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Product ReleaseChips for LEDs and LASERs with Cooperation between iC-Haus and Dr Huber Print
Innovation through experience indicates the cooperation between iC-Haus and Dr. Wolfgang Huber, founder of the new LED and LASER design and support center "Chips4Light". Dr. Huber is a recognized expert in LED and LASER applications after 12 years of experience at the customer interface for a world market leader in lighting. "Now it is the right time to start up with LED and LASER systems " said Dr. Huber, who has located iC-Haus as an important partner for integration with microelectronic systems and opto-ICs. iC-Haus specializes in ASSPs, ASiCs and micro-assemblies also for LED and LASER applications. The common goal is developing optical modules with LEDs and LASER diodes to meet specific customer requirements, but also for mainstream technologies, such as for sensors, position sensors, and general lighting. A first product is currently qualifying and combines high current LEDs with 3A pulse driver iCs.  Dr. Heiner Flocke (iC-Haus) and Dr. Wolfgang Huber cooperating in LED and LASER applications.
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Evaluation board MN1D with high resolution 3 channel sine interpolation from iC Haus
 A new ready-to-operate evaluation board is now available for high-resolution, 3-channel sine-to-digital converter iC-MN. It can be connected up to Hall or magnetoresistive angle sensors, or photosensor arrays in optical encoders. Plug-in sockets ease the testing of application-specific wiring using optional components. High-precision SAR converter iC-MN resolves phase angles from sine/cosine signals of up to 13 bits and has an excellent angle accuracy of typically 0.1 degrees.Both the gain and the offset and phase correction of the integrated instrumentation amplifiers can be set ...More >> iC MFL 8 channel fail safe FET driver with AEC Q100 qualification by iC Haus
 iC-MFL is a monolithically integrated, 8-channel level shifter to drive Logic FETs. The internal circuit blocks have been designed in such a way that with single errors, such as open pins or the short-circuiting of two outputs, the iC-MFL output stages switch to a predefined, safe state. Externally connected FETs therefore shut down safely in the event of a single error. The device is now qualified for typical SIL/ASIL applications according to AEC Q100
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iC MZ Differential Hall Switch for Position Sensing
 iC-MZ is an integrated device consisting of a differential Hall switch with back-end complementary line drivers. The two integrated Hall sensors are set 2 mm apart and sense the difference in magnetic field. Magnetic DC fields are not evaluated; this means that besides the direct scanning of magnetic pole wheels with an additional bias magnet ferromagnetic gear wheels can also be detected. The magnetic input frequencies range from DC to 40 kHz. Magnetic DC fields of up to 500 mT are tolerated.A magnetic difference in signal of 5 mT is sufficient to switch the ...More >> iC TW2 compact interpolator with integrated EEPROM from iC Haus
 Chip incremental encoder for motor commutation and way or angle measurementThe new encoder device iC-TW2 is a highly integrated sine-to-digital converter which interpolates analog sine/cosine signals from magnetic and optical sensors with a freely selectable resolution of up to 8 Bit. Due to the complete integration of all functions, the interpolator does not need any other external components besides the sensor ...More >> BiSS goes Web 2.0
 The open source BiSS interface asserted in the bidirectional communication for automation, worldwide and vendor independent. New social media platforms in the web 2.0 demonstrate the ideal platform for intensive communication and networking of BiSS users. Corresponding accounts on Facebook, Twitter and YouTube have been established, RSS feeds are subscribable.
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iC MQ Encoder evaluation with x100 interpolation and diagnosis memory
Sensor conditioning with 100-fold sine interpolation and line drivers  iC-MQ's universal signal conditioning facility is suitable for optical and magnetic linear and angle sensors. For the very first time, outstanding diagnostic features are now available. Operational errors, such as signal loss or clipping, exceeding a preset operating temperature range or RPM speed and - as a totally new feature - a line count error of the scale or disc pattern
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iC MSB Sine signal conditioner with a 1Vpp line driver
 iC-MSB is a signal conditioner with a fault-tolerant line driver for sine/cosine sensors which are used to determine positions in linear and angular encoders, for example. Precision instrumentation amplifiers with differential current or voltage inputs are available for three channels and can be set independently with regard to amplification, offset and phase correction. An integrated controller supplies the sensor with power and ensures that the chip's output levels are stabilized to 1Vpp exactly. At the same time the finely adjustable calibration parameters permit an utmost degree of accuracy during the ensuing interpolation process.
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iC NQC has 13 bit real time interpolation now with BiSS C for uninterrupted absolute encoder measurement
 For the first time ever high-resolution sine-to-digital converter iC-NQC provides the microelectronics industry with a BiSS C slave protocol that enables bidirectional data exchange at the same time as the cyclic output of measurement data. Normalized addresses device information is available that indexes the relevant standard device profile or a description file. An optional electronic ID plate can also be used to describe the measurement application.
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