134E6 Search Results

TAG 8510

Abstract: 5.1 audio amplifier STV-5700 STV0684 IS1612 VC5700 134E6 48LCC VC5700V048 VC6700V048
Contextual Info: VC700 2.0 MegaPixel Digital Video CMOS Image Sensor PRODUCT PREVIEW Features Applications • 1600 x 1200 resolution 2 megapixel ● Digital Still Cameras ■ 1/2 inch format lens compatible ● Barcode Reading ■ 3v3 supply Technical specifications ■ i2c control

L64705

Abstract: Viterbi decoder l64709
Contextual Info: L64705 FEC Concatenated Decoder Preliminary Specifications L64705.TAR.0 Draft 5/18/95 This document is preliminary. As such, it contains data derived from functional simulations and performance estimates. LSI Logic has not verified either the functional descriptions, or the electrical and mechanical specifications

TAG 8510

Abstract: VC5602V036 hfc 8081 be
Contextual Info: VC5602 VC6602 1.23 Megapixel digital video CMOS image sensor Features Description • SXVGA resolution 1280 x 960 ■ 1/3 inch format lens compatible ■ 3v3 I/O and 1V8 core digital supplies ■ 3v3 video and audio supplies ■ On board 10-bit ADC ■ On board audio pre-amplifier

Contextual Info: VC5602 VC6602 1.23 Megapixel digital video CMOS image sensor Features Description • SXVGA resolution 1280 x 960 ■ 1/3 inch format lens compatible ■ 3v3 I/O and 1V8 core digital supplies ■ 3v3 video and audio supplies ■ On board 10-bit ADC ■ On board audio pre-amplifier

VC5602

Abstract: 5.1 audio amplifier 134E6 VC6602 S8612 ZTX749 VC5602V036 VC602
Contextual Info: VC5602 VC6602 1.23 Megapixel digital video CMOS image sensor Features Description • SXVGA resolution 1280 x 960 ■ 1/3 inch format lens compatible ■ 3v3 I/O and 1V8 core digital supplies ■ 3v3 video and audio supplies ■ On board 10-bit ADC ■ On board audio pre-amplifier

L64711

Abstract: OXF*9 L64709 L6471 H14002 65 ber viterbi algorithm L64713 L64714 l64711 LSI
Contextual Info: LSI LOGIC L64709 Forward Error Correction Concatenated Decoder Technical Manual SepleinlHir 1995 Order No. 114008 ii This document is preliminary. As such, it contains data derived from functional simulations and performance estimates. LSI Logic has not verified either the