The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT3571EUD#PBF Linear Technology LT3571 - 75V DC/DC Converter for APD Bias; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C
LT3571IUD#PBF Linear Technology LT3571 - 75V DC/DC Converter for APD Bias; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C
LT3571EUD#TRPBF Linear Technology LT3571 - 75V DC/DC Converter for APD Bias; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C
LT3571IUD#TRPBF Linear Technology LT3571 - 75V DC/DC Converter for APD Bias; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C
LT3482EUD#PBF Linear Technology LT3482 - 90V Boost DC/DC Converter with APD Bias Current Monitor; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C
LT3482EUD#TRPBF Linear Technology LT3482 - 90V Boost DC/DC Converter with APD Bias Current Monitor; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C

lmp apd GHz Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2006 - LIDAR detector

Abstract: LIDAR LIDAR adc laser beam dvd Short range radar sensor lmp apd GHz LIDAR radar radar detector receiver DS90CP22 sensor doppler array
Text: Amp ADC FPGA APD LIDAR Module Semiconductor Laser Diode Figure 1. LIDAR block diagram , silicon avalanche photodiode ( APD ), and the photomultiplier tube (PMT). APDs are widely used in , by other detectors. The APD in the receiver converts the received light 3 Radar Solutions for , range 1.5/1.3 GHz SSBW, 0.92/1.0 nV/Hz Voltage noise, 100 µV Vos, +/-0.1 µV/Hz, +5 to ±6V supply , Slew rate, 2nd/3rd HD: -94/-96 at 5 MHz 1.7 GHz SSBW, 3100 V/µs Slew rate, 12.5 mA/ch output current


Original
PDF c58090 LIDAR detector LIDAR LIDAR adc laser beam dvd Short range radar sensor lmp apd GHz LIDAR radar radar detector receiver DS90CP22 sensor doppler array
2001 - ROK101007

Abstract: 16C450 bluetooth transmitter circuit diagram 1856b
Text: 2.5 GHz free ISM band. Both data and voice transmission is supported by the module. Communication , -71 30 MHz ­ 1 GHz 1 GHz ­ 12.75 GHz 1.8 GHz ­ 1.9 GHz 5.15 GHz ­ 5.3 GHz dBm dBm , RX mode 30 MHz ­ 1 GHz 1 GHz - 12.75 GHz Out-of-band blocking 30-1910 MHz 1910-2000 MHz , Link Manager Protocol ( LMP ) which is a peer to peer protocol, see figure 8. The LMP messages have the , Bluetooth System v1.1 part C for in-depth information regarding the LMP . Host Control Interface (HCI) The


Original
PDF SE-164 ROK101007 16C450 bluetooth transmitter circuit diagram 1856b
2002 - usb pin configuration

Abstract: PBA31305 Ericsson ROK 101 001 ericsson antenna air 21 vswr
Text: /Ico-channel C/I1MHz C/I2MHz Out of band blocking 2.402 1 50 2:1 2:1 -80 15 2.480 GHz MHz RX mode , 5000-12750 MHz 30 MHz to 1 GHz 1 GHz to 12.75 GHz +11 +11 0 -10 -13 -20 0 +10 -57 -47 dBm dBm dB dB dB , emissions 2) -2 1 slot (366 µs) 3 slots (1598 µs) 5 slots (2862 µs), 30 MHz ­ 1 GHz 1 GHz ­ 12.75 GHz 1.8 GHz ­ 1.9 GHz 5.15 GHz ­ 5.3 GHz 1.5 3 3 3 +4 25 40 40 -36 -30 -47 -47 dBm kHz kHz kHz , another Link Manager by using the Link Manager Protocol ( LMP ) which is a peer to peer protocol, see figure


Original
PDF SE-164 usb pin configuration PBA31305 Ericsson ROK 101 001 ericsson antenna air 21 vswr
2003 - Bluetooth internal circuit diagram

