EK-23142-C38

Sensitivity:	-53dB ±2dB @ 74dB SPL
Shape:	Rectangular
Height (Max):	0.089" (2.26mm)
Size / Dimension:	0.219" L x 0.157" W (5.56mm x 3.99mm)
Termination:	Solder Pads
Port Location:	Top
Current - Supply:	50µA
Voltage - Rated:	1.3V
Impedance:	4.4 kOhms
S/N Ratio:	--
Series:	EK
Frequency Range:	100Hz ~ 10kHz
Direction:	Omnidirectional
Output Type:	Analog
Type:	Electret Condenser
Moisture Sensitivity Level (MSL):	--
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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EK-23142-C38 application field and working principle

Introduction:

The EK-23142-C38 is a condenser microphone that is designed for a variety of applications in both the music and broadcast industries. It offers a professional-level sound performance and is highly versatile, making it a good choice for both studio and live recordings. The EK-23142-C38 is a professional-grade condenser microphone that is ideal for capturing vocals, speech, instruments, or just about any acoustic source. It offers exceptional sound quality, high noise rejection, and good off-axis response, making it an ideal choice for a variety of situations.

Applications:

The EK-23142-C38 is a condenser microphone, which means it is designed to capture sound in a variety of applications. For the music industry, this microphone is ideal for capturing vocals, instruments, acoustic sounds, and even drums. On the broadcast side, the microphone is great for capturing dialogue and interviews. It is also a great choice for podcasting, sound recording, and other vocal applications.The EK-23142-C38 has excellent sound performance which makes it a great choice for studio work. Its high noise rejection allows it to perform well in noisy environments, while its superb off-axis response allows you to capture sound from a variety of sources with clarity and accuracy.

Working Principle:

The EK-23142-C38 is a condenser microphone, which means that it relies on an electrical charge to detect sound. When a sound is produced, the air around the diaphragm vibrates, which in turn vibrates the diaphragm. The vibrations cause a change in the electric charge on the diaphragm, which is then detected by the microphone.The diaphragm converts the mechanical energy of sound waves into electrical voltage. The signal is then sent to a preamplifier and then to an amplifier before it is sent to an audio system. The preamplifier is responsible for boosting the signal and amplifying it before it is sent to the audio system, while the amplifier is responsible for boosting the signal further.

Conclusion:

The EK-23142-C38 condenser microphone is a highly versatile and professional-grade microphone perfect for a variety of recording applications. Its exceptional sound performance, high noise rejection, and good off-axis response make it a great choice for music, broadcast, podcasting, and other vocal applications. Its working principle is based on an electrical charge that is generated by the diaphragm when it vibrates due to sound waves. The signal is then amplified and sent to an audio system.

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