TB30 Search Results

06vl

Contextual Info: MOTOROLA Order this document by TB30N06VL/D SEMICONDUCTOR TECHNICAL DATA D esigner’s Data Sheet M TB30N06VL TMOS V™ Power Field Effect Transistor D2PAK for Surface Mount Motorola Preferred Device N-Channel Enhancement-Mode Silicon Gate TMOS V is a new technology designed to achieve an on-resistance

74ACT32

Abstract: TB302 74ACT374 HSP48901
Contextual Info: Notice To Specification Change HSP48901 TM Technical Brief April 1998 TB302.1 Introduction This is notification of a change to the TLCS Specification of the HSP48901. The new specification is: -30 30MHz -20 (20MHz) itle (TB302) PARAMETER SYMBOL Change MIN

74AS32

Abstract: 74AS04 HSP48410 TB305 TMS320 TMS320C25 74as30
Contextual Info: Histogramming With A Variable Pixel Increment TM Technical Brief April 1998 TB305.1 Introduction When placed in Bin Accumulate mode Figure 2 , the HSP48410 operates in a similar manner, except that the inputs to the adder come from the RAM and the DIN0-23

LP-CC-30

Contextual Info: Terminal Blocks With High Short-Circuit Current Ratings Part Number Amps 14002-3-UL 115 TB300-03SP-UL NDN63-WH-UL NDN111-WH-UL 30 65 90 Short-Circuit Current Rating Data Max. Fuse Class and Amp* J T RK1 RK5 SCCR JJS LPS-RK FRS-R LPJ JJN LPN-RK FRN-R CU Wire

3.0A GLASS PASSIVATED BRIDGE RECTIFIER

Abstract: TB305G TB31G TB32G TB34G bridge rectifier
Contextual Info: 3.0A GLASS PASSIVATED BRIDGE RECTIFIER TB305G – TB310G 3.0A Glass Passivated Bridge Rectifier Features • High forward surge current capability • Ideal for printed circuit board • High temperature soldering guaranteed: 260°C/10 seconds, at 5 lbs. 2.3kg tension

74ACT32

Abstract: 74ACT374 HSP48901
Contextual Info: Notice To Specification Change HSP48901 Technical Brief April 1998 TB302.1 Introduction This is notification of a change to the TLCS Specification of the HSP48901. The new specification is: -30 30MHz -20 (20MHz) [ /Title (TB302) PARAMETER SYMBOL Change MIN

74AS04

Abstract: 74AS32 HSP48410 TB305 TMS320 TMS320C25
Contextual Info: Histogramming With A Variable Pixel Increment Technical Brief April 1998 TB305.1 Introduction RAM IN OUT ADDRESS S DIO DIO 0-23 I/F DIN 0-23 START ADDRESS GENERATOR MUX PIN 0-9 REG “0” RD “1” PIN 0-9 START CONTROL FIGURE 1. HISTOGRAMMER MODE BLOCK DIAGRAM

bulk head mounting

Abstract: QC C 05 QC11 QC201 QC202 TB30008 TB-3000
Contextual Info: INDEX Series TB300 & TB345 Double Row Terminal Blocks SPECIFICATIONS Rating: TB300 – 30A, 600V* TB345 – 45A, 600V* Center Spacing: .562” or 9/16” 14.28 mm Wire Size: #10 - 22 AWG CU Screw Size: TB300 – #8-32 philslot screws TB345 – #10-32 philslot screws

74AS04

Abstract: 74AS32 HSP48410 TB305 TMS320 TMS320C25
Contextual Info: Harris Semiconductor No. TB305 Harris Digital Signal Processing January 1995 HISTOGRAMMING WITH A VARIABLE PIXEL INCREMENT The HSP48410 Histogrammer/Accumulating Buffer has several modes; two of these are Histogram mode, in which the part computes the histogram of an input data stream, and

45256

Abstract: correlator HARRIS HSP45256 harris 1028
Contextual Info: Harris Semiconductor No. TB306 Harris Digital Signal Processing January 1994 CASCADING MULTIPLE HSP45256 CORRELATORS When multiple correlators are cascaded for longer reference data sets, the Programmable Delay is used to adjust the timing between chips so that they can be connected with no

TB304

Abstract: came
Contextual Info: Harris Semiconductor No. TB304 Harris Power February 1994 Advanced Power Package Construction Method Raises TO-252 Reliability To New Heights This technical backgrounder is intended to show how Harris redesigned the TO-252 surface-mount power package into

