VT5376 Search Results

STV-376-E01

Abstract: VT5376
Contextual Info: STV-376-E01 USB2 VT5376 high-speed imaging system Data Brief Features • Complete VT5376 high speed imaging system ■ Kit contents – STV-376-E01 EVK mouse PCB1302A – USB2 capture board with framestore (PCB1212B) – Mouse auxiliary board (PCB1225A)

VT5376

Abstract: STV-376-E02 VT5376V032
Contextual Info: STV-376-E02 VT5376 USB full-speed mouse evaluation board Data Brief Features • Complete full-speed wired laser mouse evaluation board ■ Accurate up to 40 ips ■ 400/800/1600/3200 cpi selectable ■ 1 ms report rate ■ On-chip power management ■ Supports up to 6 buttons, tilt and scroll wheel

EPM3064

Abstract: omron 2a5 EPM3064ATC100-10 STV-376-E01 JP18-22 C2542 1B6 SMD transistor 68WAY 2a5 transistor smd c39 transistor
Contextual Info: UM0503 User manual USB2 VT5376 high-speed imaging system Introduction This user manual, along with the VT5376 datasheet enables you to evaluate the VT5376 high-speed imaging system. Kit contents • 1 x USB2 capture board with framestore PCB1212B plus 68-way SCSI cable, USB cable

SN8P2624

Abstract: 2.4ghz receiver sn8p26 UM0528 NRF2401AG transistor SMD p04 laser LED PCB1302 UM0524 HC49 smd
Contextual Info: UM0528 User manual VT5376 2.4 GHz wireless mouse evaluation board Introduction This user manual, along with the VT5376 datasheet will enable you to evaluate the VT5376 2.4 GHz wireless mouse and assist you in the design of your own VT5376 wireless mouse. Kit contents

Contextual Info: VT5376 Ultra-low power laser motion sensor for optical mouse applications Preliminary Data Features • Ultra-low power performance and high speed/high accuracy motion detection 1 m/s, 20 g ■ Optional on-chip power management scheme (RUN/IDLE1/IDLE2/SLEEP)

VT5376

Abstract: AN2732 CLK12 laser sensor I2C
Contextual Info: AN2732 Application note VT5376 laser calibration Introduction It is possible to automate the laser power calibration by using the VT5376 and an external MCU instead of the usual manual VCSEL binning method. This application note describes the method and equipment needed to perform this.

VD5376

Abstract: TQFP32 footprint VT5376 27-MHz Wireless Mouse STV-376-E02 CLK12 nRF2402 STV-376-E01 TQFP32 VT5376V032
Contextual Info: VT5376 Ultra-low power motion sensor for optical finger navigation and laser mice Features VTOP >=2.2V Single battery • Ultra-low power performance and high speed/high accuracy motion detection (1 m/s, 20 g) ■ Optional on-chip power management scheme

VT5366

Abstract: VT5376 VT5376V032 laser Mouse microcontroller st ordering information STV-376-E03 wireless mouse
Contextual Info: STV-376-E03 VT5376 2.4 GHz wireless mouse evaluation board Data Brief Features • Complete 2.4 GHz wireless laser mouse evaluation board ■ Accurate up to 40 ips ■ Very low quiescent and operating current modes for battery life saving ■ 400/800/1600/3200 cpi selectable

BS3100

Abstract: UM0524 VT5376 laser Mouse microcontroller JP13 LD1117 VT5376V032 PCB1302 multiturn trimmer EN028D-11PS1-30-R
Contextual Info: UM0524 User manual VT5376 USB full-speed mouse evaluation board Introduction This user manual, along with the VT5376 datasheet enables you to evaluate the VT5376 USB full-speed mouse and assists you in the design of your own VT5376 full-speed mouse. Kit contents

STV-376-E02

Abstract: STV 1H motion sensor IR VT5376 CLK12 nRF2402 STV-376-E01 TQFP32 VT5376V032 IC bluetooth laser mouse
Contextual Info: VT5376 Ultra-low power laser motion sensor for laser mouse applications Preliminary Data Features • Ultra-low power performance and high speed/high accuracy motion detection 1 m/s, 20 g ■ Optional on-chip power management scheme (RUN/IDLE1/IDLE2/SLEEP)

IR SENSOR PS2 mouse

Abstract: ps2 microcontroller VT5365 VT5376 STV-363-E01 optical mouse microcontroller VT5366 laser Mouse microcontroller IR SENSOR wheel mouse ps2 usb
Contextual Info: High-performance, low-cost optical mouse sensors VT53xx family of optical mouse sensors for wired and wireless laser or LED mice The VT53xx family from STMicroelectronics enables customers to produce high-performance low-cost mice. ST has used its long experience in CMOS imaging to develop a