5247 8 PIN Search Results

5247

Contextual Info: UltraMAX TM LX5245/5246/5247 9 - L I N E LV D S C S I T E R M I N A T O R T H E I N F I N I T E P O W E R O F I P N N O VA T I O N R E L I M I N A R Y DESCRIPTION The LX5245/5246/5247 ICs are Low Voltage Differential LVD Terminators designed to comply with the LVD termination

ic 5247

Abstract: LX5240 LX5245 LX5245CPW LX5246 UCC5640 5247 soic-8
Contextual Info: UltraMAX TM LX5245/5246/5247 9 - L I N E LV D S C S I T E R M I N A T O R T H E I N F I N I T E P O W E R O F I P N N O VA T I O N R E L I M I N A R Y DESCRIPTION The LX5245/5246/5247 ICs are Low Voltage Differential LVD Terminators designed to comply with the LVD termination

ON 5247

Abstract: ic 5247 LX5240 LX5245 LX5245CPW LX5246 UCC5640
Contextual Info: UltraMAX TM LX5245/5246/5247 9 - L I N E LV D S C S I T E R M I N A T O R T H E I N F I N I T E P O W E R O F I P N N O VA T I O N R E L I M I N A R Y DESCRIPTION The LX5245/5246/5247 ICs are Low Voltage Differential LVD Terminators designed to comply with the LVD termination

Contextual Info: UltraMAX TM LX5245/5246/5247 9 - L I N E LV D S C S I T E R M I N A T O R T H E I N F I N I T E P O W E R O F I P N N O VA T I O N R E L I M I N A R Y DESCRIPTION The LX5245/5246/5247 ICs are Low Voltage Differential LVD Terminators designed to comply with the LVD termination

TRANSISTOR JC

Abstract: STK400-490 FL 210 transistor
Contextual Info: Ordering number:ENN5247 Thick Film Hybrid IC STK400-490 3ch AF Power Amplifier Split Power Supply (25W + 50W + 25W, THD = 0.4%) Overview Package Dimensions The STK400-490 is an audio power amplifier IC for multichannel speaker applications. It comprises two 25W channels (left and right) and a 50W channel (center) in a single

50 33g

Abstract: TRIO TA 80W stk*0460 600 DKZ 15Wx2 5247 MG-200 STK400-490 STK401-20 K30V
Contextual Info: Ordering number: EN 5247 Thick Film Hybrid 1C STK400-490 No. 5247 3ch AF Power Amplifier Split Power Supply 25W + 50W + 25W.THD = 0.4% Overview Package Dimensions The STK400-490 is an audio power'amplifier IC for multi­ channel speaker applications. It comprises two 25W chan­

Ablebond 71-1

Abstract: Ablebond 71 BCT8373 SN74BCT8373 SN74BCT8373A 5247 8 pin
Contextual Info: TEXAS INSTRUMENTS Qualification Notification for the SN74BCT8373A, Die Revision B February 7, 1996 Abstract Texas Instruments has qualified the SN74BCT8373A, Die Revision B, to replace the SN74BCT8373, no die revision. Die revision B was redesigned to conform to IEEE Standard 1149.11990 JTAG . The die and device revision are necessary to change the TDO drive state controls to

TRANSISTOR JC

Contextual Info: Ordering number:ENN5247 Thick Film Hybrid IC STK400-490 3ch AF Power Amplifier Split Power Supply (25W + 50W + 25W, THD = 0.4%) Overview Package Dimensions The STK400-490 is an audio power amplifier IC for multichannel speaker applications. It comprises two 25W channels (left and right) and a 50W channel (center) in a single

ic 5247

Abstract: vg40t 2 channel 100w audio amplifier circuit diagram T20 02 MG-200 STK400-490 50W TRANSISTOR AUDIO AMPLIFIER
Contextual Info: Ordering number: EN 5247 Thick Film Hybrid 1C No. 5247 S A \Y O STK400-490 3ch A F Power Amplifier Split Power Supply 25W + 50W + 25W, THD = 0.4% I Overview Package Dimensions The STK400-490 is an audio power amplifier IC for multi­ channel speaker applications. It comprises two 25W chan­

N5248

Abstract: n524 ic 5247 N5247
Contextual Info: MN5247 Preliminary Specifications in this data sheet are based on design expectations and on measurements from a limited number of engineering samples. Please contact your local Micro Networks Representative for additional information. 40 PIN DIP 2MHZ 12-BIT

Yamatake honeywell

Abstract: colour coms sensor ov 9712 MICRO MATE-N-LOK HUmiseal Honeywell CSNM191 ov 9712 CSNL181 s 9013 c 331 transistor EN50081-2
Contextual Info: Interactive Catalog Replaces Catalog Pages Honeywell Sensing and Control has replaced the PDF product catalog with the new Interactive Catalog. The Interactive Catalog is a power search tool that makes it easier to find product information. It includes more

mn5245

Abstract: n524 MN5246 sonar block diagram MN5247 MN5247H MN5248 MN5248H Ground Radar diagram
Contextual Info: MN5247 Preliminary Specifications in this data sheet are based on design expectations and on measurements from a limited number of engineering samples. Please contact your local Micro Networks Representative for additional information. 40 PIN DIP 2MHz 12-BIT

