BU21026MUV is a low power 4-wire resistive touch screen controller. BU21026MUV measures coordinates and touch pressures with a 12bit A/D converter. BU21026MUV has a digital filter for noise reduction.

Unlike most resistive touch screen controllers, the BU21028FV-M 4-wire resistive touch-screen controller can generate data that enables dual touch detection. The Host processor can use this data to detect single and dual point coordinates.

The KMX61G is a high-performance, low-power, magnetometer-accelerometer device enhanced with integrated sensor fusion software and auto-calibration algorithms to deliver the industry’s first highly accurate gyro emulation. Optimized for mobile applications, the KMX61G requires only 450µA of power – significantly less than any consumer gyro available today.
Not Recommended for New Designs.

The KMX62G is a high-performance, low-power, magnetometer-accelerometer device that is coupled with sensor fusion software and auto-calibration algorithms to additionally deliver the industry’s first highly accurate gyro emulation providing a 9-axis solution. Optimized for mobile applications, the KMX62G requires significantly less current than any consumer gyro 9-axis solution with a physical gyro available today.
Not Recommended for New Designs.

BU21077MUV is a capacitive switch controller for switch operation. BU21077MUV has programmable MPU and it control the sensing sequence and how to use value of sensor. It is possible to reduce operational current with devising a sensing sequence.

BU21170MUV is a capacitive sensor controller for switch operation. BU21170MUV has five sensors and provides the simple switch function by each sensor. If external noise and temperature drift are detected, the automatic self-calibration is operated. Include LED controller with PWM function.

BU21078FV　is a capacitive sensor controller for switch operation.　In addition to a regular simple switch, support matrix　switches which are arranged in the matrix sensors. If　external noise and temperature drift are detected, the　automatic self-calibration is operated.　Include LED controller with PWM function.

BU21079F is a capacitive switch controller used for operating switches. Low power consumption is achieved using the intermittent operation mode. In addition to a regular simple switch, it supports matrix switches which are arranged in the matrix sensors. If external noise and temperature drift are detected, the automatic self-calibration is activated.

Ideal for packaging printers requiring high reliability.

BH1790GLC is optical sensor for heart rate monitor in which LED driver and green light detection photo-diode are incorporated. This device drives LED and provides the intensity of light reflected from body. LED brightness can be adjusted by LED driver current and light emitting period. The photodiode having the high sensitivity for green light, excellent wavelength selectivity and excellent lrcut characteristics achieves accurate pulse wave detection. Documents and Data for BH1790GLC Evaluation Board

• Evaluation Board Manual (PDF; 527KB)
• Software Manual (PDF; 187KB)
• Sample Code for Arduino (ZIP; 5KB)
• HR Calculation Algorithm (ZIP; 31KB)

KR2002-D06N10A has equivalent printing speed which driven by 2 cell Li-ion battery even driven by only 1cell Li-ion battery. It’s because of improving energy efficiency by optimizing glaze design which is heat storage layer and adopting special low ohmic heat element. On top of that we could miniaturize 20% from conventional head by utilizing new structure which combined ceramic substrate and printed circuit board.
Its product is widely adopted for 1cell Li-ion battery printers.

ROHM's optical sensors serve as eyes to monitor changes of any motions, and comply with customers' day-to-day diversifying requests.

The KMX61 is a 6-axis E-compass device with auto-calibration software. The KMX61 delivers high sensitivity (0.05 µT/count) with stability over temperature (± 0.05 %/ºC) and is well-suited for a range of smartphone, tablet and health and fitness applications.
Not Recommended for New Designs.

The KMX62 is a 6 Degrees-of-Freedom inertial sensor system that features 14-bit digital outputs accessed through I2C communication. The KMX62 sensor consists of a tri-axial magnetometer plus a tri-axial accelerometer coupled with an ASIC. It is packaged in a 3 x 3 x 0.9mm Land Grid Array (LGA) package. The ASIC is realized in standard 0.18um CMOS technology and features flexible user programmable ±2g/±4g/±8g/±16g full scale range for the accelerometer and a +/-1200 uT range for the magnetometer. Accelerometer and Magnetometer data can be accumulated in an internal 384 byte FIFO buffer and transmitted to the application processor.