The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC6703IDC-3#PBF Linear Technology LT6703 - Micropower, Low Voltage Comparator with 400mV Reference; Package: DFN; Pins: 3; Temperature: Industrial
LTC3851AIMSE-1#3GLPBF Linear Technology LTC3851 - Synchronous Step-Down Switching Regulator Controller; Package: MSOP; Pins: 16; Temperature: Industrial
LTC2997IDCB#PBF-ES Linear Technology LTC2997 - Remote/Internal Temperature Sensor; Package: DFN; Pins: 6; Temperature: Industrial
LTC2997IDCB#TRMPBF-ES Linear Technology LTC2997 - Remote/Internal Temperature Sensor; Package: DFN; Pins: 6; Temperature: Industrial
LTC2997IDCB#TRPBF-ES Linear Technology LTC2997 - Remote/Internal Temperature Sensor; Package: DFN; Pins: 6; Temperature: Industrial
LTC2150IUJ-14#PBF-ES Linear Technology LTC2150-14 - 14-Bit 170Msps ADCs; Package: QFN; Pins: 40; Temperature: Industrial

industrial automation using cellphone Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2006 - nfc chip

Abstract: industrial automation using cellphone nxp nfc nfc front end nokia mobile touch screen booking trip girl nfc smart card sony smartphone wifi head phone
Text: equipment users? In short, simplicity and convenience. Using it is easy whether it's in mobile phones and , other side of the world in a management conference when he gets the news. Your cell-phone rings and , that could exploit NFC's automation , identification and communication aspects. Visualize doctors who , content and much more. After touching a tag in a poster with a cell-phone , you'll be able to download , industrial or intellectual property rights. Date of release: September 2006 Document order number: 9397 750


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2007 - l6562 flyback led design

Abstract: VIPER22A switching power supply l6562 isolated flyback VIPER IC VIPER 22 LED DRIVER viper22a transformer design viper flyback transformer induction cooker microcontroller Quasi-resonant Converter for induction cooker VIPER22A igbt induction cooker
Text: and industrial products 8-bit microcontroller: ST72F651AR6 Power-line transceiver board based , ARMIC30, CAN industrial controller 32-bit microcontroller: STR730 UM0193 STEVAL-IFP001V1 , EVALST7540-1 Data brief: EVALCOMMBOARD Factory automation 2 Factory automation cont'd. Sales , low-cost HF ballast using the bipolar solution for PFC Diodes AN2349 STEVAL-ILB002V1 Fixed , AN2425 Home automation Lighting 4 Lighting cont'd. Sales code Board Description


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PDF STEVAL-CCA002V1 TS4994IQT AN2013 STEVAL-CCA003V1 AN2049 STEVAL-ICV001V1 L6565 US-110 l6562 flyback led design VIPER22A switching power supply l6562 isolated flyback VIPER IC VIPER 22 LED DRIVER viper22a transformer design viper flyback transformer induction cooker microcontroller Quasi-resonant Converter for induction cooker VIPER22A igbt induction cooker
2007 - industrial automation using cellphone

Abstract: PLC based fire alarm system STM32 usb printer library gsm based speed control of single phase induction motor gsm based home security system automation LFBGA64 ISO7816 STR710F str911fam46 STR730
Text: peripherals I Industrial Circuit breaker Factory automation Industrial network PLC 3-phase power meters , automation Home automation Industrial networks PLCs Copiers/printers Crystal OSC I RC OSC , (112) -40 to 85 °C or up to 105 °C I Consumer and industrial GSM, GPS, Bluetooth®, DAB/DBM , , 4xUARTs, and up to 20 timers, 16 DMA Industrial and automotive related Industrial power meter, UPS , automation , circuit breakers, inverters, medical and portable equipment Peripherals include CAN, USB


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PDF 32-bit STR710 STM32 BRARM0907 industrial automation using cellphone PLC based fire alarm system STM32 usb printer library gsm based speed control of single phase induction motor gsm based home security system automation LFBGA64 ISO7816 STR710F str911fam46 STR730
2005 - BE 4X12

Abstract: cellphone plc car alarm LFBGA64 STR710F STR711FR1 ARM SRAM compiler
Text: . Applications I Industrial · Circuit breaker · Factory automation · Industrial network · PLC Building , compact yet powerful MCU, or versatile, scalable solutions such as user interfaces, factory automation , Others (hands-free car kits, electric wheelchairs, cellphone basestations etc.) External memory


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PDF STR710F 32-bit BRSTR710F0505 BE 4X12 cellphone plc car alarm LFBGA64 STR711FR1 ARM SRAM compiler
2006 - LTD141

Abstract: ltd104ka1s LTM15C458T LTD141ECJS LTA070B LTM15C458M LTD121C30S LTD104EA5S LTA080B820A LTD085CK1S
Text: automation monitors, and other industrial instrumentation devices. In addition, they offer long-life and , and audio visual applications · Large-size, high-brightness for industrial and AV applications · , , wide viewing angles and compact design. These displays are suitable for various AV, industrial , and , 's mobile TFT LCD line-up is designed for emerging portable applications, color cellphone applications and , , office equipment, measuring equipment, industrial robotics, domestic appliances, etc.). These Toshiba


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PDF 2002/95/EC LTD141 ltd104ka1s LTM15C458T LTD141ECJS LTA070B LTM15C458M LTD121C30S LTD104EA5S LTA080B820A LTD085CK1S
2004 - D14-D8

Abstract: No abstract text available
Text: Mute attenuation Maximum output power CELLPHONE MIC INPUT TO CPOUT Full-scale input voltage (0 dB , -, 32-) and Microphone PGA to Cell-phone . The AIC28 also has a virtual ground (VGND) output, which can , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with either , continuous transfer mode, which are described below. These modes are set using bit D12 of control register , interpolation is determined using bit D5D3 of control register 00H/page 2. For example, if playback of 11.025


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PDF TLV320AIC28 SLAS418B 95-dB TLV320AIC28 16/20/24/32-bit D14-D8
2004 - Not Available

Abstract: No abstract text available
Text: Mute attenuation Maximum output power CELLPHONE MIC INPUT TO CPOUT Full-scale input voltage (0 dB , -, 32-) and Microphone PGA to Cell-phone . The AIC28 also has a virtual ground (VGND) output, which can , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with either , continuous transfer mode, which are described below. These modes are set using bit D12 of control register , interpolation is determined using bit D5D3 of control register 00H/page 2. For example, if playback of 11.025


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PDF TLV320AIC28 SLAS418B 95-dB TLV320AIC28 16/20/24/32-bit
2001 - wireless audio transmitter schematic

Abstract: wireless audio transmitter receiver schematic walkie-talkie XE1201WHK 1201WHK XE1201 wireless voice transceiver 40mAh antenna cellphone uhf Transceiver
Text: OEM design kit demonstrating a bi-directional wireless voice communication using the Xemics XE1201 , meters 12mA typical, 500µA standby @ 3.6V Rechargeable battery (power supplied by the cell-phone , convert the input/output voice signals. The sampled incoming voice data is reduced using a proprietary , over the XE1201 RF link using its TDD protocol. The system takes advantage of the XE1201's fast TX/RX , /drop the line in a cell-phone example). The 1201WHK OEM design kit contains all manufacturing data


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PDF XE1201WHK 1201WHK XE1201 XX/PB0109-128 wireless audio transmitter schematic wireless audio transmitter receiver schematic walkie-talkie XE1201WHK wireless voice transceiver 40mAh antenna cellphone uhf Transceiver
2005 - Not Available

Abstract: No abstract text available
Text: AVDD1/2 1020 Hz, 100 mV on BVDD Interchannel isolation Mute attenuation Maximum output power CELLPHONE , Cell-phone . The AIC29 also has a virtual ground (VGND) output, which can be optionally used to connect to the , usually either 44.1 kHz or 48 kHz which can be selectable using bit D13 of the register Audio Control 3 , . These modes are set using bit D12 of control register 06H/page 2. D 256-S Transfer Mode In the 256 , operating at the Fsref rate. This programmable interpolation is determined using bit D5D3 of control


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PDF TLV320AIC29 SLAS494B 95-dB TLV320AIC29 16/20/24/32-bit
2004 - Not Available

Abstract: No abstract text available
Text: Mute attenuation Maximum output power CELLPHONE MIC INPUT TO CPOUT Full-scale input voltage (0 dB , -, 32-) and Microphone PGA to Cell-phone . The AIC28 also has a virtual ground (VGND) output, which can , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with either , continuous transfer mode, which are described below. These modes are set using bit D12 of control register , interpolation is determined using bit D5D3 of control register 00H/page 2. For example, if playback of 11.025


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PDF TLV320AIC28 SLAS418B 95-dB TLV320AIC28 16/20/24/32-bit
2004 - microcontroller controlling wireless headset

Abstract: TV power-up circuit AIC28 QFN-48 TLV320AIC28 TLV320AIC28IRGZ TLV320AIC28IRGZR QFN 88
Text: 0.707 Vrms CELLPHONE 1020-Hz Sine wave input on MICIN_HND, load on CP_OUT = 10 k, 50 pF MIC , PGA to Cell-phone . The AIC28 also has a virtual ground (VGND) output, which can be optionally used to , (Fsref). The reference rate is usually either 44.1 kHz or 48 kHz which can be selectable using bit D13 , , which are described below. These modes are set using bit D12 of control register 06H/page 2. D 256 , . This programmable interpolation is determined using bit D5D3 of control register 00H/page 2. For


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PDF TLV320AIC28 SLAS418B 95-dB 400-mW 19-mW microcontroller controlling wireless headset TV power-up circuit AIC28 QFN-48 TLV320AIC28 TLV320AIC28IRGZ TLV320AIC28IRGZR QFN 88
2005 - Not Available

Abstract: No abstract text available
Text: AVDD1/2 1020 Hz, 100 mV on BVDD Interchannel isolation Mute attenuation Maximum output power CELLPHONE , Cell-phone . The AIC29 also has a virtual ground (VGND) output, which can be optionally used to connect to the , usually either 44.1 kHz or 48 kHz which can be selectable using bit D13 of the register Audio Control 3 , . These modes are set using bit D12 of control register 06H/page 2. D 256-S Transfer Mode In the 256 , operating at the Fsref rate. This programmable interpolation is determined using bit D5D3 of control


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PDF TLV320AIC29 SLAS494B 95-dB TLV320AIC29 16/20/24/32-bit
2005 - Not Available

Abstract: No abstract text available
Text: AVDD1/2 1020 Hz, 100 mV on BVDD Interchannel isolation Mute attenuation Maximum output power CELLPHONE , Cell-phone . The AIC29 also has a virtual ground (VGND) output, which can be optionally used to connect to the , usually either 44.1 kHz or 48 kHz which can be selectable using bit D13 of the register Audio Control 3 , . These modes are set using bit D12 of control register 06H/page 2. D 256-S Transfer Mode In the 256 , operating at the Fsref rate. This programmable interpolation is determined using bit D5D3 of control


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PDF TLV320AIC29 SLAS494B 95-dB TLV320AIC29 16/20/24/32-bit
2005 - Not Available

Abstract: No abstract text available
Text: AVDD1/2 1020 Hz, 100 mV on BVDD Interchannel isolation Mute attenuation Maximum output power CELLPHONE , Cell-phone . The AIC29 also has a virtual ground (VGND) output, which can be optionally used to connect to the , usually either 44.1 kHz or 48 kHz which can be selectable using bit D13 of the register Audio Control 3 , . These modes are set using bit D12 of control register 06H/page 2. D 256-S Transfer Mode In the 256 , operating at the Fsref rate. This programmable interpolation is determined using bit D5D3 of control