Abstract: SiW3000 SiW3500 ARM7TDMI process core application
Text: Bluetooth® Technology Solutions - SiW3500 and SiW3000 RF Micro Devices Offers SiW3500TM and SiW3000TM UltimateBlueTM Single Chips ® Features Low cost 0.18 µm CMOS process technology reduces The SiW3500TM and SiW3000TM UltimateBlueTM single-chip ICs combine a 2.4 GHz transceiver, baseband , SCO*, faster connections, LMP improvements, and Quality of Service (QoS) enhancements. Full , converter 6x6 BGA 0.5mm pitch Bumped KGD AFH, Faster Connect, LMP Improvements UART, USB 20KB 256KB


Original
PDF SiW3500 SiW3000 SiW3500TM SiW3000TM Bluetooth internal circuit diagram ARM7TDMI process core application
2002 - schematic bluetooth headset

Abstract: Microcode bluetooth transmitter receiver audio BCM2013 bluetooth development board schematic microsequencer
Text: embedded headset software · · LMP , L2CAP, SDP, RFCOMM stack layers TM · Reference design available , O V E R V I E W Asynchronous Serial Port Memory RF Output 2.4- GHz Transceiver , on-chip microcontroller, and no need for one. The microcodebased embedded software implements LMP , L2CAP


Original
PDF BCM2013 BCM92013 BCM92013 schematic bluetooth headset Microcode bluetooth transmitter receiver audio BCM2013 bluetooth development board schematic microsequencer
Not Available

Abstract: No abstract text available
Text: (STRIPLINE POWER DIVIDERS, 12 WAY - 0°) Power Dividers Frequency Range ( GHz ) 1.8-2.2 37-4.2 5.8-6.4 7.2-8.5 Insertion Loss (dB) max. 1.2 1.4 1.6 1.9 Isolation (dB) min. Amplitude Balance (dB) max. Phase Balance (Deg) max. 18 18 16 16 0.3 0.4 0.5 0.6 6.0 , 1.2:1. (STRIPLINE POWER DIVIDERS, 16 WAY - 0°) Frequency Range ( GHz ) 37-4.2 5.8-6.4 , A V . k V f lMP l .CORPORATION S STRIPLINE POWER DIVIDERS ( MULTI WAY - 0Â


OCR Scan
PDF PS12-01-455/1* PS12-02-455/1* PS12-03-455/1* PS12-04-455/1*
2000 - bluetooth advantages and disadvantages

Abstract: general advantages and disadvantages of bluetooth Nokia 1600 mobile phone disadvantages of bluetooth security walkie-talkie disadvantages of bluetooth bluetooth RS232 Bluetooth Base band controller bluetooth based smart home general information on bluetooth
Text: TCS WAP Audio UDP/TCP IP PPP RFCOMM L2CAP HCI LMP Baseband 2 White , RF link. Link Manager Protocol ( LMP ) The LMP is responsible for link setup between Bluetooth units. It handles the control and negotiation of packet sizes used when transmitting data. The LMP also handles the management of power modes and power consumption. Finally, the LMP handles generation , . Bluetooth Radio Parameters Bluetooth units operate on the ISM band, at 2.45 GHz . The transmitting power is


Original
PDF 11/00/xM bluetooth advantages and disadvantages general advantages and disadvantages of bluetooth Nokia 1600 mobile phone disadvantages of bluetooth security walkie-talkie disadvantages of bluetooth bluetooth RS232 Bluetooth Base band controller bluetooth based smart home general information on bluetooth
2000 - k941

Abstract: schematic diagram of bluetooth technology bluetooth development board schematic OKI Semiconductor Taiwan ML7051LA ML7050LA bluetooth transceiver OKI switch CMOS CSP Bluetooth Development Kit schematic diagram of bluetooth
Text: ) between devices made by different RF Frequency Band: ISM Band, 2.4 GHz manufacturers. Carri er Space , ML7050LA is a highly integrated Bluetooth radio transceiver designed to operate in the global 2.4 GHz , contains: Baseband Controller, LMP , HCI. Also available are software packs for the protocol stack of , IRM ISM IF L2CAP LNA LMP MCP PLL RF SAW SIMOX SOI SDK TDMI USB VCO W-CSP (internal