Contextual Info: ADVANCE MT43C256K8A1 256K X 8 TPDRAM |^ IC = R C 3 N TRIPLE PORT DRAM 256K X 8 DRAM WITH DUAL 512 x 8 SAMS FEATURES PIN ASSIGNMENT Top View Three asynchronous, independent, data access ports Fast access times - 60ns random, 15ns serial Operation and control compatible with 2 Meg VRAMS

tablet schematic

Contextual Info: ADVANCE INFORMATION Semiconductor 74ABT162500 18-Bit Universal Bus Transceivers with 25H Series Resistors in the Outputs General Description These 18-bit universal bus transceivers combine D-type latches and D-type flip-flops to allow data flow in transpar­

ka 40w trio

Abstract: TRIO TA 80W stk 490 110
Contextual Info: Ordering number : EN 5247 Thick Film Hybrid 1C STK400-490 AF Power Amplifier Split Power Supply (25W + 50W + 25W min, THD = 0.4%) Overview Package Dimensions T he S T K 400-490 is an audio pow er am plifier IC for m ulti­ channel speaker applications. It com prises two 25W chan­

Contextual Info: □RAWING No,: M 2 0 -8 7 7 X X X X SH E E T 2 OF 2 IF IN DOUBT - ASK ^- 2, 54 -2, 50 X N - 2, 5 4 No, OF g WA Y S x No, OF 2, 5 4 NOT TO S C A L E THIRD ANGLE PROJECTION A L L DINENSIONS MAX- PITCHES RECOMMENDED

DIO-32d

Contextual Info: PRELIMINARY LH538600A FEATURES • 1,048,576 words x 8 bit organization Byte mode 524,288 words x 16 bit organization (Word mode) • BYTE input pin selects bit configuration • Access time: 100 ns (MAX.) • Power consumption: Operating: 550 mW (MAX.)

AEDR-8300

Abstract: avago encoder 5247 8 pin J-STD-020A ic 5247
Contextual Info: AEDR-8300 Encoder Design Handling and Tooling Considerations Application Note 5247 Handling and Usage Pre-Bake Requirements The optical grade materials used in the AEDR-8300 Encoder can absorb moisture directly out of the air. However, moisture absorption prior to reflow soldering

Contextual Info: M M O T O R O L A SN54LS280 SN74LS280 D E S C R IP T IO N — The S N 5 4 L S /7 4 L S 2 8 0 is a U n iv e rs a l 9 - B it P a rity G e n e ra to r/C h e c k e r. It fe a tu re s o d d /e v e n o u tp u ts to fa c ilita te e ith e r odd or even p a rity. By cascad ing, th e w o rd le n g th is ea s ily expanded.

d 1878

Abstract: 4641 SEG55
Contextual Info: SEDI 540 CMOS DOT MATRIX LCD CONTROLLER/DRIVER • DESCRIPTION The SEDI 540 is an LCD driver-controller intended mainly for segment type liquid crystal displays. The device communicates with a host microprocessor through an 8-bit parallel data. The SED1540 stores

Contextual Info: * D FLIP-FLOP WITH SET AND RESET SYNERGY SY10EL31 SY100EL31 SEMICONDUCTOR DESCRIPTION FEATURES 475ps propagation delay The SY10/100EL31 are D flip-flops with set and reset. The devices are fu n ctio n a lly e quivale nt to the E131 d evices, w ith higher perform ance ca p a b ilitie s.

Contextual Info: * D FLIP-FLOP WITH SET AND RESET SYNERGY SY10EL31 SY100EL31 SEMICONDUCTOR DESCRIPTION FEATURES 475ps propagation delay The SY10/100EL31 are D flip-flops with set and reset. The devices are fu n ctio n a lly eq u iva le n t to the E131 d evices, w ith higher perform ance ca p a b ilitie s.

Contextual Info: * D FLIP-FLOP WITH SET AND RESET SYNERGY SY10EL31 SY100EL31 SEMICONDUCTOR DESCRIPTION FEATURES 475ps propagation delay The SY10/100EL31 are D flip-flops with set and reset. The devices are fu n ctio n a lly eq u iva le n t to the E131 d evices, w ith higher perform ance ca p a b ilitie s.

5247 8 pin

Abstract: 5247 soic-8
Contextual Info: ~ Semiconductor, Inc. TCM680 +5V TO ±10V VOLTAGE CONVERTER GENERAL DESCRIPTION FEATURES 99% Voltage Conversion Efficiency 85% Power Conversion Efficiency Wide Voltage Range. +2.0V to +5.5V Only 4 External Capacitors Required Space Saving 8-Pin SOIC Design