LABS Search Results

AN2028

Abstract: AN33 Zilker Labs
Contextual Info: Loading Configuration Files in a Manufacturing Environment Application Note May 01, 2009 AN2028.0 Introduction This document provides a summary of the process methodologies and necessary steps for loading a configuration file into the non-volatile memory of a Zilker Labs Digital-DC power controller.

11E008H

Abstract: 10A011 PW48-36 PW48-10 0520A PW54 I0C009 PW41-24 PW5-4
Contextual Info: INTERNATIONAL POW ER TRANSFORM ERS For PC Board, Solid-State Power, Control, and Instrum entation Applications. 'Wf« T O Recognized Componen! Underwriters Labs Inc M IC R O T R A N INTERNATIONAL SERIES MODELS & RATINGS FEATURES: UL Recognized-M eets IEC-65 Safetv Requirem ents for

AN2035

Abstract: A-100 AN2013 AN2026 AN2031 AN2033 ZL2005 change security level 0x000000000000000000
Contextual Info: Writing Configuration Files for Zilker May 01, 2009 Application Note AN2031.0 Introduction Zilker Labs Digital-DC devices must be configured through pin-strap settings or by using PMBus™ commands. A configuration file is a human-readable text file that contains a sequence of PMBus commands

NJM2195V

Abstract: NJM2195 NJM2195FJ1 NJM2195L QFP48 QFP48-J1 SDIP42 SSOP44
Contextual Info: NJM2195 SRS WOW AUDIO PROCESSOR QGENERAL DESCRIPTION The NJM2195 is a SRS WOW audio processor, based on the technology of SRS Labs, Inc. It includes SRS 3D Stereo regenerating 3D surround sound with stereo input, TruBass providing rich bass sound and FOCUS improving sound orientation.

passive subwoofer circuit diagram

Abstract: 4ch sub woofer passive subwoofer subwoofer filter circuit diagram subwoofer filter circuit passive subwoofer low pass filter tone control subwoofer circuit diagram NJW1149 NJW1149A NJW1149AFH1
Contextual Info: NJW1149A Audio Processor with Sound Enhancement and TruSurround 5.1ch Virtualizer • GENERAL DESCRIPTION The NJW1149A is an audio processor with BBE sound enhancement and SRS Labs' TruSurround 5.1 channel virtualizer. It includes all of functions processing audio signal for TV, such as volume, balance, mute,

DMP14

Abstract: NJM2194 NJM2194D NJM2194M
Contextual Info: NJM2194 SRS ダイアログクラリティプロセッサ •概 概 要 NJM2194 はステレオ信号に含まれる台詞や会話の音声情 報を補正し、声を聞き易くする SRS Labs 社独自のアルゴリズ ムを搭載した SRS ダイアログクラリティプロセッサです。

OPAmp Labs model 416

Abstract: OPAmp Labs OPAMP LABS 422B OPAMP LABS 425 "Microphone Preamplifier" DC DC INPUT 24V OUTPUT 6V phono preamp socket noval R300S 12v power amplifier 30w
Contextual Info: OPAMP LABS INC bTTblbB ODQDSS1 Û • OPA M2E D ^ DC a m p l if ie r s OPAMP LABS INC. POWER SUPPLIES-AUDIO CONSOLES 1033 N. SYCAMORE AVENUE F.O.B. LOS ANGELES, CA. LOS ANGELES, C A .9 0 0 3 8 409 D.C. OPERATIONAL AMPLIFIER 2 1 3 9 3 4 -3 5 6 6 B MAR 8 7

31-oq

Abstract: 7C342-25 CY7C342-35HMB 7C342-35 CY7C342 CY7C342B OQ11
Contextual Info: CY7C342 CY7C342B rif CYPRESS 128-Macrocell M AX EPLD Features Functional Description • 128 macrocells in 8 LABs • 8 dedicated inputs, 52 bidirectional I/O pins • Programmable interconnect array • 0.8-micron double-metal CMOS EPROM technology CY7C342

OPAMP LABS 425

Abstract: OPAMP LABS opamp 4009 YW 431 440C OPAmp Labs model 431 se 4009 opamp 425
Contextual Info: OPAMP LABS INC IOP A 0000555 T 42E D & 4 -& 7 - S V ID C A M P LIFIE R S -2 h OPAMP LABS INC. AMPLIFIERS - OSCILLATORS POWER SUPPLIES-AUDIO CONSOLES F.O.B. LOS ANGELES, CA. Send for FREE CATALOG and 50 APPLICATIONS 425 D.C. OPERATIONAL AMPLIFIER m odel :$ ?

DU128

Abstract: DIP28 TDA7467 TDA7467D D96A scl 4445
Contextual Info: TDA7467 AUDIO MATRIX WITH SRS EFFECTS The Device incorporates the SRS Sound Retrieval System under licence from SRS Labs, Inc. • ■ ■ ■ ■ ■ ■ 1 STEREO INPUT INPUT ATTENUATION CONTROL IN 0.5dB STEP – MUTE FUNCTION MONO MODE (SRS 3D MONO) STEREO MODE (SRS 3D STEREO)

GMOV

Abstract: srs wow obd2 TDA7465 SDIP42 car stereo speaker extra bass circuit diagram
Contextual Info: TDA7465 DIGITALLY CONTROLLED AUDIO PROCESSOR WITH SRS SURROUND SOUND AND VOICE CANCELLER The Device incorporates the SRS WOW Technology under licence from SRS Labs, Inc. 1 STEREO INPUT AND 1 MIXER INPUT INPUT ATTENUATION CONTROL IN 0.5dB STEP TREBLE MIDDLE AND BASS CONTROL

84-PIN

Abstract: CY7C341B
Contextual Info: CY7C341B y CYPRESS Features • 192 macrocells in 12 LABs • 8 dedicated inputs, 64 bidirectional I/O pin • Advanced 0.65-micron CMOS technology to increase performance • Programmable interconnect array • 384 expander product terms • Available in 84-pin HLCC, PLCC, and

N Type Clamp Connector RG8

Abstract: RG-141 RG-225 082-202-RFX MIL-A-55339 military crimp connector N for RG 213 coaxial cable 7807A 082-63 COAXIAL CABLE RG-8
Contextual Info: Amphenol RF Type N Type N Connectors Description Named after Paul Neill of Bell Labs after being developed in the 1940’s, the Type N offered the first true microwave performance. The Type N connector was developed to satisfy the need for a durable, weatherproof, medium-size RF connector with consistent

K12J

Abstract: 100-PIN CY7C346 CY7C346B f 7400
Contextual Info: CY7C346 CY7C346B 5T CYPRESS 128-Macrocell MAX EPLDs Features Functional Description • 128 macrocells in 8 LABs • 20 dedicated inputs, up to 64 bidirec­ tional I/O pins • Programmable interconnect array • 0.8-micron double-metal CMOS EPROM technology CY7C346

Contextual Info: 120-4032-000 EMBER EM3 XX UTILITIES GUIDE FOR THE EM35 X SO C PLATFORM This document describes how and when to use the standalone Ember EM35x utilities supplied with EmberZNet PRO software. Silicon Labs recommends that you review this document to familiarize yourself with each utility and its intended

Si502

Contextual Info: Si501/2/3 3 2 K H Z –100 MH Z CMEMS  オ シ レ ー タ 機能          広い周波数範囲：32 kHz~100 MHz  周波数が 100 MHz 以上の場合は Silicon Labs にお問い合わせくだ   さい。

Contextual Info: 120-2012-000 EMBER EM35 X NCP BREAKOUT BOARD TECHNICAL SPECIFICATION The Silicon Labs’ Ember EM35x Network Co-Processor NCP Breakout Board contains the hardware peripherals for the development and deployment of a low-data-rate, low-power ZigBee application on a host micro interfacing

Contextual Info: AN716 INSTRUCTIONS FOR USING IMAGE-BUILDER Formerly document 120-5072-000 Image-builder is Silicon Labs’ tool for creating ZigBee over-the-air (OTA) bootloader files for use with all Ember platforms. It takes one or more files and wraps them in the file format as declared in the ZigBee specification. This

Contextual Info: AN760 USING THE STANDALONE BOOTLOADER This application note describes the implementation of the Silicon Labs-proprietary Standalone Bootloader, a special firmware image intended to reside on a chip separately from the ZigBee application/stack firmware. It is designed

Contextual Info: AN104 I N T E G R A T I N G K E I L 8 0 5 1 TO O L S I N T O THE S I L I C O N L A B S IDE 1. Introduction This application note describes how to integrate the Keil 8051 Tools into the Silicon Labs IDE Integrated Development Environment . Integration provides an efficient development environment with compose, edit, build,

Contextual Info: AN694 W RITING TO FLASH FROM F IRMWARE ON S i M 3 X X X X D EVI C E S 1. Introduction This application note applies to the SiM3Cxxx, SiM3Uxxx, and SiM3Lxxx device families. The Flash memory on all Silicon Labs MCU devices is readable and writable from application code. This capability allows user software to

Contextual Info: AN619 Manually Generating an Si5351 Register Map 1. Introduction The Si5351 is a highly flexible and configurable clock generator and VCXO. A block diagram of the Si5351 programmable clock IC is shown in Figure 1. To support this flexibility, Silicon Labs has created ClockBuilder

Contextual Info: AN632 WDS U SER ’ S G U ID E FOR E Z R ADIO PRO D EVICES 1. Introduction Wireless Development Suite WDS is a software utility used to configure and test the Silicon Labs line of ISM band RFICs. This document describes only the EZRadioPRO product-family-specific details of the WDS. It is

Contextual Info: AN201 W R IT I N G TO F LASH FR OM F IRMWARE 1. Introduction The flash memory on all Silicon Labs MCU devices is readable and writable from application code. This capability allows user software to store values to the flash such as calibration constants or system parameters, and to