Original
PDF BT-0800J595RB k941 schematic diagram of bluetooth technology bluetooth development board schematic OKI Semiconductor Taiwan ML7051LA ML7050LA bluetooth transceiver OKI switch CMOS CSP Bluetooth Development Kit schematic diagram of bluetooth
1997 - P10 1r led display

Abstract: 220N BC847 ICL7136CM44 VINT16
Text: LMP LMP REF BG -5v DP1 DP2 DP3 ROH ROL COM RFH RFL VSS IN LO IN HI TEST VDC N/C , e 1,5 R12 22K 15 R11 220K VDD ROH ROL LMP + 10 R14 10 2K R10 18K7 9 C8 220n IC3 8069 P10 220N LMP VSS - 5V D3 D2 D1 17 5 14 40 25 24 26 23 , 9 8 TR3 BC847 IC2c 10 R22 180K R13 0R R15 LMP 4 11 3 IC2 4070 4 470K VDD 220n LMP 2 38 3 37 15 14 30 28 29 31 13 10 9 33 32 11 34 7 6 5 16


Original
PDF
2002 - gsm coding in c for 8051 microcontroller

Abstract: gsm coding for 8051 microcontroller connecting rf transceiver to 8051 CVSD modulator/demodulator BCM2033KFB connecting bluetooth transceiver to 8051 8051 bluetooth BCM2033 CVSD modulator BCM2033MKFB
Text: S implementation · ·Single-chip2.4- GHz radio transceiver and baseband Complete TM · , microcontroller and baseband to offload all processor-intensive tasks from the host computer · Complete LMP and , UART Port BCM2033 Single-Chip Bluetooth 2.4- GHz Transceiver and Baseband TM Host Computer , Adapter Unit (BAU) Emulation On Chip Bus (EOCB) RF Control Interface RF Input 2.4 GHz , Bluetooth solution, integrating the 2.4 GHz fractional-N radio transceiver and baseband controller. It is


Original
PDF BCM2033 BCM2033 2033-PB04-R-11 gsm coding in c for 8051 microcontroller gsm coding for 8051 microcontroller connecting rf transceiver to 8051 CVSD modulator/demodulator BCM2033KFB connecting bluetooth transceiver to 8051 8051 bluetooth CVSD modulator BCM2033MKFB
2002 - connecting rf transceiver to 8051

Abstract: connecting bluetooth transceiver to 8051 8051 bluetooth uart bluetooth usb adapter block diagram 16c550c BCM2033MKFB BCM2033KFB BCM2033 CVSD modulator/demodulator CVSD modulator
Text: implementation · ·Single-chip2.4- GHz radio transceiver and baseband Complete TM · Minimal external , microcontroller and baseband to offload · processor-intensive tasks from the host computer all · Complete LMP , Example USB Port UART Port BCM2033 Single-Chip Bluetooth 2.4- GHz Transceiver and Baseband TM , 2.4 GHz Transceiver RF Data Interface Bluetooth Baseband Core (BBC) 8-bit PCM USB UART , compliant, singlechip Bluetooth solution, integrating the 2.4 GHz fractional-N radio transceiver and


Original
PDF BCM2033 BCM2033 2033-PB03-R-3 connecting rf transceiver to 8051 connecting bluetooth transceiver to 8051 8051 bluetooth uart bluetooth usb adapter block diagram 16c550c BCM2033MKFB BCM2033KFB CVSD modulator/demodulator CVSD modulator
2002 - Not Available

Abstract: No abstract text available
Text: F I T S implementation • •Single-chip2.4- GHz radio transceiver and baseband Complete TM , processor-intensive tasks from the host computer • Complete LMP and HCI provided in firmware • Low power standby , UART Port BCM2033 Single-Chip Bluetooth 2.4- GHz Transceiver and Baseband TM Host Computer , Adapter Unit (BAU) Emulation On Chip Bus (EOCB) RF Control Interface RF Input 2.4 GHz , Bluetooth solution, integrating the 2.4 GHz fractional-N radio transceiver and baseband controller. It is


