Mini in scale, but big in performance for your desired tech assemblage- this solution may well be the tipping point for a well sounded tomorrow. With splendid performance capabilities, this MEMs tech is poised to become the most popular go-to component in multiple engineering spheres. Highly sensitive, this mini-mic, compact size-wise, is exquisitely re-flow compatible to go with the flow of your technological aspirations. Sound wonderful, doesn’t it?
”The limits of the possible can only be defined by going beyond them into the impossible”. These words, stated by a Sci-fi legend, may well describe this next well sounded mini microphone. Introducing the “sound checked” ultra-mini Micro-Electromechanical Systems (MEMs) microphone solution, especially designed for compact and precise sound record perfection. Dubbed “SOM3811DF423-XG” by SOUND COMPONENTS LIMITED, this microphone is indeed ultra compact with an ultra mini dimensions of 3.76x2.95x1.1 mm respectively (with a slight optional deviation of 0.1 mm). High sensitivity is a given by a specialized Pre-amplification Application-Specific Integrated Circuit (ASIC) integration process. Not to mention an outstanding Signal-to-Noise Ratio (SNR) output performance from a capacitive audio sensor. A performance that will leave you speechless, on record.
Packaged for surface mounting and high temperature re-flow assembly, this Series of MEMS microphones have separate power terminal (VDD) compared to standard Engine Control Module (ECM) sensors. Namely, these microphones have 3 terminals: pin one is output, pin two GND potential and pin three is VDD. With tested sensitivity results of -45 (minimum), -42 (Normal) and -39 dB (Maximum) through a 1KHz, 45% to 65% relative humidity in room temperature, conditioned test. Talk about big bang for a “little gun”. Especially suited for smart home appliances and applications, with standardized (1.5 at minimum or 3.3 at maximum) operational voltage values- this splendid super tiny top notch recorder will just seamlessly fit for a smooth, or rather smoother, well sounded technological solution.