0446 DELAY Search Results

Contextual Info: defining a degree of excellence LUMPED CONSTANT DELAY LINE SERIES 0446 AND A446 10 TAP TECHNICAL INFORMATION TEST CONDITIONS Pulse Width Pulse Period Pulse Voltage Rise Time Ambient Temperature A446 0446 14 3.0 x Total Delay 4 x Pulse Width 1 Vblt 2.0 Nsec 10°/o-90°/o

0446-0150-01

Abstract: 0446-0150-02 TR 100 40NS 60NS A446 0446-0250-01 0446-0100-01 0446-0200-01
Contextual Info: b e l/ defining a degree of excellence LUMPED CONSTANT DELAY LINE SERIES 0446 AND A446 10 TAP TECHNICAL INFORMATION 14 TEST CONDITIONS Pulse W idth Pulse Period Pulse Voltage Rise Time Am bient Temperature A446 0446 3.0 x Total Delay 4 x Pulse Width 1 Vblt

Digital Delay Lines

Abstract: Delay Lines "Digital Delay Lines" digital delay generator 0438 Series
Contextual Info: defining a degree of excellence DELAY LINES TABLE OF CONTENTS GENERAL CHARACTERISTICS 4 Considerations for specifying delay lines DELAY LINE MEASURING TECHNIQUES DEFINITIONS DELAY LINE APPLICATIONS 5 6-7 8 TTL DIGITAL DELAY LINES A447-XXXX-02 A447-XXXX-10

Contextual Info: bel/ defining a degree of excellence LUMPED CONSTANT DELAY LINE SERIES 0448 AND A446 10 TAP TECHNICAL INFORMATION 3.0 x Total Delay 4 x Pulse Width 1 Vblt 2.0 Nsec 10%-90% 25°C PERFORMANCE CHARACTERISTICS 10°/o max. 8 2 8 5 MAX. .325 M A X 1 7 —1.10l—

Contextual Info: bel/ defining a degree of excellence GENERAL CHARACTERISTIC OF CATALOG ITEMS AND CONSIDERATIONS FOR SPECIFYING DELAY LINES PASSIVE Wherever possible, it is suggested that standard catalog items be used. When this is not possible, the following factors should

Microchip 0036

Abstract: 000D 16C54 AN528 PIC16C54 PIC16C5X PIC16CXX rb27
Contextual Info: Implementing Wake-Up on Key Stroke AN528 Implementing Wake-Up on Key Stroke pending on SW1 or SW2 being pressed and the voltage across C falls rapidly approx. 1 ms), causing a low at the MCLR pin of the PIC16C5X, which in turn causes the PIC16C5X to wake up and enter its reset state. In reset,

000D

Abstract: 16C54 AN528 PIC16C54 PIC16C5X 0803 prc
Contextual Info: AN528 Implementing Wake-up on Key Stroke Author: are both set to a low logic level. In this state, the capacitor C is fully charged and a high logic level is present at the MCLR pin. When a key is pressed, C discharges through either R2 or R3 depending on which switch is

PIC16C54

Abstract: ICT PRC R7 000D 16C54 AN528 PIC16C5X RB27
Contextual Info: AN528 Implementing Wake-up on Key Stroke Author: are both set to a low logic level. In this state, the capacitor C is fully charged and a high logic level is present at the MCLR pin. When a key is pressed, C discharges through either R2 or R3 depending on which switch is

LU 00076

Abstract: 000D 16C54 AN528 PIC16C54 PIC16C5X microchip an528
Contextual Info: AN528 Implementing Wake-up on Key Stroke Author: are both set to a low logic level. In this state, the capacitor C is fully charged and a high logic level is present at the MCLR pin. When a key is pressed, C discharges through either R2 or R3 depending on which switch is

Contextual Info: SG1635/SG3635 2A, HALF-BRIDGE DRIVER DESCRIPTION FEATURES The SG1635 is a monolithic integrated circuit designed to interface low-level logic signals with high-current, inductive, or capacitive loads. This device is particularly adept at high-speed pulse width

TLP352

Abstract: 5252 F mosfet
Contextual Info: New Product Guide IPM/Power MOSFET Driver Couplers TLP102, TLP106, TLP352 and TLP356 The propagation delay of the newly-developed TLP102, TLP106, TLP352 and TLP356 devices is approximately half that of conventional IPM drivers. Toshiba guarantees a maximum propagation delay of 400 ns in the temperature

SG3635

Abstract: 0446 delay UDN2935Z SG1635 SG1635R SG3635P SG3635R
Contextual Info: SG1635/SG3635 2A, HALF-BRIDGE DRIVER FEATURES NO T R OB EC SO OM L ME ET ND E P ED R FO OD R NE UC W T DE SIG NS DESCRIPTION The SG1635 is a monolithic integrated circuit designed to interface low-level logic signals with high-current, inductive, or capacitive

LM7805L

Abstract: LTM-8834-2 12C508 ir transmitter 2VN4206AV LTM-8834 12C508 2VN420 12C508-4 LTM8834-2 piezo electric buzzers
Contextual Info: Consumer Appliance, Widget, Gadget Office Tag Author: Lon Glazner Chico, California email: lon@solutions-cubed.com INTRODUCTION: This design fragment is being used as an entry into the Microchip De$igning for Dollar$ design contest for the month of September. It is based upon a

