RECEIVING TUBE Search Results

LB3500

Abstract: LC7267 low frequency sine oscillator 455 khz 4.5 digit 7 segment display pin configuration IC LB3500 common anode digital display 1511B DIP42S 12 Hour Digital Clock Circuit data set ic lb3500
Contextual Info: Ordering number: EN 1511B CMOS IC LC7267 Digital Display of Clock/Receiving Frequency for Radio Set Applications Package Dimensions Functions . Capable of selecting receiving frequency display/time . display. Display of receiving frequency at each band of FM/MW/LW

LB3500

Abstract: LC7267 low frequency sine oscillator 455 khz IC LB3500 12 pin 4digit 7 segment display 1511B FM/AM FM counter driver 12 Hour Digital Clock Circuit
Contextual Info: Ordering number: EN 1511B CMOS IC LC7267 Digital Display of Clock/Receiving Frequency for Radio Set Applications Package Dimensions Functions . Capable of selecting receiving frequency display/time . display. Display of receiving frequency at each band of FM/MW/LW

AC125K

Abstract: 6AN7 tungsram 3S035T-1 ecc83 application notes ECL86 DG 7-123 tungsram AC125UZ PENTODE pl 508 ot-400 tungsram
Contextual Info: TUNGSRAM 1 ELECTRON TUBES AND SEMI­ CONDUCTORS 1979 RADIO & TV RECEIVING TUBES OSCILLOSCOPE & MONITOR TUBES TRANSMITTING TUBES, RECTIFIERS & MICROWAVE TUBES SEMICONDUCTORS RECEIVING TUBES CONSUMER TYPES INDUSTRIAL TYPES VOLTAGE REGULATORS TY P E ASSO R TM EN T

SO20

Abstract: T5750 ATA5760 ATA5760N3 ATA5761 LL1608-FS4N7S
Contextual Info: Features • Two Different IF Receiving Bandwidth Versions Are Available BIF = 300 kHz or 600 kHz • Frequency Receiving Range of f0 = 868 MHz to 870 MHz or f0 = 902 MHz to 928 MHz • 30 dB Image Rejection • Receiving Bandwidth BIF = 600 kHz for Low Cost 90-ppm Crystals and BIF = 300 kHz for

Contextual Info: Features • Two Different IF Receiving Bandwidth Versions Are Available BIF = 300 kHz or 600 kHz • Frequency Receiving Range of f0 = 868 MHz to 870 MHz or f0 = 902 MHz to 928 MHz • 30 dB Image Rejection • Receiving Bandwidth BIF = 600 kHz for Low Cost 90-ppm Crystals and BIF = 300 kHz for

detector brownout external reset

Abstract: T5750
Contextual Info: Features • Two Different IF Receiving Bandwidth Versions Are Available BIF = 300 kHz or 600 kHz • Frequency Receiving Range of f0 = 868 MHz to 870 MHz or f0 = 902 MHz to 928 MHz • 30 dB Image Rejection • Receiving Bandwidth BIF = 600 kHz for Low Cost 90-ppm Crystals and BIF = 300 kHz for

ATA5760

Abstract: ATA5760N3 ATA5761 LL1608-FS4N7S SO20 T5750
Contextual Info: Features • Two Different IF Receiving Bandwidth Versions Are Available BIF = 300 kHz or 600 kHz • Frequency Receiving Range of f0 = 868 MHz to 870 MHz or f0 = 902 MHz to 928 MHz • 30 dB Image Rejection • Receiving Bandwidth BIF = 600 kHz for Low Cost 90-ppm Crystals and BIF = 300 kHz for

AR62T

Abstract: AT72D AT82D AR55T Thales Transmitting Tube AT82 AT101D whip ar72 AT62D
Contextual Info: 8M, 7M, 6M, HF TRANSMITTING, MF-HF RECEIVING ANTENNAS HIGH QUALITY AND HIGH PERFORMANCE FIBREGLASS ROD ANTENNAS TRANSMITTING ANTENNAS FOR SIMPLEX AND DUPLEX SSB RECEIVING ANTENNAS FOR MF-HF AND SSB APPLICATION: The modular system is our answer to the GMDSS.

