CD0006 Search Results

SV562

Contextual Info: VCO 1.APPLICATION W-CDMA specification preliminary 1/2 IF 2.PART No. CD0006 3.DIMENSIONS NC G OUT SV562 CD0006 ● SE 371 G VB max3.5 VC SIDE VIEW 10.0 OUT : RF OUTPUT VB : POWER SUPPLY VC : CONTROL VOLT. G : GROUND NC : GROUND NOTE : There is no mark of

JESD97

Abstract: LIS3L06AL LIS3L06ALTR
Contextual Info: LIS3L06AL MEMS INERTIAL SENSOR: 3-axis - +/-2g/6g ULTRACOMPACT LINEAR ACCELEROMETER Features • 2.4V TO 3.6V SINGLE SUPPLY OPERATION ■ LOW POWER CONSUMPTION ■ ±2g/±6g USER SELECTABLE FULL-SCALE ■ 0.5mg RESOLUTION OVER 100Hz BANDWIDTH ■ EMBEDDED SELF TEST

sta540

Contextual Info: STA543SA 24W x 1 + 7W x 2 Triple Amplifier with DC Volume Control PRELIMINARY DATA Features • OUTPUT POWER CAPABILITY 24W x 1 + 7W x 2 @ VCC = 15V, RL = 4Ω, THD = 10% ■ LINEAR DC VOLUME CONTROL FOR EACH SINGLE CHANNEL ■ MINIMUM EXTERNAL COMPONENTS

c828 transistor

Abstract: c828 transistor datasheet free C828 transistor c828 c828 C834 transistor tr c828 STEP C839 tr c828 c829 dual C824
Contextual Info: STw5098 Dual low-power asynchronous stereo audio Codec with integrated power amplifiers Features • Dual 20 bit audio resolution, 8 kHz to 96 kHz independent rate ADC and DAC ■ Dual I2S or PCM digital interfaces for dual master ■ Sustain complex voice and audio flow with or

CAMERA SMIA 85

Abstract: 3 mobile phone "Camera Module" smia95 CAMERA SMIA SMIA 85 VS6750 SMIA 85 camera 3 megapixel mobile phone Camera Module smia camera Wireless Camera block Diagram
Contextual Info: VS6750 2 Megapixel SMIA Camera Module DATA BRIEF Features • 2 Megapixel resolution sensor 1600 x 1200 ■ SMIA 1.0 profile 2 compliant ■ Video data interface - CCP 2.0 ■ Command interface - CCI ■ 2.5 V/1.8 V operation ■ On-board 10 bit ADC ■

CAMERA MODULE CCP 2MP 1600x1200

Abstract: rgb888 CCP10 yuv420 to yuv422 CMOS Camera Module CSI Auto-Focus YUV422 yuv420 camera 2MP HCMOS9 YUV422
Contextual Info: STV0984 2 MegaPixel SMIA Profile 2 Mobile Imaging Processor DATA BRIEF – Sensor interface: 2x CCP2.0 2 serial receivers (csi class 2 receivers) – Host interface: CCP1.01. serial transmitter (csi class 0 transmitter), ITU, PI – Control interface: I²C

Contextual Info: Am 3101 6 4 -B it W rite T ra n s p a re n t, Inverting O utput, Bipolar R A M > DISTINCTIVE CHARACTERISTICS U ltra-fast version: Address a ccess tim e 15 ns Low power: Iqq typically 50 mA Internal ECL circuitry fo r optim um sp e e d /p o w e r perfor­ m ance o ver voltage and tem perature

Contextual Info: Am27S28/27S29 Am27S28/27S29 4,096-Bit 5 1 2 x 8 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • • High Speed • Low-current PNP inputs Highly reliable, ultra-fast programming Platmum-Silicide • High-current open-collector and three-stat fuses • Fast chip select

CD4022

Abstract: C04022
Contextual Info: Am27S27/27S27A Adva^ 4,096-Bit 512x8 Bipolar Registered PROM Devices DISTINCTIVE CHARACTERISTICS • • • On-chip, edge-triggered registers— ideal for pipelined microprogrammed systems Versatile synchronous and asynchronous enables for sim plified word expansion

STE101P

Abstract: AN2232 STE100P 1091QM MDC schottky diode ST AN1302 AN2231 RMII PHY H1300 R743
Contextual Info: AN2232 APPLICATION NOTE STE101P Reference Design Board for 100Base-FX, 100Base-TX and 10Base-T Introduction The STE101P Reference Design Board lets you get started developing 100Base-FX, 100Base-TX and 10Base-T applications for the STE101P Fast Ethernet physical layer PHY interface. It provides a Media

bit 3102

Abstract: 0x30000020 LDR 7MM
Contextual Info: SPEAR-07-NC03 Ethernet Communication Controller with USB-Host PRELIMINARY DATA Features • Based on ARM720T 8K Caches and MMU included ■ Support a 10/100 Mbits/s Ethernet connection (IEEE802.3) ■ USB 2.0 Host Controller, supports 12Mbit/s Full Speed Devices

AM93422

Abstract: CD4022 AM93L422 am93l422a AM93L422PC 93L422
Contextual Info: A m 93L 412/93L 422 256 x 4-Bit Low-Power TTL Bipolar IMOX RAM • • • High-speed Internal ECL circuitry for optimum speed/power perfor­ mance over voltage and temperature Output preconditioned during write to eliminate write recovery glitch • •

ahb to i2c

Abstract: multiport memory controller
Contextual Info: SPEAr ARM 946, 400K Gates e-ASIC, Large IP Portfolio SoC DATA BRIEF Features • ARM946-ES fMAX = 192MHz ■ 400k equivalent customizable gates ■ AMBA 2.0 compliant Bus fMAX = 96 MHz ■ Clock generator ■ SDRAM, SRAM / FLASH interfaces ■ Ethernet 10/100

