MicroSemi announced the minimum radio module produced by the company. ZL70323 of the size of only 5.5 mm x 4.5mm x 1.5mm is optimized for implantable medical equipment, such as pacemakers, cardiac defibrillators and neurostat. This new radio module replaces the company's ZL70321 device and cooperates with the ZL70120 radio module for external device controller. Both modules are based on the United States-leading ultra-low power consumption (ULP) ZL70103 radio transceiver chip, which supports high data rate RF (RF) links for medical implantive communication applications.
Martin Mchugh, the Martin Mchugh, which is responsible for this new module, said: "Our radio module allows medical equipment companies to focus more research funds and development work in new therapy, and promote better quality of life. Size reduction Make medical equipment companies easier to design smaller devices, so only smaller wigs are required to help patients with comfort and reduce infection. RF project is a highly specialized field, we are in this field of exquisite technology The customer shortens the design time and the time to market, and minimizes the risk of projects. "
RF technology is increasingly used for extensive medical implantation applications, including cardiac monitoring, physiological monitoring (such as insulin), pain management and obesity. ROOTS analysis business research and consulting companies expect the global neurostimulating equipment market sales from 2011 to 2017 to 17.9%, which is likely to reach $ 6.5 billion in 2017.
About MGAME radio link solutions
ZL70323 implant module Realized all RF related functions required to deploy the implantation node in the Medical Implant Communication Service (MICS) RF telemetry system. The integrated antenna tuning circuit allows the module for a wide range of implant antennas (nominal antenna impedance of 100 + J150 OHMS).
This module provides the following main components:
The MICS band RF transceiver based on ZL70103 has an integrated matching network for suppressing a surface acoustic wave (SAW) filter that uses the useless signal, as well as the antenna tuning;
2.45 GHz Wake the receiver matching network;
Integrated 24 MHz reference frequency crystals, and
Decoupling capacitance and series end-connected resistance
US Gao Sen America ZL70103 series can quickly transfer patient health and equipment performance data, and there is little effect on the battery life of implantation of medical equipment. The device operates in 402-405 MICS band, supports a variety of low-power wake-up options, including ULP 2.45 GHz Industry, Science and Medical (ISM) band wake-up reception options. The ZL70103 is less than 6 mA when transmitting or receiving, and the power consumption of periodic sleep / low power monitoring (SNIFF) mode is only 290 NA (1 seconds of monitoring interval).
Supply
US Gao Sen has a new ZL70323 radio solution and provides an Application Development Tool Suite (ADK) to the accredited customer.
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