ACCELEROMETER PRODUCT CATALOG 
	
		| Part Number  | 
		Axis | 
		Output | 
		Size | 
		Full Scale Output Range | 
		Features | 
	
	
		| 
		
		KXTI9 | 
		3 | 
		Digital (I²C) | 
		3x3x0.9mm LGA | 
		User-selectable 2g, 4g, 8g | 
		Directional Tap/Double-Tap™ Detection Algorithm, 
		Device Orientation Detection and Active/Inactive Algorithms | 
	
	
		| 
		
		KXTG9 | 
		3 | 
		Digital (I²C or SPI) | 
		3x3x0.9mm LGA | 
		1.5g - 6g | 
		2 User-Configurable Motion Interrupts, Temperature 
		Output | 
	
	
		| 
		
		KXTH9 | 
		3 | 
		Multiplexed Analog  | 
		3x3x0.9mm LGA | 
		1.5g - 6g | 
		Internal User-definable Bandwidth, Auxiliary Input to 
		Multiplexer or ADC | 
	
	
		| 
		
		KXTH5 | 
		3 | 
		Multiplexed Analog | 
		3x5x0.9mm LGA | 
		1.5g - 6g | 
		Internal Low-pass Filter, Auxiliary Input to 
		Multiplexer or ADC | 
	
	
		| 
		
		KXTF9 | 
		3 | 
		Digital (I²C) | 
		3x3x0.9mm LGA | 
		User-selectable 2g, 4g, 8g | 
		Directional Tap/Double-Tap™ Detection Algorithm, 
		Device Orientation Detection and Active/Inactive Algorithms | 
	
	
		| 
		
		KXTE9 | 
		3 | 
		Digital (I²C) | 
		3x3x0.9mm LGA | 
		2g | 
		Ultra Low Power Consumption (30µA full operation), 
		Device Orientation Detection and Active/Inactive Algorithms | 
	
	
		| 
		
		KXSS5 | 
		3 | 
		Digital (I²C or SPI) and Analog | 
		3x5x0.9mm LGA | 
		2.5g - 8g | 
		Freefall Motion Interrupt, High-g Motion Interrupt | 
	
	
		| 
		
		KXUD9 | 
		3 | 
		Digital (I²C or SPI) | 
		3x3x0.9mm LGA | 
		User-selectable 2g, 4g, 6g, 8g | 
		Low Power Consumpton, Auxiliary Input for A/D 
		Conversion | 
	
	
		| 
		
		KXSD9 | 
		3 | 
		Digital (I²C or SPI)  | 
		3x3x0.9mm LGA | 
		User-selectable 2g, 4g, 6g, 8g | 
		Low Power Consumpton, Auxiliary Input for A/D 
		Conversion | 
	
	
		| 
		
		KXTC9 | 
		3 | 
		Analog | 
		3x3x0.9mm LGA | 
		1.5g - 6g | 
		Factory Programmable Internal Low Pass Filter, Low 
		Power Consumption | 
	
	
		| 
		
		KXRB5 | 
		3 | 
		Multiplexed Analog or Digital (SPI) | 
		3x5x0.9mm LGA | 
		1.5g - 6g | 
		Low Noise Density, Auxiliary Input to Multiplexer or 
		ADC | 
	
	
		| 
		
		KXR94 | 
		3 | 
		Multiplexed Analog or Digital (SPI) | 
		5x5x1.2mm DFN | 
		1.0g - 5g | 
		Low Noise Density, Excellent Performance over 
		Temperature | 
	
	
		| 
		
		KXPS5 | 
		3 | 
		Digital (I²C or SPI) and Analog | 
		3x5x0.9mm LGA | 
		1.5g - 6g | 
		Freefall Motion Interrupt, High-g Motion Interrupt | 
	
	
		| 
		
		KXPB5 | 
		3 | 
		Multiplexed Analog or Digital (SPI) | 
		3x5x0.9mm LGA | 
		1.5g - 6g | 
		Internal 1kHz Filter or User-definable Bandwidth, 
		Auxiliary Input to Multiplexer or ADC | 
	
	
		| 
		
		KXD94 | 
		3 | 
		Multiplexed Analog | 
		5x5x1.2mm DFN | 
		5g - 15g | 
		Internal 1kHz Filter or User-definable Bandwidth, 
		Mid-range acceleration measurements | 
	
	
		| 
		
		KXPA4 | 
		3 | 
		Multiplexed Analog | 
		5x5x1.2mm DFN | 
		1.5g - 6g | 
		User-definable Bandwidth, Low-power Standby Mode | 
	
	
		| 
		
		KXP94 | 
		3 | 
		Multiplexed Analog | 
		5x5x1.2mm DFN | 
		1.5g - 6g | 
		Internal 1kHz Filter or User-definable Bandwidth, 
		Auxiliary Input to Multiplexer | 
	
	
		| 
		
		KXP84 | 
		3 | 
		Digital (I²C or SPI)  | 
		5x5x1.2mm DFN | 
		1.5g - 6g | 
		Freefall Motion Interrupt, High-g Motion Interrupt | 
	
	
		| 
		
		KXP74 | 
		3 | 
		Digital (SPI) | 
		5x5x1.2mm DFN | 
		1.5g - 6g | 
		User-definable Bandwidth, Selectable Power Reduction 
		Modes | 
	
	
		 
  | 
	
	GYROSCOPE PRODUCT CATALOG 
	
		| Part Number  | 
		Axis | 
		Output | 
		Size | 
		Range | 
		Features | 
	
	
		| 
		KGY12 | 
		2 | 
		Digital (SPI/I2C) or Gain-selectable Analog 
		Outputs | 
		5x5x0.9mm LGA | 
		Digital — Factory Programmable ±2048 deg/s 
		Analog — User Selectable ±256, ±512, ±1024, ±2048 deg/s 
  | 
		Low Power, User-definable Bandwidth, Embedded 
		Temperature Sensor | 
	
	
		| 
		KGY13 | 
		3 | 
		Digital (SPI/I2C) or Gain-selectable Analog 
		Outputs | 
		5x5x0.9mm LGA | 
		Digital — Factory Programmable ±2048 deg/s 
		Analog — User Selectable ±256, ±512, ±1024, ±2048 deg/s 
  | 
		Low Power, User-definable Bandwidth, Embedded 
		Temperature Sensor 
  |