SL660 Search Results

Contextual Info: SL6601C IS FOR MAINTENANCE PURPOSES ONL Y AND IS NOT RECOMMENDED FOR NEW DESIGNS GEC PLESSEY S E M I C O IN L> U C I O K N DS 3264 -1 SL6601C FM IF, PLL DETECTOR DOUBLE CONVERSION AND RF MIXER The SL6601 is a straight through or single conversion IF amplitier and detector for FM radio applications. Its minimal

Contextual Info: GEC P LES S EY w , O c t o b e r 1994 ADVANCE INFORMATION S E M I C O N D U C T O R S D S 4 0 0 3 - 1.4 SL6610 DIRECT CONVERSION FSK DATA RECEIVER This device is an advanced direct conversion receiver for operation up to 470MHz. The design is based on the SL6609A

Contextual Info: Si GEC PLESSEY ADVANCE INFORMATION S E M I C O N D U C T O R S SL6610 DIRECT CONVERSION FSK DATA RECEIVER Supersedes the October 1994 edition, DS4003 - 1.4 This device is an advanced direct conversion receiver for operation upto470MHz. The design is based on the SL6609A

s b 8748

Abstract: HA1111
Contextual Info: SL6609A MITEL Direct Conversion FSK Data Receiver SE M IC O N D U C T O R Advance Information D S 4 0 1 5 - 2 .5 This device is an advanced direct conversion receiver for operation up to 470MHz. The design is based on the SL6609 receiver and is a pin for pin product upgrade. The device

sl6601

Abstract: SL6601C 10.7Mhz 15Khz crystal filter 3 pin 3296 Variable Resistor 3296 Variable Resistor LC18 100khz VCO sl-6601 transistor 2Fn DS3284
Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS SL6601C IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS DS 3284 -1 SL6601C FM IF, PLL DETECTOR DOUBLE CONVERSION AND RF MIXER The SL6601 is a straight through or single conversion IF

M1686-A

Abstract: irf 640 audio amplifier irf 3803 DS4015 N2261-A capacitor 2u2 SL6609 vr 4k7 2SC5065 BFT25A
Contextual Info: SL6609A Direct Conversion FSK Data Receiver Advance Information DS4015 - 2.5 July 1995 This device is an advanced direct conversion receiver for operation up to 470MHz. The design is based on the SL6609 receiver and is a pin for pin product upgrade. The device

capacitor 2u2

Abstract: IRF C20 1N 917 Audio Output Transistor Amplifier BFT25A SL6609 vr 4k7 2SC5065 FMMT589 MA862
Contextual Info: JULY 1995 ADVANCE INFORMATION DS4015 - 2.5 SL6609A DIRECT CONVERSION FSK DATA RECEIVER This device is an advanced direct conversion receiver for operation up to 470MHz. The design is based on the SL6609 receiver and is a pin for pin product upgrade. The device

ds4003 diode

Abstract: DS4003 Green LED LT 620 of seoul semiconductor 7597 lt transistor
Contextual Info: SL6610 M ITEL Direct Conversion FSK Data Receiver Advance Information SE M IC O N D U C T O R Supersedes the O ctober 1994 edition, DS4003 - 1.4 DS4003 - 2.2 This device is an advanced direct conversion receiver for operation up to 470MHz. The design is based on the SL6609A

DS4003

Abstract: ds4003 diode BFT25A vr 4k7 IRF 725
Contextual Info: SL6610 Direct Conversion FSK Data Receiver Advance Information Supersedes the October 1994 edition, DS4003 - 1.4 DS4003 - 2.2 September 1995 This device is an advanced direct conversion receiver for operation up to 470MHz. The design is based on the SL6609A

BEL 100N TRANSISTOR PIN DIAGRAM

Abstract: hs 8109 IC HS 8109
Contextual Info: 9K GEC PLESSEY J U L Y 1995 ADVANCE INFORMATION S E M I C O N D U C T O R S DS4 0 1 5 - 2 5 SL6609A DIRECT CONVERSION FSK DATA RECEIVER This device is an advanced direct conversion receiver for operation up to 470MHz. The design is based on the SL6609 receiver and is a pin for pin product upgrade. The device

Tpx 56

Abstract: AN200 DS3853 SL6609A SL6619 ETC150F
Contextual Info: "NOT RECOMMENDED FOR NEW DESIGNS. PLEASE REFER TO SL6619 - DS3853" APPLICATION NOTE AN200 Optimising SL6609A Pager Receiver Performance AN200-2.0 August 1998 This application note describes a setup check list which should be used to ensure that the optimum performance is

Contextual Info: AN195 Upgrading an SL6609 Design to use the SL6609A Application Note AN195 - 1.2 October 1994 The SL6609 direct conversion paging receiver has been superseded with the improved performance SL6609A. The new SL6609A is 100% pin compatible with the SL6609. The main improvements to the SL6609A are:

2SC5065

Abstract: BFT25A FMMT589 MA862 Q4123-A SL6609 SL6609A
Contextual Info: JULY 1995 ADVANCE INFORMATION DS4015 - 2.5 SL6609A DIRECT CONVERSION FSK DATA RECEIVER This device is an advanced direct conversion receiver for operation up to 470MHz. The design is based on the SL6609 receiver and is a pin for pin product upgrade. The device

AN195

Abstract: SL6609 SL6609A
Contextual Info: AN195 Upgrading an SL6609 Design to use the SL6609A Application Note The SL6609 direct conversion paging receiver has been superseded with the improved performance SL6609A. The new SL6609A is 100% pin compatible with the SL6609. The main improvements to the SL6609A are:

DS4003

Abstract: ds4003 diode
Contextual Info: SEPTEMBER 1995 ADVANCE INFORMATION DS4003 - 2.2 SL6610 DIRECT CONVERSION FSK DATA RECEIVER Supersedes the October 1994 edition, DS4003 - 1.4 This device is an advanced direct conversion receiver for operation up to 470MHz. The design is based on the SL6609A

Contextual Info: SL6609A/KG/NP Linear ICs Dedicated/Special Application Linear Circuit status Military/High-RelN P D Max. (W) Nom. Supp (V)2.7 Minimum Operating Temp (øC)-20 Maximum Operating Temp (øC)70 Package StyleSSOP Mounting StyleS Pinout Equivalence Code28-638 # Pins28

Contextual Info: C orporate Hom e | Electronic Components | Se gm e nts | W ho W e Are My Account Searc h Products Documentation Resources My Account Customer Support Home > Products > By Type > Switches > Product Feature Selector > Product Details SL660 Product Details Live Product Chat

Contextual Info: JULY 1995 ADVANCE INFORMATION DS4015 - 2.5 SL6609A DIRECT CONVERSION FSK DATA RECEIVER This device is an advanced direct conversion receiver for operation up to 470MHz. The design is based on the SL6609 receiver and is a pin for pin product upgrade. The device

Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS APRIL 1994 ADVANCE INFORMATION DS3821 - 2.7 SL6609 DIRECT CONVERSION FSK DATA RECEIVER This device is an advanced direct conversion receiver for operation up to 470MHz. The device integrates all functions

capacitor 2u2

Abstract: amplifier rf 18dbm gain 18db SL6609 IRF C20 BFT25A DS3821 gps receiver chips 50MHZ FMMT589 MA862
Contextual Info: THIS DOCUMENT IS FOR MAINTENANCE PURPOSES ONLY AND IS NOT RECOMMENDED FOR NEW DESIGNS APRIL 1994 ADVANCE INFORMATION DS3821 - 2.7 SL6609 DIRECT CONVERSION FSK DATA RECEIVER This device is an advanced direct conversion receiver for operation up to 470MHz. The device integrates all functions

transformerless variable frequency drive

Abstract: AN199 philips
Contextual Info: APPLICATION NOTE AN199 Using the SL6609A Direct Conversion Pager Receiver AN199-2.0 July 1998 This application note outlines a basic circuit for the SL6609A Direct Conversion Pager Receiver for use in standard paging applications at 153MHz, 282MHz and 450MHz. Fig. 1 is a block diagram of the SL6609A, showing the pin allocation

"POCSAG encoder"

Contextual Info: AN197 Performance Measurements on the SL6609A/SL6610 Application Note AN197 -1.9 Janaury 1995 INTRODUCTION The objectives of this application note are to: ● Aid understanding of the receiver measurements as listed in the datasheets for SL6609A and SL6610.

"POCSAG encoder"

Contextual Info: AN197 Performance Measurements on the SL6609A/SL6610 Application Note AN197 -1.9 Janaury 1995 INTRODUCTION The objectives of this application note are to: ● Aid understanding of the receiver measurements as listed in the datasheets for SL6609A and SL6610.

Tpx 56

Abstract: SL6609A AN200 DS3853 SL6619 2128D 5GHz PNP transistor
Contextual Info: "NOT RECOMMENDED FOR NEW DESIGNS. PLEASE REFER TO SL6619 - DS3853" APPLICATION NOTE AN200 Optimising SL6609A Pager Receiver Performance Supersedes March 1995 version, AN200-1.3 AN200-2.0 August 1998 This application note describes a setup check list which should be used to ensure that the optimum performance is