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Datasheets for T76

Datasheets found :: 212
Page: | 1 | 2 | 3 | 4 | 5 | 6 |
No. Part Name Description Manufacturer
31 AT76C505 AT76C505 single-chip MAC and Baseband with low power ARM7TDMI� RISC processor, Full-speed (12 Mbps) USB Interface, On-chip Boot-ROM, integrated 6K x 32-bit Internal SRAM, 128- CABGA Package, 3.3V operation, Integrated 802.11b baseband proc Atmel
32 AT76C505A AT76C505A single-chip MAC and Baseband with low power ARM7TDMI� RISC processor (supports Antenna Diversity Algorithm, Automatic Receive Gain Control, Transmit Gain Control, Transmit Filter for Japanese Regulatory and Differential or Single Atmel
33 AT76C505A AT76C505A single-chip MAC and Baseband with low power ARM7TDMI� RISC processor (supports Antenna Diversity Algorithm, Automatic Receive Gain Control, Transmit Gain Control, Transmit Filter for Japanese Regulatory and Differential or Single Atmel
34 AT76C506 AT76C506 single-chip MAC and Baseband with low power ARM7TDMI� RISC processor, PCI Bus Interface (compliant with PCI v2.2 and PCI Power Management Specification v1.1), integrated 6K x 32-bit Internal SRAM, 160-pin CABGA Package, 3.3V opera Atmel
35 AT76C506 AT76C506 single-chip MAC and Baseband with low power ARM7TDMI� RISC processor, PCI Bus Interface (compliant with PCI v2.2 and PCI Power Management Specification v1.1), integrated 6K x 32-bit Internal SRAM, 160-pin CABGA Package, 3.3V opera Atmel
36 AT76C506A AT76C506A single-chip MAC and Baseband with low power ARM7TDMI� RISC processor (supports Antenna Diversity Algorithm, Automatic Receive Gain Control, Transmit Gain Control, Transmit Filter for Japanese Regulatory and Differential or Single Atmel
37 AT76C506A AT76C506A single-chip MAC and Baseband with low power ARM7TDMI� RISC processor (supports Antenna Diversity Algorithm, Automatic Receive Gain Control, Transmit Gain Control, Transmit Filter for Japanese Regulatory and Differential or Single Atmel
38 AT76C507 802.11b Media Access Controller (MAC) and Baseband with USB Master Capabilities. Atmel
39 AT76C509 AT76C509 single-chip WLAN MAC and Baseband with low power ARM7TDMIR RISC. Atmel
40 AT76C509 AT76C509 single-chip WLAN MAC and Baseband with low power ARM7TDMIR RISC. Atmel
41 AT76C510 The AT76C510 is a highly integrated WLAN plus Internetworking device based on two ARM7TDMI� RISC processors, a 10/100 Ethernet MAC, USB, integrated 2 x 6K x 32-bit SRAM, 3.3V operation, 128- pin PQFP or TQFP package. Atmel
42 AT76C510 The AT76C510 is a highly integrated WLAN plus Internetworking device based on two ARM7TDMI� RISC processors, a 10/100 Ethernet MAC, USB, integrated 2 x 6K x 32-bit SRAM, 3.3V operation, 128- pin PQFP or TQFP package. Atmel
43 AT76C511 AT76C511 is a highly integrated WLAN Bridge-on-a-Chip based on two ARM7TDMI� RISC processors, two 10/100 Ethernet MACs, 32-bit DMA Channels, SRAM and Cache for program/data, UART, 3.3V operation, 208 pin LQFP package. Atmel
44 AT76C511 AT76C511 is a highly integrated WLAN Bridge-on-a-Chip based on two ARM7TDMI� RISC processors, two 10/100 Ethernet MACs, 32-bit DMA Channels, SRAM and Cache for program/data, UART, 3.3V operation, 208 pin LQFP package. Atmel
45 AT76C520 Network Processor. Atmel
46 AT76C551 Single-chip Bluetooth Controller Atmel
47 AT76C651B A DVB-compliant Quadrature Amplitude Modulation (QAM) demodulation circuit which can be used in DVB and other applications using Quadrature Phase Shift Keying (OPSK) or QAM transmission systems. The AT76C651B uses direct IF sampling or bas Atmel
48 AT76C651B A DVB-compliant Quadrature Amplitude Modulation (QAM) demodulation circuit which can be used in DVB and other applications using Quadrature Phase Shift Keying (OPSK) or QAM transmission systems. The AT76C651B uses direct IF sampling or bas Atmel
49 AT76C711 The Atmel AT76C711, based on Atmel�s proprietary 8-bit AVR-enhanced RISC architecture, is a USB device designed to provide a high-speed USB interface to devices that need to communicate with a host through fast serial links like UARTs and Atmel
50 AT76C711 The Atmel AT76C711, based on Atmel�s proprietary 8-bit AVR-enhanced RISC architecture, is a USB device designed to provide a high-speed USB interface to devices that need to communicate with a host through fast serial links like UARTs and Atmel
51 AT76C712 High-speed (48 MHz) AVR®-based bridging device. Atmel
52 AT76C713 High-speed (48 MHz) AVR Microcontroller with USB Interface. Atmel
53 AT76C901 Wireless VoIP Phone based on the 802.11 Standard Processor. Atmel
54 BAT760 Discrete - Rectifiers (0.5A and higher) - Schottky / SBR Rectifiers Diodes
55 BAT760 Medium power Schottky barrier single diode Nexperia
56 BAT760 Medium power Schottky barrier single diode NXP Semiconductors
57 BAT760 Schottky barrier diode Philips
58 BAT760-7 Discrete - Rectifiers (0.5A and higher) - Schottky / SBR Rectifiers Diodes
59 BST76 N-channel enhancement mode vertical D-MOS transistor Philips
60 BST76A N-channel enhancement mode vertical D-MOS transistor Philips


Datasheets found :: 212
Page: | 1 | 2 | 3 | 4 | 5 | 6 |



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