HISEC Search Results

HiSeC

Abstract: NM95HS01 AN-985 MT14 NM95HS02 IR decoder SO8 How to Design and Program a HiSeC RKE Receiver
Contextual Info: NM95HS01/NM95HS02 HiSeC High Security Rolling Code Generator General Description Features The NM95HS01/02 HiSeC Rolling Code Generator is a small footprint, monolithic CMOS device designed to provide a complete, low-cost, high security solution to the problem of generating

NPN/transistor NEC K 2500

Abstract: HI-LO ALL-07 "rf Transmitter"," rolling code" ALL-07 guide NM95HSEV How to Design and Program a HiSeC RKE Receiver Car security system block diagram circuit diagram for simple IR transmitter remote keyless rf transmitter NM95HS01
Contextual Info: General Description The NM95HS01/02 HiSeC Rolling Code Generator is a small footprint, monolithic CMOS device designed to provide a complete, low-cost, high security solution to the problem of generating encrypted signals for remote keyless entry RKE applications.

transistor substitution chart

Abstract: S M R2632 saw resonator r2632 95hs01 saw Colpitts circuit design I-ETS-300-220 siemens R2632 R2632 433.92 Mhz two-port saw resonator RP1303
Contextual Info: AN-1021 Fairchild Application Note 1021 3V RF-Transmitter Utilizing Fairchild’s HiSeC Encoder INTRODUCTION In the recent years short range unlicensed RF links have become very popular for a wide variety of applications in the field of remote control, data exchange, keyless entry systems, and others. The

rc car transmitter receiver

Abstract: HiSeC NM95HS01 MM57HS02 MM57HS01 AN-1033 AN-985 C1996 LM2936 NM93C46
Contextual Info: National Semiconductor Application Note 1033 Christian Hoefer February 1996 INTRODUCTION This application note explains how to use the MM57HS01 decoder in an HiSeC remote keyless entry system with the HiSeC rolling code encoder NM95HS01 Such a system consists of 1 to 6 transmitters key fobs and one receiver

Contextual Info: NM95HS01/NM95HS02 HiSeC High Security Rolling Code Generator General Description Features The NM95HS01/02 HiSeC Rolling Code Generator is a small footprint, monolithic CMOS device designed to provide a com­ plete, low-cost, high security solution to the problem of generating

HiSeC

Abstract: rolling code
Contextual Info: SEMICONDUCTOR TM High Security Coding HiSeC HiSeC is a High Security Rolling Code Generator for Remote Keyless Entry systems. It combines high security encoding algo­ rithm with non-reversible rolling code, easy programmability, low cost, and a very small package.

HiSeC

Abstract: NM95HS01 AN-1033 AN-985 LM2936 NM93C46 automatic Remote Keyless Entry car security system rc car transmitter receiver Remote Keyless Entry 16 pin single chip car remote key design details
Contextual Info: Fairchild Application Note 1033 Christian Hoefer March 1997 INTRODUCTION This application note explains how to use the MM57HS01 decoder in an HiSeC remote keyless entry system with the HiSeC rolling code encoder NM95HS01. Such a system consists of 1 to 6 transmitters key fobs and one receiver.

HiSeC

Abstract: rolling code eeprom programmer schematic "Remote Keyless Entry" protocol C8C14 2N2222A pin layout microwire programmer Remote Keyless Entry 16 pin 1N914 C1995
Contextual Info: National Semiconductor Application Note 961 Charles Watts May 1994 INTRODUCTION This Appnote has been written to describe in detail how to program and verify the 104-bits of non-volatile EEPROM memory on-board the HiSeC rolling code generator This appnote will also describe how to program and verify a

HiSeC

Abstract: AN-985 M08A MT14 NM95HS01 NM95HS02
Contextual Info: NM95HS01/NM95HS02 HiSeC High Security Rolling Code Generator General Description Features T h e N M 9 5 H S 0 1 /0 2 H iS e C R olling C o d e G e n e ra to r is a sm a ll fo o tp rin t, m o n o lith ic C M O S d e v ic e d e s ig n e d to p ro vid e a c o m ­

rolling code

Abstract: COP8TM D12301 decoder rolling code home burglar alarm HiSeC 13005 2 93C06 6 NM93C46 NM95HS01
Contextual Info: March 1995 MM57HS01 HiSeC Fixed and Rolling C o d e D eco der General Description The MM57HS01 rolling code decoder is a programmed member of the COP8TM microcontroller family. It is a fully static device fabricated using double-metal silicon gate microCMOS technology. This decoder is capable of decod­

eeprom programmer schematic easy design universal

Abstract: HiSeC AN-985 NM95HS01 2n2222a fairchild super-regenerative receiver module AN012381-2 2N2907 COP888CG MM57HS
Contextual Info: Fairchild Application Note 985 Anne Gregory Charles Watts March 1997 INTRODUCTION This application note explains how to design, program and implement a complete high security RKE remote keyless entry system based on the Fairchild Semiconductor NM95HS01/02 HiSeC Rolling Code Generator and the

AN-985

Abstract: M08A M14A MT14 MTC14 NM95HS01 NM95HS02 LED IR Tx RX 65060 HiSeC
Contextual Info: NM95HS01/NM95HS02 HiSeC High Security Rolling Code Generator General Description Features T h e N M 9 5 H S 0 1 /0 2 H iS e C R o lling C o d e G e n e ra to r is a sm a ll • H igh s e c u rity c o d in g s c h e m e w ith 2 48 co m b in a tio n s fo o tp rin t, m o n o lith ic C M O S d e v ic e d e s ig n e d to p ro vid e a c o m ­