27s25a

Abstract: AM27S25 AM27S25A CD3024 PD3024 27S25
Contextual Info: Am27S25/27S25A/27S25SA Advanced 4096-Bit 512x8 Bipolar Registered PROM with Preset and Clear Inputs Micro Devices DISTINCTIVE CHARACTERISTICS • • • • • ' SA' version offers ultrafast AC performance (25 ns set­ up and 1 2 ns clock-to-output) On-chip edge-triggered registers — ideal for pipelined

JESD97

Abstract: LIS2L06AL LIS2L06ALTR T2 6G SMD
Contextual Info: LIS2L06AL MEMS INERTIAL SENSOR: 2-axis - +/- 2g/6g ULTRACOMPACT LINEAR ACCELEROMETER Features • 2.4V TO 5.25V SINGLE SUPPLY OPERATION ■ LOW POWER CONSUMPTION ■ ±2g/±6g USER SELECTABLE FULL-SCALE ■ 0.3mg RESOLUTION OVER 100Hz BANDWIDTH ■ EMBEDDED SELF TEST

am27s13b

Abstract: AM27S13A/BFA AM27S13
Contextual Info: a Adralg Am27S13/27S13A 2,048-Bit 512x4 Bipolar PROM Devices DISTINCTIVE CHARACTERISTICS • • • • • • High spaed Highly reliable, ultra-fast programming Platinum-Silicide fuses High programming yield Low-current PNP inputs High-current open-collector and three-state outputs

am93422a

Contextual Info: Am93L412/93L422 256 x 4-Bit Low-Power TTL Bipolar IMOX RAM • • • Available with three-state outputs or with open-collector outputs Power dissipation decreases with increasing tempera­ ture High-speed Internal ECL circuitry for optimum speed/power perfor­

AM27S29A/BRA

Contextual Info: ADV MICRO IME 0 I 0257550 0007753 3 | MEMORY a Am27S29/Am27S29A/Am27S29SA Advanced Micro Devices 4,096-Bit 512x8 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • High Speed Highly reliable, ultra-fast programming Platinum-Silicide fuses • High programming yield

STA540SA

Abstract: sta543sa circuit diagram sta540
Contextual Info: STA543SA 24W x 1 + 7W x 2 Triple Amplifier with DC Volume Control PRELIMINARY DATA Features • OUTPUT POWER CAPABILITY 24W x 1 + 7W x 2 @ VCC = 15V, RL = 4Ω, THD = 10% ■ LINEAR DC VOLUME CONTROL FOR EACH SINGLE CHANNEL ■ MINIMUM EXTERNAL COMPONENTS

aerx

Abstract: 27S25 AM27S25
Contextual Info: Am27S25 Am27S25 4096-Bit 5 1 2 x 8 Bipolar Registered PROM With Preset and Clear Inputs DISTINCTIVE CHARACTERISTICS • • • • • 'SA' version offers ultrafast AC performance (25 ns set­ up and 12 ns clock-to-output) On-chip edge-triggered registers — ideal for pipelined

STE101P

Abstract: H1300 AN1301 BAR43S HFBR-5103 MDC schottky diode ST AN2231 LEDR10 MII16
Contextual Info: AN2231 APPLICATION NOTE Single Port Fast Ethernet Transceiver Evaluation of the FX Mode Option Introduction The STE101P Transceiver is a high performance Fast Ethernet physical layer interface for 10Base-T and 100Base- TX applications designed for use with fiber optic cables FX mode over a continuous 125Mbps,

Contextual Info: LIS3L02AL MEMS INERTIAL SENSOR: 3-axis - +/-2g ULTRACOMPACT LINEAR ACCELEROMETER Features • 2.4V TO 3.6V SINGLE SUPPLY OPERATION ■ LOW POWER CONSUMPTION ■ ±2g FULL-SCALE ■ 0.5mg RESOLUTION OVER 100Hz BANDWIDTH ■ EMBEDDED SELF TEST ■ OUTPUT VOLTAGE, OFFSET AND

STLC2500

Abstract: bluetooth encoder wirless speaker circuit STA027 STLC2150 STW5094 TQFP64 Bluetooth Module LE tda7535
Contextual Info: STA027 SBC CODEC PRODUCT PREVIEW Features • Fully Integrated SBC Encoder And Decoder ■ Operating Modes: – SBC encoder mode PCM In/Serial Output – PCM input: 16, 32, 44.1, 48kHz – Channel Mode: Mono, Dual, – Stereo – Subbands: 4 OR 8 – Allocation Methods:

bluetooth encoder

Abstract: wirless Bluetooth SLTLC2416 STA027 STLC2150 STLC2500 STW5094 TQFP64 stereo to 5.1 upmix Bluetooth dongle internal circuit diagram
Contextual Info: STA027 SBC CODEC PRODUCT PREVIEW Features • Fully Integrated SBC Encoder And Decoder ■ Operating Modes: – SBC encoder mode PCM In/Serial Output – PCM input: 16, 32, 44.1, 48kHz – Channel Mode: Mono, Dual, – Stereo – Subbands: 4 OR 8 – Allocation Methods: