International Industry Fair, taking place from May 28 to May 31 at the Istanbul Expo Center in Istanbul, Turkey. The company will be located at Hall 4, Booth E4...

07 May

Piezo Buzzers: Precision Acoustic Engineering Driving Innovation in Smart Devices and IoT Ecosystems

The evolution of piezoelectric buzzers from rudimentary alarm components to sophisticated acoustic transducers underscores their pivotal role in enabling next-generation smart technologies. With advan...

30 Apr

Magnetic Buzzer: A Versatile and Efficient Solution for Audio Alerts

A magnetic buzzer is a type of electronic sound-emitting device commonly used in a variety of applications, from consumer electronics to industrial machinery. It is designed to generate sound signals ...

21 Apr

Magnetic Buzzers: Advanced Design Principles, Acoustic Optimization, and Emerging Applications in Smart Systems

The integration of magnetic buzzers into modern electronic systems demands a nuanced understanding of electromechanical dynamics, material science, and acoustic engineering. As industries pivot toward...

17 Apr

How does the diaphragm material used in the 50mm tweeter influence its transient response and harmonic distortion levels, particularly above 10kHz?

The diaphragm material used in a 50mm tweeter plays a critical role in determining both its transient response and harmonic distortion levels, especially in the frequency range above 10kHz. These two ...

09 Apr

What is the typical sound pressure level (SPL) range for SMD medical buzzer thin?

The Sound Pressure Level (SPL) of SMD medical buzzers thin can vary depending on the intended use, environment, and design specifications of the device they are integrated into. In general, the SPL ra...

01 Apr

What are the pros and cons of a piezo buzzer vs. an electromagnetic buzzer in battery-powered applications?

Piezo buzzers and electromagnetic buzzers are both widely used in battery-powered applications, but their performance characteristics differ significantly due to their operating principles. Here’s a d...

24 Mar

How Do Magnetic Buzzers Work? Exploring the Science and Applications of Electromagnetic Sound Devices

Magnetic buzzers are compact acoustic components widely used in electronics to generate audible alerts, alarms, and notifications. Unlike piezoelectric buzzers, which rely on ceramic crystals, magneti...

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What is the Difference Between a Piezo Buzzer and a Normal Buzzer?

What is the typical detection range and resolution of the ultrasonic sensor?

In What Ways Does a Piezo Buzzer Offer Unique Advantages Over Electromagnetic Sound Devices in Modern Electronics?

Piezo Buzzers: The Overlooked Backbone of Modern Electronics or a Technological Relic in Disguise?

TDA to Exhibit at the 2025 Turkey International Industry Fair

Piezo Buzzers: Precision Acoustic Engineering Driving Innovation in Smart Devices and IoT Ecosystems

Magnetic Buzzer: A Versatile and Efficient Solution for Audio Alerts

Magnetic Buzzers: Advanced Design Principles, Acoustic Optimization, and Emerging Applications in Smart Systems

How does the diaphragm material used in the 50mm tweeter influence its transient response and harmonic distortion levels, particularly above 10kHz?

What is the typical sound pressure level (SPL) range for SMD medical buzzer thin?

What are the pros and cons of a piezo buzzer vs. an electromagnetic buzzer in battery-powered applications?

How Do Magnetic Buzzers Work? Exploring the Science and Applications of Electromagnetic Sound Devices

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