Receiving Tubes

Abstract: "Receiving Tubes"
Contextual Info: 4853484853235323535353 p llllllllllllllllllllllllllllll " nPHEMHO-yCHJIHTEilbHblE JlAMflbl RECEIVING TUBES B/O „M AUinPM bOPHHTOPr“ CCCP MOCKBA 197D

6H13C

Abstract: 5u3c TRIODE 6H13C 3U22C 6C40n T3N4 6N45 6p3c scans-048 6C40PI
Contextual Info: RECEIVING AMPLIFIER TUBES I. D IO D E S Type 2 fllC 2Æ2C 6JX22C Application Designed to detect mic­ rowave electric oscilla­ tions up to 3 GHz Designed to operate as a noise generator at sen­ sitivity measurements in H F and microwave am­ plifiers and in receiving

TRIODE 6H13C

Abstract: Triode 6h7c 6H13C TUBE 6j1 V148T TRIODE 6C4C "Receiving Tubes" book 6H7C 6H16B 6H9c triode
Contextual Info: nPHEMHO-yCHJIHTEJIbHblE ilAMflbl RECEIVING TUBES v\n/y B /O „ M A U in P M B O P H H T O P r“ CCCP M OCKBA nPHEMHO-yCMJlMTEnbHblE riAM nbi RECEIVING TUBES K huto 2 Book 2 B/O „MALUnPMBOPMHTOPr“ CCCP MOCKBA V/O “ MASHPRIBORINTORG” USSR M O SCO W

atmel 928

Contextual Info: Features • Frequency Receiving Range of f0 = 868 MHz to 870 MHz or f0 = 902 MHz to 928 MHz • 30 dB Image Rejection • Receiving Bandwidth BIF = 600 kHz for Low Cost 90-ppm Crystals • Fully Integrated LC-VCO and PLL Loop Filter • Very High Sensitivity with Power Matched LNA

LC7258

Abstract: LC7253 LC7259 L1427 lc7250 SL1495 SL-1495 sanyo 4 digit led L1447 STOPWATCH 8 DIGIT
Contextual Info: SEMICONDUCTOR CORP 35E I> El TTìTOTb 0007^01 1 • T-77-ÔS-ÛS L C M O S LSI 3014A Digita! Display LED of Frequency and Tim e 523H Applications • Car radio applications: FM/AM receiving frequency display and clock display • Home radio applications: FM/AM receiving

atmel 1245

Contextual Info: Features • Frequency Receiving Range of f0 = 868 MHz to 870 MHz or f0 = 902 MHz to 928 MHz • 30 dB Image Rejection • Receiving Bandwidth BIF = 600 kHz for Low Cost 90-ppm Crystals • Fully Integrated LC-VCO and PLL Loop Filter • Very High Sensitivity with Power Matched LNA

Contextual Info: Features • Frequency Receiving Range of • • • • • • • • • • • • • • f0 = 868 MHz to 870 MHz or f0 = 902 MHz to 928 MHz 30 dB Image Rejection Receiving Bandwidth BIF = 600 kHz for Low Cost 90-ppm Crystals Fully Integrated LC-VCO and PLL Loop Filter

atmel 928

Abstract: 4561C T5761N T5760N-TGQ B3570 LL1608-FS12NJ LL1608-FS4N7S SO20 T5750 T5760
Contextual Info: Features • Frequency Receiving Range of • • • • • • • • • • • • • • f0 = 868 MHz to 870 MHz or f0 = 902 MHz to 928 MHz 30 dB Image Rejection Receiving Bandwidth BIF = 600 kHz for Low Cost 90-ppm Crystals Fully Integrated LC-VCO and PLL Loop Filter

12az7

Abstract: 12AZ7A 12BH7 12BH7A tubes 12BH7-A 12BH7A 12AZ7-A 12az
Contextual Info: 415 Receiving Tubes CHARACTERISTICS AND TYPICAL OPERATION Class A1 Amplifier Each Section Plate V o lta g e . Grid V o lta g e . Plate Current .

13007-2

Abstract: 6LB6 6lb6 tube Receiving Tubes triode push-pull circuit 6lb6 beam Tube B7-59 base sylvania
Contextual Info: Receiving Tubes 345 Beam Power Pentode Construction . Octal T-12 B a s e .6 or 7 Pin, B6-122, B6-148 B7-12, B7-111 or B7-119 B asing. 7S Outline . 12-15

ECC83 tube

Abstract: ECC83 12AX7A ecc83 data 12ax7
Contextual Info: 12AX7A/ECC83 - RECEIVING TUBE Catalog Price: Call Specifications Amplification Factor µ 100 Anode Dissipation (W) Maximum 1.2 Anode Resistance (ohms) 80,000 Filament Current (mA) 150 Filament Voltage (V) 12.6 Transconductance (µmhos) 1,250 Typical Anode Current (mA)

6sj7

Abstract: 6sk7gt 12SK7GT 12SL7GT 12SJ7 6sj7gt 12SN7-GTA 6sl7gt sylvania 6SN7 12SL7-GT
Contextual Info: 371 Receiving Tubes Grid No. 2 and Grid No. 4 Voltage M a x . . N egative Grid No. 3 Voltage ( M a x . ) . Positive Grid No. 3 Voltage (M ax.) . