TLCS-42, 47 Search Results

TMP42C00Y

Abstract: TLCS-42
Contextual Info: TO SH IB A TMP42C00 CMOS 4-BIT MICROCONTROLLER TMP42C00Y The 42C00 is a system developm ent evaluator chip used for developm ent and operation confirmation of TLCS-42 systems. The electrical characteristics and some of the functions of TlCS-42 NM OS and TLCS-42 CMOS

Contextual Info: TOSHIBA TMP42C00 C M O S 4-BIT M ICRO CO NTRO LLER TMP42C00Y The 42C00 is a system d evelopm ent evaluator chip used for d evelopm ent and operation confirm ation of TLCS-42 systems. The electrical characteristics and some of the functions of TLCS-42 NM O S and TLCS-42 CM OS

TMP42C00Y

Abstract: TLCS-42, 47 PGA64 TLCS-42
Contextual Info: T O S H IB A TMP42C00 CM O S 4-BIT M ICRO CO NTRO LLER TM P 42C 00Y The 42C00 is a system d evelopm ent evaluator chip used for developm ent and operation confirm ation of TLCS-42 systems. The electrical characteristics and some of the functions of TLCS-42 NM O S and TLCS-42 CMOS

TLCPG5100

Abstract: B5100
Contextual Info: TLCS / R / O / Y / YG / PG / TG / BG / B5100 Vishay Semiconductors Ultrabright LED, ∅ 5 mm Untinted Non-Diffused Description The TLC.51. series is a clear, non diffused 5 mm LED for high end applications where supreme luminous intensity required. These lamps with clear untinted plastic case utilize

B5100

Abstract: TLCB5100 TLCPG5100 TLCR5100 TLCTG5100 TLCY5100 TLCY5101 TLCO5100 RthJA300K
Contextual Info: TLCS / R / O / Y / YG / PG / TG / BG / B5100 Vishay Semiconductors Ultrabright LED, ∅ 5 mm Untinted Non-Diffused Description The TLC.51. series is a clear, non diffused 5 mm LED for high end applications where supreme luminous intensity required. These lamps with clear untinted plastic case utilize

TDA5030

Abstract: TDA5030A vHF amplifier DIAGRAM
Contextual Info: TDA5030A Signefics VHF M ixer/O scillator Circuit Product Specification Linear Products DESCRIPTION FEATURES The TDA5030A performs the VHF mixer, VHF oscillator, SAW filter IF amplifier, and UHF IF amplifier functions in televi­ sion tuners. • A balanced VHF mixer

HSP48908

Abstract: LF48908
Contextual Info: LF48908 LF48908 DEVICES INCORPORATED Two Dimensional Convolver Two Dimensional Convolver DEVICES INCORPORATED FEATURES DESCRIPTION ❑ 40 MHz Data and Computation Rate ❑ Nine Multiplier Array with 8-bit Data and 8-bit Coefficient Inputs ❑ Separate Cascade Input and Output

LF48908

Abstract: 48908 HSP48908
Contextual Info: LF48908 LF48908 DEVICES INCORPORATED Two Dimensional Convolver Two Dimensional Convolver DEVICES INCORPORATED FEATURES DESCRIPTION ❑ 40 MHz Data and Computation Rate ❑ Nine Multiplier Array with 8-bit Data and 8-bit Coefficient Inputs ❑ Separate Cascade Input and Output

HSP48908

Abstract: LF48908
Contextual Info: LF48908 LF48908 DEVICES INCORPORATED Two Dimensional Convolver Two Dimensional Convolver DEVICES INCORPORATED FEATURES DESCRIPTION ❑ 40 MHz Data and Computation Rate ❑ Nine Multiplier Array with 8-bit Data and 8-bit Coefficient Inputs ❑ Separate Cascade Input and Output

Contextual Info: TOSHIBA TA8488AF TOSHIBA BIPOLAR LINEAR INTEGRATED CIRCUIT SILICON MONOLITHIC TA8488AF CYLINDER AND CAPSTAN MOTOR CONTROLLER 1C FOR VTR MOVIES The TA8488AF is a single-chip 1C for VTR movie cylinder motor controllers and capstan motor controllers. Both the cylinder and capstan areas are soft-switching

OPT 817

Abstract: MIC8030 MIC8030-01CV 7 segment display pin out diagram
Contextual Info: MIC8030 Micrel MIC8030 High-Voltage Display Driver General Description Features The MIC8030 is a CMOS high voltage liquid crystal display driver. Up to 38 segments can be driven from four CMOS level inputs CLOCK, DATA IN, LOAD and CHIP SELECT . The MIC8030 is rated at 50V. Data is loaded serially into a shift

