Dear valuable customer, as we are located in Singapore, the price offered here is based on ex-Singapore. We have to add in the freight and shipping insurance cost for delivery to your home country , but excluding your local tax , duties etc if applicable. However if you plan to self-collect in our store, this is most welcomed, we have to add in Singapore 7% GST (Goods and services tax) over the total purchase. This amount can be refunded at our Changi International airport, if you visit us as a tourist. Note that this GST refund is applicable only if you depart within 30 days from date of purchase. We strive to let you enjoy the purchase from us and have a wonderful experience with Expandore.
The ECM-88B is a miniature omni-directional electret-condenser microphone ideally suited for quality-critical applications in broadcasting, theater and field production. This lavalier mic achieves high-sensitivity and has a flat-and-wide frequency response. The ECM-88B offers extremely low handling noise with unparalleled high sound quality. The ECM-88B comes with a DC-78 power supply and it has a cable length of 8.2 feet. This model is best suited for wired lav mic applications. However; with the DC-78 power supply disconnected, the ECM-88B's 4-pin (SMC9-4P) connector can also be used with Sony WRT-822B and WRT-8B wireless mic body-pack transmitters. Other ECM-88 Series models include: the ECM-88BC; supplied with a 4-pin connector (SMC9-4P) optimized for wireless mic use (cable length 3.9 feet); the ECM-88BPT pigtail version (without connector), and the ECM-88FPT beige-colored pigtail version (without connector).
General Specifications
- Ultra-miniature, omni-directional electret condenser microphone - Designed for quality-critical applications in broadcasting, theater, and field productions - Flat-and-wide frequency response provides natural sound reproduction to enable the addition of sound effects during the mixing process - Water-resistant design maintains sound clarity in almost any application or environment - Dual-diaphragm mechanism contributes to the high sensitivity, wide dynamic range, and low-noise characteristics