ZLE70103BADA

Application Development Kit for ZL70103

• One base station unit
• The RF section is based on the ZL70123 base station module, which is included on the Base Station Mezzanine (BSM300A) board.
• The application microcontroller allows programming and debugging using a JTAG debug interface.
• The dual-band helical antenna (400 MHz and 2.45 GHz) is designed to have an optimal radiation pattern. The SMA connector allows custom antennas to be tested.
• The BSM300A board is paired with an ADP100A board (described below), resulting in a complete RF test and evaluation platform for a base station application.
• One implant unit
• The RF section is based on the ZL70323 miniaturized standard implant module, which is included on the Application Implant Mezzanine (AIM300A) board.
• The application microcontroller allows programming and debugging using a JTAG debug interface.
• The dual-band printed loop antenna (400 MHz and 2.45 GHz) is matched to 50 ohms for operation in air. The SMA connector allows custom antennas to be tested.
• The AIM300A board is paired with an ADP100A board (described below), resulting in a complete RF test and evaluation platform for an implant application.
• Two Application Development Platform (ADP100A) bridge boards, each including:
• A separate communication microcontroller to allow for USB2.0 interface between a PC running the ADK software and the application processor on the mezzanine board.
• Battery controller with charger.
• Lithium-ion battery to allow stand-alone operation of the Application Implant Mezzanine (AIM300A) board.
• Programmable power supply with integrated current/ voltage measurement capability.
• One MICS Test Adapter (MTA100A) board that can mount to either mezzanine board to allow for observation and monitoring of key analog and digital signals
• Full documentation
• The software download includes the ADK User's Guide, Source Code Overview, and extensive hardware documentation (board schematics, layout, Gerber files, and Bill of Material (BOM)) for all included boards.

• GUI software
• Windows GUI application that provides a user-friendly visual interface for controlling and demonstrating the performance and capabilities of a ZL70103-enabled RF communication system including all the functionality of the ZL70103, as well as providing access to several system-level tools and ZL70103-specific registers.
• Complete source code is available. The code is well commented and is written in Microsoft's C#.
• Windows API (DLL) software
• Provides an interface for the ZL70103 ADK GUI over a USB2.0 interface to the base station and implant application processor.
• Allows customers to write their own software to control the base station and implant application boards.
• Complete source code is available. The code is well commented and is written in C.
• Embedded firmware
• Supports all radio functions for base station and implant applications. Most customers port this code to their base station or implant application processor, thereby greatly reducing their development and debug time while taking advantage of a robust set of MICS functions.
• Complete source code is available. The code is well commented and is written in C.