Original
PDF BCM2033 BCM2033 2033-PB04-R
transistor C1162

Abstract: No abstract text available
Text: . ELECTRICAL CONNECTIONS NC+ NCIP 4 IP 3 IP 2 IP 1 LMP 4 LMP 3 LMP 2 LMP 1 GP +24V +24V 0V , LMP 4 LMP 3 LMP 2 LMP 1 GP +24V NC+ NCIP 4 IP 3 IP 2 IP 1 LMP 4 LMP 3 LMP 2 LMP 1 GP , showing Terminal Layout GP +24V GP +24V NC+ NCIP 4 IP 3 IP 2 IP 1 LMP 4 LMP 3 LMP 2 LMP 1


Original
PDF Omni30 C1620/1/2/3 Omni30/4 24Vdc Omni16C Omni33/4 DSC1620AR04 Omni30/8 transistor C1162
2010 - A7401-CFG0X

Abstract: j23 connector BCM56300 AMC-7201 ATCA-7400 AMC-7202 BCM563 cpu 222 ATCA-1200 Broadcom
Text: -1200 control plane consists of the MPC8548 PowerQuik III processor, the Local Management processor ( LMP ), the PCI-E links connecting each AMC to the LMP and a 1GE control port from the LMP to the switch. The PCI-E , "un-intelligent" boards and allow an application running on the LMP to initialized the AMC device much like legacy , LMP manages the data-plane through the management of the GE Switch. The switch routes 5 x 1GE to each AMC (Ports 0,1, 14, 15,& 16), 2 x 1GE port to the LMP and 2 x 10GE to support PICMG 3.1 opt. 9


Original
PDF ATCA-1200 ATCA-1200 ATCA-12 A7402-CFG0X CFG01 CFG02 A7401-CFG0X j23 connector BCM56300 AMC-7201 ATCA-7400 AMC-7202 BCM563 cpu 222 Broadcom
2001 - bluetooth usb adapter block diagram

Abstract: 8051 bluetooth uart block diagram for gsm interface with 8051 8051.BUS 8051 bluetooth BCM2033BGA100 BCM2033BGA64 BCM2033 CVSD modulator/demodulator audio codec broadcom
Text: implementation · ·Single-chip2.4 GHz radio transceiver and baseband Complete · Minimal external component , from the host computer. all · Complete LMP and HCI provided in firmware Low power standby modes , USB Port UART Port BCM2033 Single Chip Bluetooth 2.4 GHz Transceiver and Baseband Host , 2.4 GHz Transceiver RF Data Interface Bluetooth Baseband Core (BBC) 8-bit PCM USB UART , compliant singlechip Bluetooth solution integrating the 2.4 GHz fractional-N radio transceiver and baseband


Original
PDF BCM2033 BCM2033 360-type BCM2033BGA64 BCM2033BGA100 2033-PB00-R-6 bluetooth usb adapter block diagram 8051 bluetooth uart block diagram for gsm interface with 8051 8051.BUS 8051 bluetooth BCM2033BGA100 BCM2033BGA64 CVSD modulator/demodulator audio codec broadcom
2001 - bluetooth usb adapter block diagram

Abstract: space qualified synthesizer 8051 bluetooth bluetooth transceiver block diagram 8051 bluetooth uart BCM2033MKFB bluetooth 1 chip controller usb BCM2033KFB BCM2033 uart 8051 protocol
Text: ·Single-chip2.4- GHz radio transceiver and baseband Complete · Minimal external component count · Simplify overall , Complete LMP and HCI provided in firmware Low power standby · power management modes to enable very , Single-Chip Bluetooth 2.4- GHz Transceiver and Baseband Host Computer PCM Port Audio CODEC , Chip Bus (EOCB) RF Control Interface RF Input 2.4 GHz Transceiver RF Data Interface , the 2.4 GHz fractional-N radio transceiver and baseband controller. It is an ideal solution for a


Original
PDF BCM2033 BCM2033 360-type BCM2033KFB 64BGA BCM2033MKFB 100BGA 2033-PB02-R-10 bluetooth usb adapter block diagram space qualified synthesizer 8051 bluetooth bluetooth transceiver block diagram 8051 bluetooth uart bluetooth 1 chip controller usb uart 8051 protocol
2006 - Potentiometric sensor