HI-8020J-85

Abstract: 8120S HI-8010 HI-8020 HI-8120 HI-8120J-85 S4520 S5420 64 CERAMIC LEADLESS CHIP CARRIER LCC DS8020
Contextual Info: HI-8020/HI-8120 January 2001 GENERAL DESCRIPTION PIN CONFIGURATION Top View The HI-8020 & HI-8120 high voltage display drivers are functional replacements for the AMI S5420 and Micrel MIC8013/8014 series. These CMOS products are designed to drive liquid crystal displays by

s54 m01

Abstract: HI-8040 IN5818 IN5819
Contextual Info: HI-8040 CMOS High Voltage Display Driver March 2007 GENERAL DESCRIPTION APPLICATIONS S59 S58 S57 S56 S55 S54 S53 S52 S51 S50 S49 S48 S47 S46 S45 S44 S43 S42 S41 S40 S39 S38 S37 S36 S35 S34 S33 S32 S31 S30 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97

HI-8040

Abstract: HI-8045 HI-8045PQ IN5818 IN5819
Contextual Info: HI-8045 CMOS High Voltage Display Driver March 2007 GENERAL DESCRIPTION APPLICATIONS S80 S79 S78 S77 S76 S75 S74 S73 S72 S71 S70 S69 S68 S67 S66 S65 S64 S63 S62 S61 S60 S59 S58 S57 S56 N/C VSS CS CL LD DIN BPOSC N/C N/C BPIN N/C CONVOUT VDD DOUT 85 CONVOSC

HSP48901

Abstract: HSP48901JC-30
Contextual Info: HSP48901 Data Sheet July 2004 FN2459.6 3 x 3 Image Filter Features The Intersil HSP48901 is a high speed 9-Tap FIR Filter which utilizes 8-bit wide data and coefficients. It can be configured as a one-dimensional 1-D 9-Tap filter for a variety of signal processing applications, or as a two

32 PLCC to 28 din

Contextual Info: HI-8020/HI-8120 July 2006 CMOS HIGH VOLTAGE DISPLAY DRIVER GENERAL DESCRIPTION PIN CONFIGURATION Top View S26 S25 S24 S23 S22 S21 S20 DOUT 32 BP S19 S18 The HI-8020 & HI-8120 high voltage display drivers are functional replacements for the AMI S5420 and

transistor s72

Abstract: HI-8040 HI-8045 HI-8045PQ IN5818 IN5819 TCL TCW
Contextual Info: HI-8045 CMOS HIGH VOLTAGE DISPLAY DRIVER GENERAL DESCRIPTION APPLICATIONS The HI-8045 and the HI-80XX series of display drivers all control segment information in the same way. Data is serially clocked into the device and the data for all segment outputs are latched in parallel when the Load input transitions from high to low. With the Data Out from the shift

mic8010

Abstract: FBP10 HI-8020 HI-8020J-85 HI-8120 HI-8120J-85 S4520 S5420 HI-8010 8120j
Contextual Info: HI-8020/HI-8120 September 2006 CMOS HIGH VOLTAGE DISPLAY DRIVER GENERAL DESCRIPTION PIN CONFIGURATION Top View S26 S25 S24 S23 S22 S21 S20 DOUT 32 BP S19 S18 The HI-8020 & HI-8120 high voltage display drivers are functional replacements for the AMI S5420 and

S80-S81

Contextual Info: HI-8040 CMOS HIGH VOLTAGE DISPLAY DRIVER GENERAL DESCRIPTION APPLICATIONS The HI-8040 is part of a family of display drivers which control segment information in the same way. Data is serially clocked into the device and the data for all segment outputs are latched in parallel when the Load input

HI-8040

Abstract: HI-8045 HI-8045PQ IN5818 IN5819
Contextual Info: HI-8045 CMOS HIGH VOLTAGE DISPLAY DRIVER GENERAL DESCRIPTION APPLICATIONS The HI-8045 and the HI-80XX series of display drivers all control segment information in the same way. Data is serially clocked into the device and the data for all segment outputs are latched in parallel when the Load input transitions from high to low. With the Data Out from the shift

Contextual Info: HI-8020, HI-8120 CMOS High Voltage Display Driver March 2007 GENERAL DESCRIPTION PIN CONFIGURATION Top View S26 S25 S24 S23 S22 S21 S20 DOUT 32 BP S19 S18 The HI-8020 & HI-8120 high voltage display drivers are functional replacements for the AMI S5420 and

HSP9500

Abstract: HSP48901 HSP48901GC-20 HSP48901GC-30 HSP48901JC-20 HSP48901JC-30
Contextual Info: HSP48901 TM Data Sheet May 1999 FN2459.5 3 x 3 Image Filter Features The Intersil HSP48901 is a high speed 9-Tap FIR Filter which utilizes 8-bit wide data and coefficients. It can be configured as a one dimensional 1-D 9-Tap filter for a variety of signal processing applications, or as a two

Contextual Info: HI-8020/HI-8120 October 2000 GENERAL DESCRIPTION PIN CONFIGURATION Top View The HI-8020 & HI-8120 high voltage display drivers are functional replacements for the AMI S5420 and Micrel MIC8013/8014 series. These CMOS products are designed to drive liquid crystal displays by

HI-8040

Abstract: IN5818 IN5819
Contextual Info: HI-8040 CMOS HIGH VOLTAGE DISPLAY DRIVER GENERAL DESCRIPTION APPLICATIONS The HI-8040 is part of a family of display drivers which control segment information in the same way. Data is serially clocked into the device and the data for all segment outputs are latched in parallel when the Load input