Edison time delay

Contextual Info: New Product Guide Low Power Consumption Photo-IC TPS842 Outline The TPS842 is a digital-output Si photo-IC which incorporates a photodiode, an amplifier circuit and a schmitt trigger circuit in a single chip. The TPS842 is a low-voltage drive device which has been

str 6307

Abstract: str 6307 datasheet STR 6307 POWER ic str 6307 D-71229 STR S 6307
Contextual Info: Low Power CMOS ASIC 0.3µm 3V/2V TC222C Series Cell-Based IC PRODUCT GUIDE Overview features help to substantially reduce your chip’s power while maximizing the critical path speed. Power Comparison e.g., 100k gates, 70k-bit SRAM, 20MHz Core : 3V Core : 2V, I/Os : Single 3V

str 6307 datasheet

Abstract: str 6307 D-71229 ic str 6307 STR 6307 POWER STR S 6307 TC222C Toshiba Europe NAND
Contextual Info: Low Power CMOS ASIC 0.3µm 3V/2V TC222C Series Cell-Based IC PRODUCT GUIDE Overview features help to substantially reduce your chip’s power while maximizing the critical path speed. Power Comparison e.g., 100k gates, 70k-bit SRAM, 20MHz Core : 3V Core : 2V, I/Os : Single 3V

TC260C

Abstract: TC260 TOSHIBA standard cell library TC240 TC240C PCI 16f IEEE1284 TC260 TC260E types of transistors 1 gate toshiba logic
Contextual Info: 0.14 m CMOS ASIC TC260 Family PRODUCT GUIDE SLI ASIC for High-Function, Low-Power Applications TC260 Family The TC260 family of System-Level Integration SLI ASICs are designed for applications needing the highest performance with the smallest die size and lowest power.

"embedded dram"

Abstract: types of transistors CMOS GATE ARRAYs toshiba 1 gate toshiba logic TC240 TC260C 0.25um TOSHIBA standard cell library TOSHIBA Logic
Contextual Info: 0.14 m CMOS ASIC TC260 Family PRODUCT GUIDE SLI ASIC for High-Function, Low-Power Applications TC260 Family The TC260 family of System-Level Integration SLI ASICs are designed for applications needing the highest performance with the smallest die size and lowest power.

Contextual Info: New Product Guide Low Power Consumption, Short-Lead Photointerrupter Photo-IC Output Type TLP1031, TLP1033 and TLP1037 Low power consumption, short-lead photointerrupter (photo-IC output type) TLP1031•TLP1033•TLP1037 Maximum Ratings (Ta = 2 Rating LED

M54889P

Abstract: mitsubishi 5233 m54889
Contextual Info: MITSUBISHI BIPOLAR DIGITAL ICs MITSUBISHI DGTL LOGIC 31E D M54889P • [I0147b0 3 ■MIT3 _ T A P E CONTROLLER | _T-52.-33-05 DESCRIPTION PIN CONFIGURATION (TOP VIEW) The M 5 4889P is a semiconductor l2 L integrated circuit consisting o f a tape mechanism controller fo r use in cassette

5252 F led

Abstract: P1031 5252 F 1002 P-1031 p1037 tl 701 amp diagram
Contextual Info: New Product Guide Low Power Consumption, Short-Lead Photointerrupter Photo-IC Output Type TLP1031, TLP1033 and TLP1037 Low power consumption, short-lead photointerrupter (photo-IC output type) TLP1031•TLP1033•TLP1037 Maximum Ratings (Ta = 2 Rating LED

TC260

Abstract: TC280 0.13um standard cell library 1 gate toshiba logic
Contextual Info: AN IDEAL SYSTEM-LEVEL INTEGRATION SLI PLATFORM TO ENABLE THE BROADBAND AGE Premium ASIC for high-performance and ultra-low power applications TC280 Family Broadband Internet access is rapidly reaching a huge number of people. With worldwide Internet traffic projected to

tlp250 application note

Abstract: tlp250 tlp2501 TLP250 application igbt drive tlp250 TLP251
Contextual Info: IGBT/Power MOSFET Gate Drive Photo-IC Couplers TLP250 INV /TLP250F(INV) NEW PRODUCT GUIDE IGBT / POWER MOSFET GATE DRIVE PHOTO-IC COUPLERS TLP250 (INV) / TLP250F (INV) The Toshiba TLP250 (INV) and TLP250F (INV) are 8-pin photocouplers designed exclusively for use in IGBT

LFFA

Abstract: AN1066 D373 MC145407 MC68HC05C4 MC68HC05C5 PCF8573 03D6 motorola an1066 ca 361 e ic
Contextual Info: Order this document by AN1066/D MOTOROLA • i SEMICONDUCTOR APPLICATION NOTE AN1066 Interfacing the MC68HC05C5 SIOP to an l2C Peripheral By Naji Naufel INTRODUCTION When designing a system based on a standard, non-custom-designed, microcontroller unit MCU , the