Abstract: BOURNS POTENTIOMETERS abstract for robotics bourns sensor solenoid valve sensor circuit diagram 3046L-3-102 linear solenoid valve circuit diagram bourns 3046
Text: displacement into an electrical signal that is proportional to that displacement. Bourns® LMP products are , are suited for systems designed to operate in environments that are not harsh. Bourns® LMP Models , . Satellite dish LMP Functionality When choosing the best LMP that suits your specific design needs, one , . Graph 1. Output Voltage vs. Position (Ideal) Since the LMP will be used to convert electrical travel to a proportional signal voltage, the LMP is connected as a voltage divider. In this type of


Original
PDF e/T0612 Potentiometric sensor BOURNS POTENTIOMETERS abstract for robotics bourns sensor solenoid valve sensor circuit diagram 3046L-3-102 linear solenoid valve circuit diagram bourns 3046
2007 - BCM2042

Abstract: bcm2045 broadcom bcm2042 schematic diagram of bluetooth a7530 wireless mouse circuit diagram bluetooth BCM2045 broadcom bcm2045 bcm2042 keyboard matrix 8 x 18 bluetooth dongle
Text: reported to the PC through the 2.4 GHz Bluetooth and USB protocols to update the position of the cursor , , low-cost, robust communications for applications operating in the globally available 2.4- GHz unlicensed , addition to user data. This is the link manager protocol ( LMP ). Devices that are active in a piconet have a default asynchronous connection-oriented logical transport that is used to transport the LMP , function uses LMP to control the operation of devices in the piconet and provide services to manage the


Original
PDF AN-7533-BRBT ADNS-7530 BCM2042 BCM2045 AN-7533-BRBT broadcom bcm2042 schematic diagram of bluetooth a7530 wireless mouse circuit diagram bluetooth BCM2045 broadcom bcm2045 bcm2042 keyboard matrix 8 x 18 bluetooth dongle
1999 - HSDL1001

Abstract: 1B01S AN16 HSMG-T400 HSMS-T400 HSMY-T400 MAX232
Text: clearer in the section describing the application layer. The link-management-protocol ( LMP ) layer , data then it will pass the data one byte at a time to the LAP layer which will pass it to the LMP layer. The LMP layer will strip off the LMP address bytes and if the frame contains IrComm data then it , inform the LAP layer. The LAP layer will verify the frame numbering and will inform the LMP layer of , higher layer of a situation. 1.2.4 LMP Layer Minimal implementation to allow multiplexing between


Original
PDF SXL-AN16-01 HSDL1001 1B01S AN16 HSMG-T400 HSMS-T400 HSMY-T400 MAX232
servo potentiometer

Abstract: working principle of encoder 5K ohm rotary potentiometer 10K rotary double potentiometer endless rotary potentiometer NCP 307 l.m.p-w.w-300 NCP-307 LCP-20 potentiometer dual 5k
Text: develop new products as import substitute, L.M.P . is one such product in our portfolio. The efforts were , While Shaft Inside All Dimensions in m.m Res.Value LMP - 50 100 W 0.390 500 W 0.273 1K W 0.241 5K W 0.133 10K W 0.117 LMP - 100 LMP - 150 LMP - 200 LMP - 250 0.234 0.124 0.135 0.109 0.067 0.176 0.098 0.107 0.069 0.054 0.137 0.078 0.062 0.048 0.035 LMP - 300 0.111 , 0.024 LMP - 500 0.074 0.047 0.033 0.027 0.024 SHAFT DESIGN : ORDERING CODE : Model No


Original
PDF LCP-20 NCP-307 SS-50, IP-65 HSS-50 201-B, servo potentiometer working principle of encoder 5K ohm rotary potentiometer 10K rotary double potentiometer endless rotary potentiometer NCP 307 l.m.p-w.w-300 NCP-307 LCP-20 potentiometer dual 5k
2004 - Not Available