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PDF TLV320AIC29 SLAS494B 95-dB TLV320AIC29 16/20/24/32-bit
2005 - QFN-48

Abstract: TLV320AIC29 TLV320AIC29IRGZ TLV320AIC29IRGZR microcontroller controlling wireless headset
Text: power 400 mW 0.707 Vrms CELLPHONE MIC INPUT TO CP_OUT 1020-Hz Sine wave input on , . The AIC29 has features to interface output drivers (8-, 16-, 32-) and Microphone PGA to Cell-phone , reference rate is usually either 44.1 kHz or 48 kHz which can be selectable using bit D13 of the register , below. These modes are set using bit D12 of control register 06H/page 2. D 256-S Transfer Mode In , operating at the Fsref rate. This programmable interpolation is determined using bit D5D3 of control


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PDF TLV320AIC29 SLAS494B 95-dB 400-mW 19-mW QFN-48 TLV320AIC29 TLV320AIC29IRGZ TLV320AIC29IRGZR microcontroller controlling wireless headset
2006 - Not Available

Abstract: No abstract text available
Text: BVDD Interchannel isolation Mute attenuation Maximum output power CELLPHONE MIC INPUT TO CP_OUT , drivers (8-, 16-, 32-) and Microphone PGA to Cell-phone . The TSC2111 also has a virtual ground (VGND , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with either , transfer mode, which are described below. These modes are set using bit D12 of control register 06H/page 2 , determined using bit D5D3 of control register 00H/page 2. For example, if playback of 11.025 kHz data is


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PDF TSC2111 SLAS495A- 48kHz 19-mW 400mW
QOQWT11

Abstract: Radio Frequency controlled toy car circuit LinkMatik LinkMatik 2.0 laptop motherboard resistors Bluetooth MODULE CLASS 1 LM20-SO ic 4800 for laptop motherboard 74HC123 B03005
Text: / PCM audio to Bluetooth data link. It can be controlled from a host controller using simple commands , clamp the TxD maximum voltage to 3.3V using a circuit such as shown in figure 4. The tool has no flow , Auto-Slave device using the C command, referring to the Bluetooth address reported in the INQUIRY response , Server Laptop Handheld Palm-sized Wearable Phone Major Class Other Cellphone Cordless phone , / Miscellaneous Display Camera Scanner Printer Example A cellphone might have Object Transfer


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PDF DS379-3 4-Jul-07 QOQWT11 Radio Frequency controlled toy car circuit LinkMatik LinkMatik 2.0 laptop motherboard resistors Bluetooth MODULE CLASS 1 LM20-SO ic 4800 for laptop motherboard 74HC123 B03005
2006 - QFN-48

Abstract: TSC2101 TSC2111 TSC2111IRGZR TSC2111IRGZT
Text: CELLPHONE MIC INPUT TO CP_OUT 1020-Hz Sine wave input on MICIN_HND, load on CP_OUT = 10 k, 50 pF , TSC2111 has features to interface output drivers (8-, 16-, 32-) and Microphone PGA to Cell-phone . The , reference rate is usually either 44.1 kHz or 48 kHz which can be selectable using bit D13 of the register , below. These modes are set using bit D12 of control register 06H/page 2. D 256-S Transfer Mode In , rate. This programmable interpolation is determined using bit D5D3 of control register 00H/page 2. For


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PDF TSC2111 SLAS495A- 48kHz 19-mW 48kHz 400mW QFN-48 TSC2101 TSC2111 TSC2111IRGZR TSC2111IRGZT
2006 - Not Available

Abstract: No abstract text available
Text: BVDD Interchannel isolation Mute attenuation Maximum output power CELLPHONE MIC INPUT TO CP_OUT , drivers (8-, 16-, 32-) and Microphone PGA to Cell-phone . The TSC2111 also has a virtual ground (VGND , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with either , transfer mode, which are described below. These modes are set using bit D12 of control register 06H/page 2 , determined using bit D5D3 of control register 00H/page 2. For example, if playback of 11.025 kHz data is