98c86

Abstract: HiSeC XTAL 10mHZ TRANSISTOR BJ 032 OKI ignition TRANSISTOR BJ 033 putchar AN985 eeprom programmer schematic easy design universal 98C86A
Contextual Info: AN-985 Designing and Programming a Complete HiSeC -based RKE System Application Note 985 s e m ic o n d u c t o r ™ INTRODUCTION This application note explains how to design, program and imple­ ment a complete high security RKE remote keyless entry system

BYT 56M diode

Abstract: IC4 7805 98c86 eeprom programmer schematic easy design universal eeprom programmer schematic AN-985 coil 2n2222a 98C86A 7805 12v to 5v HiSeC
Contextual Info: AN-985 Fairchild Application Note 985 Designing and Programming a Complete HiSeC -based RKE System INTRODUCTION VCC This application note explains how to design, program and implement a complete high security RKE remote keyless entry system based on the Fairchild Semiconductor NM95HS01/02 HiSeC

circuit diagram for simple IR transmitter receiver

Abstract: HiSeC circuit diagram for simple IR receiver block diagram for simple IR transmitter IR AN960 how to code rf transmitter circuit diagram for simple IR transmitter using u How to Design and Program a HiSeC RKE Receiver circuit diagram for simple IR transmitter circuit diagram for simple RF transmitter
Contextual Info: INTRODUCTION This application note has been written to describe in detail how to design a transmitter using a National Semiconductor HiSeC Rolling Code Generator This is the first part of a three part series on the RKE system The second applications note Application Note 961 explains now to implement

"rf Transmitter"," rolling code"

Abstract: cd 4061 How to Design and Program a HiSeC RKE Receiver short distance rf tx ic block diagram for RF transmitter AND RECEIVER JR 200 RF TRANSMITTER HiSeC remote keyless rf transmitter NM95HS02 how to code rf transmitter
Contextual Info: M arch 1995 NM95HS01 /NM95HS02 HiSeC High Security Rolling Code Generator General Description Features T he N M 95 H S 0 1/02 HiSeC R olling Code G enerator is a sm all footprint, m o nolithic CM OS d evice designed to pro­ vide a com plete, low -cost, high security solution to th e prob­

HiSeC

Abstract: How to Design and Program a HiSeC RKE Receiver "rf Transmitter"," rolling code" A70 SO8 NM95HS01 / NM95HS02 AN-355 AN-985 C1996 M08A MT14
Contextual Info: NM95HS01 NM95HS02 HiSeC TM High Security Rolling Code Generator General Description Features The NM95HS01 02 HiSeC Rolling Code Generator is a small footprint monolithic CMOS device designed to provide a complete low-cost high security solution to the problem of generating encrypted signals for remote keyless entry RKE applications

HiSeC

Abstract: NM95HS02
Contextual Info: NM95HS01/NM95HS02 F A IR C H IU 3 SEMICONDUCTOR TM NM95HS01/NM95HS02 HiSeC High Security Rolling Code Generator General Description Features The NM95HS01/02 HiSeC Rolling Code Generator is a small footprint, monolithic CMOS device designed to provide a com­

saw resonator r2632

Abstract: transistor substitution chart I-ETS-300-220 RP1303 434M size 0805 resistors 433.92 Mhz two-port saw resonator HiSeC siemens R2632
Contextual Info: AN-1021 3V RF-Transmitter Utilizing Fairchild’s HiSeC Encoder Fairchild PAIRCHILD Application Note 1021 s e m ic o n d u c t o r INTRODUCTION In the recent years short range unlicensed RF links have become very popular for a wide variety of applications in the field of remote

GSM900

Abstract: RMPA1852
Contextual Info: ADVANCED DATA SHEET RMPA1852 Quad-Band GSM/EDGE PA Module Features Description • ■ ■ ■ ■ ■ ■ ■ This 7 x 7mm PAM is a 50Ω, quad-band dual mode, GSM/ EDGE PA module for 2.75G radio applications. In EDGE mode, the module supports High/Low power mode feature to maximize

KSA1243

Abstract: KSC3073
Contextual Info: KSC3073 KSC3073 Power Amplifier Application • Complement to KSA1243 1 I-PACK 1. Base 2. Collector 3. Emitter NPN Epitaxial Silicon Transistor Absolute Maximum Ratings TC=25°C unless otherwise noted Symbol VCBO Parameter Collector-Base Voltage Value 30 Units

ksd5703

Contextual Info: KSD5703 KSD5703 High Voltage Color Display Horizontal Deflection Output No Damper Diode • High Collector-Base Voltage : VCBO=1500V • High Switching Speed tF = 0.3µs (Max.) • For Color TV TO-3PF 1 1.Base 2.Collector 3.Emitter NPN Triple Diffused Planar Silicon Transistor

KSB1098

Abstract: KSD1589
Contextual Info: KSD1589 KSD1589 Low Frequency Power Amplifier • Low Speed Switching Industrial Use • Complement to KSB1098 TO-220F 1 1.Base 2.Collector 3.Emitter NPN Silicon Darlington Transistor Absolute Maximum Ratings TC=25°C unless otherwise noted Symbol VCBO Parameter

KSC5338F

Contextual Info: KSC5338F KSC5338F High Voltage Power Switch Switching Application • High Speed Switching • Wide SOA TO-220F 1 1.Base 2.Collector 3.Emitter NPN Silicon Transistor Absolute Maximum Ratings TC=25°C unless otherwise noted Symbol VCBO Collector-Base Voltage