Abstract: No abstract text available
Text: . Port IA 2 pins. LMP 1 pins (Low active). REM 1 pins (high active). 6. 4 level subroutine nesting , function. 1 tenx technology, inc. Rev.1.4 2003/3/24 TM8701 BLOCK DIAGRAM A1-2 REM LMP , C3 C4 REM VDD A1(SEL) XTOUT XTIN VSS LMP IOD4 IOD3 IOD2 IOD1 IOB4 IOB3 IOB2 IOB1 A2 , REM IOD2 VDD IOD3 A1 CFOUT CFIN GND LMP IOD4 PIN DESCRIPTION Name I/O VDD S1-4 C1-4 CFIN CFOUT P I I I O IOB1-4 IOD1-4 A1-2 LMP REM VSS I/O I/O I O


Original
PDF TM8701 TM8701 58MHz, 455KHz)
1999 - HDSL1001

Abstract: 9600-115200bps HSDL1001 1B01S max232 rts cts SX28 MAX232 HIN232 AN16 sx28ac
Text: clearer in the section describing the application layer. The link-management-protocol ( LMP ) layer , data then it will pass the data one byte at a time to the LAP layer which will pass it to the LMP layer. The LMP layer will strip off the LMP address bytes and if the frame contains IrComm data then it , inform the LAP layer. The LAP layer will verify the frame numbering and will inform the LMP layer of , higher layer of a situation. 1.2.4 LMP Layer Minimal implementation to allow multiplexing between


Original
PDF SXL-AN16-01 HDSL1001 9600-115200bps HSDL1001 1B01S max232 rts cts SX28 MAX232 HIN232 AN16 sx28ac
2000 - HDSL1001

Abstract: 7805 D2PAK pin diagram of 7805 max232 rts cts HSDL1001 5V power supply using bridge circuit using 7805 Remote RC5 white 3528 LED 1B01S AN16
Text: . The link-management-protocol ( LMP ) layer serves to multiplex the LAP connection between a number of , connection. · SX can accept unreliable data frames outside of a connection. 1.2.4 LMP Layer Minimal , LMP layer. The LMP layer will strip off the LMP address bytes and if the frame contains IrComm data , the LMP layer of the validity of the frame which will in-turn inform the IrComm application layer , SLSAP bytes of the LMP layer rather than the two bytes being passed as data (refer to the LMP


Original
PDF AN16-02 HDSL1001 7805 D2PAK pin diagram of 7805 max232 rts cts HSDL1001 5V power supply using bridge circuit using 7805 Remote RC5 white 3528 LED 1B01S AN16
FLUID level measurement

Abstract: LMP307 Water Level Monitoring level transmitter for diesel tank circuit diagram water level sensor continuous water level sensor PN16 DN25 DN50 PN40
Text: LMP 307 Stainless Steel Probe with Stainless Steel Sensor The submersible level transmitter LMP 307 has been designed for continuous fluid level measurement in water and clean to slightly , sensor the submersible probe LMP 307 features an excellent linearity and good long term stability. On , special pressure ranges Stainless Steel Level Transmitter diameter: 27 mm LMP 307 LMP , atmospheric pressure reference pressure measurement 25 250 60 LMP 307 Stainless Steel Level


Original
PDF 316Ti) LMP307 FLUID level measurement Water Level Monitoring level transmitter for diesel tank circuit diagram water level sensor continuous water level sensor PN16 DN25 DN50 PN40
2000 - IC1 7805

Abstract: HSDL1001 1B01S 7805 D2PAK hyperterminal and irda AN16 HIN232 MAX232 SX28
Text: protocol providing both serial (COM) and LPT (IrLPT) services. The link-management-protocol ( LMP ) layer , SX can accept unreliable data frames outside of a connection. 1.2.4 LMP Layer Minimal , the LAP layer which will pass it to the LMP layer. The LMP layer will strip off the LMP address bytes , will verify the frame numbering and will inform the LMP layer of the validity of the frame which will , the payload layer will internally send the DSLAP and SLSAP bytes of the LMP layer rather than the


Original
PDF SXL-AN16-02 IC1 7805 HSDL1001 1B01S 7805 D2PAK hyperterminal and irda AN16 HIN232 MAX232 SX28
Supplyframe Tracking Pixel