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PDF TSC2111 SLAS495A- 48kHz 19-mW 400mW
2006 - microphone preamp agc

Abstract: No abstract text available
Text: BVDD Interchannel isolation Mute attenuation Maximum output power CELLPHONE MIC INPUT TO CP_OUT , drivers (8-, 16-, 32-) and Microphone PGA to Cell-phone . The TSC2111 also has a virtual ground (VGND , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with either , transfer mode, which are described below. These modes are set using bit D12 of control register 06H/page 2 , determined using bit D5D3 of control register 00H/page 2. For example, if playback of 11.025 kHz data is


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PDF TSC2111 SLAS495A- 48kHz 19-mW 400mW microphone preamp agc
2003 - Band stop filter

Abstract: No abstract text available
Text: attenuation Maximum output power CELLPHONE MIC INPUT TO CPOUT Full-scale input voltage (0 dB) Input common , -, 16-, 32-) and Microphone PGA to Cell-phone . The TSC2101 also has a virtual ground (VGND) output , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with either , , which are described below. These modes are set using bit D12 of control register 06H/page 2. D 256 , operating at the Fsref rate. This programmable interpolation is determined using bit D5D3 of control


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PDF TSC2101 SLAS392D- TSC2101 Band stop filter
2006 - Not Available

Abstract: No abstract text available
Text: BVDD Interchannel isolation Mute attenuation Maximum output power CELLPHONE MIC INPUT TO CP_OUT , drivers (8-, 16-, 32-) and Microphone PGA to Cell-phone . The TSC2111 also has a virtual ground (VGND , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with either , transfer mode, which are described below. These modes are set using bit D12 of control register 06H/page 2 , determined using bit D5D3 of control register 00H/page 2. For example, if playback of 11.025 kHz data is


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PDF TSC2111 SLAS495A- 48kHz 19-mW 400mW
2006 - Not Available

Abstract: No abstract text available
Text: BVDD Interchannel isolation Mute attenuation Maximum output power CELLPHONE MIC INPUT TO CP_OUT , drivers (8-, 16-, 32-) and Microphone PGA to Cell-phone . The TSC2111 also has a virtual ground (VGND , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with either , transfer mode, which are described below. These modes are set using bit D12 of control register 06H/page 2 , determined using bit D5D3 of control register 00H/page 2. For example, if playback of 11.025 kHz data is


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PDF TSC2111 SLAS495A- 48kHz 19-mW 400mW
2003 - Not Available

Abstract: No abstract text available
Text: attenuation Maximum output power CELLPHONE MIC INPUT TO CPOUT Full-scale input voltage (0 dB) Input common , -, 16-, 32-) and Microphone PGA to Cell-phone . The TSC2101 also has a virtual ground (VGND) output , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with either , , which are described below. These modes are set using bit D12 of control register 06H/page 2. D 256 , operating at the Fsref rate. This programmable interpolation is determined using bit D5D3 of control


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PDF TSC2101 SLAS392D- TSC2101
2003 - QFN-48

Abstract: TSC2101 TSC2101IRGZ TSC2101IRGZR
Text: CELLPHONE 1020-Hz Sine wave input on MICIN_HND, load on CP_OUT = 10 k, 50 pF MIC INPUT TO CPOUT , -) and Microphone PGA to Cell-phone . The TSC2101 also has a virtual ground (VGND) output, which can be , selectable using bit D13 of the register Audio Control 3 (06H/Page2). The ADC and DAC can operate with , continuous transfer mode, which are described below. These modes are set using bit D12 of control register , using bit D5D3 of control register 00H/page 2. For example, if playback of 11.025 kHz data is required


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PDF TSC2101 SLAS392D- QFN-48 TSC2101 TSC2101IRGZ TSC2101IRGZR
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