Microphones
JC-MIC9750-UNI01 Unidirectional Back-Electret Condenser Microphone
Model: JC-MIC9750-UNI01
JC-MIC9750-UNI01 is an unidirectional back-electret condenser microphone from Jiachuan Electronics. Confirm final suitability using the datasheet, sample evaluation, and device-level testing.
PRODUCT OVERVIEW
What is this product?
JC-MIC9750-UNI01 is an unidirectional back-electret condenser microphone from Jiachuan Electronics. Confirm final suitability using the datasheet, sample evaluation, and device-level testing.
Connection type: PCB Pin.
Product series: Microphones. Match the installation space and drive conditions, then confirm final suitability with the datasheet, samples and device testing.
TECHNICAL SPECIFICATIONS
Technical Specifications
| Connection Type | PCB Pin |
|---|
Frequency Response / Impedance Curve
Project Support
Product selection, sample evaluation, specification matching, small-batch validation and volume supply. Connection adjustments depend on the model and project requirements; new tooling or substantial structural changes require a separate assessment.
Frequently Asked Questions
What is JC-MIC9750-UNI01?
JC-MIC9750-UNI01 is a Jiachuan Electronics Unidirectional Back-Electret Condenser Microphone.
What is the size of JC-MIC9750-UNI01?
The confirmed size is mm.
What connection type does JC-MIC9750-UNI01 use?
The confirmed connection type is Pin.
How should I confirm whether JC-MIC9750-UNI01 fits my project?
Confirm installation space, driver circuit or amplifier conditions, target impedance/power, connection method and application requirements. Existing drawings or samples can be used for further matching.
Can samples of JC-MIC9750-UNI01 be provided?
Contact Jiachuan Electronics to confirm sample quantity, lead time and the exact specification required for the project.
Selection Guidance
Read speaker selection and specification guidance ↗PROJECT INQUIRY
Start with a sample, drawing or specification.
Contact Jiachuan for product selection, sample evaluation, small-batch validation and volume supply.