TB309

Abstract: HSP43220 TB312
Contextual Info: Designing With the HSP43220 Using the DECIMATE Software Tool Technical Brief April 1998 TB309.1 Operation and Programming Data_in Bus Typical operation of the part using DECI•MATE software is as follows. RESET is held low long enough to satisfy the specification of 4 clocks for the slowest clock. Coming out of

pn junction DIODE 1N4007

Abstract: "PIC24F Family Reference Manual" some theory about diodes 1N4007 DS39724 1n4007 pn junction diode adc pic circuit diagram 2N3904 pn DIODE 1N4007 ctmu pic24f pic18f MCU Family Reference Manual
Contextual Info: TB3016 Using the PIC MCU CTMU for Temperature Measurement Author: Padmaraja Yedamale Microchip Technology Inc. The Charge Time Measurement Unit CTMU , introduced on the latest generation of PIC24F and PIC18F devices, uses a constant current source to calculate

DS01365

Abstract: mcp7941 DS22266 MCP7941X PIC32 PICC-18 TB3065 mcp79 MCP794
Contextual Info: TB3065 Enabling Intelligent Automation Using the MCP7941X I2C RTCC Author: Martin Bowman Microchip Technology Inc. INTRODUCTION This technical brief describes how the Microchip MCP7941X family of I2C™ Real-Time Clock/Calendar RTCC devices enable intelligent automation without

j301

Abstract: 316 screw
Contextual Info: Connectors Double Row Terminal Blocks Series TB300 & TB345 Specifications Description: Double row terminal blocks. Ratings: Volts: — 600V* Amps: — 30A* TB300 — 45A (TB345) Center Spacing: 0.562” or 9/16” (14.28mm) Wire Range: #8 - 22 AWG Cu Screw Size: TB300 – #8-32 philslot screws

Contextual Info: MOTOROLA O rder this docum ent by M TB30P06V/D SEMICONDUCTOR TECHNICAL DATA D esigner’s Data Sheet TMOS V™ Power Field Effect Transistor D2PAK for Surface Mount M TB30P06V Motorola Preferred Device TM OS POWER FET 30 AMPERES 60 VOLTS RDS on = 0.080 OHM

TB309

Abstract: HSP43220 TB312
Contextual Info: Harris Semiconductor No. TB309 January 1994 Harris Digital Signal Processing NOTES ON USING THE HSP43220 Operation And Programming Typical operation of the part using DECI•MATE software is as follows. RESET# is held low long enough to satisfy the specification of 4 clocks for the slowest clock. Coming out of

HSP45256

Contextual Info: Harris Semiconductor No. TB307 Harris Digital Signal Processing January 1994 CORRELATION WITH MULTIBIT DATA USING THE HSP45256 For single bit data, the output of the correlator, that is, the correlation score, represents the total number of data bits that match the reference at time n. At time n+1, the data

TB308

Abstract: HSP43220
Contextual Info: Harris Semiconductor No. TB308 January 1994 Harris Digital Signal Processing HSP43220 DECI•MATE DESIGN RULE CHECKS In Figure 1 the dotted line represents aliasing. The point defined by stopband attenuation 50dB and the sum of the passband and transitionband frequencies, must not cross

MCP1700

Abstract: MCP1701 MCP1701A MCP1702 TB3006
Contextual Info: TB3006 MCP1701 vs MCP1701A vs MCP1702 Author: Matthew Williams Microchip Technology Inc. INTRODUCTION Since the initial release of the MCP1701 2 µA Low Dropout Positive Voltage Regulator, Microchip Technology Inc. has been addressing customer requests for device enhancements. The customer

TB3009

Abstract: PIC10 PIC12 PIC16 PIC18 PIC32 DS93009A-page
Contextual Info: TB3009 Common 8-Bit PIC Microcontroller I/O Pin Issues Author: Jonathan Dillon Microchip Technology Inc. INTRODUCTION This technical brief describes solutions for common I/O pin issues for 8-bit PIC® devices PIC10, PIC12, PIC16 and PIC18 . TABLE 1: QUICK TROUBLESHOOTING GUIDE

DS9301

Abstract: AN521 BAT54S PIC32
Contextual Info: TB3013 Using the ESD Parasitic Diodes on Mixed Signal Microcontrollers FIGURE 1: Author: PASS-GATE Joseph Julicher Microchip Technology Inc. Control: 0 = OPEN 1 = CLOSED INTRODUCTION Microchip application note, AN521 "Interfacing to AC Power Lines", provides a number of guidelines for

Contextual Info: Designing With the HSP43220 Using the DECIMATE Software Tool Technical Brief [ /Title TB30 9.1 /Subject (Desig ning With the HSP43 220 Using the DECIMATE ™ Software Tool) /Autho r () /Keywords () /Creator () /DOCI NFO pdfmark April 1998 TB309.1 Operation and Programming

TB3008

Abstract: PIC24H equivalent PIC24H
Contextual Info: TB3008 PLL Jitter and its Effects on ECAN Technology Communications Author: Priyabrata Sinha Microchip Technology Inc. INTRODUCTION Phase Locked Loop PLL circuits are increasingly used in microcontrollers to achieve higher internal clock frequencies. Incorporation of PLL circuits allows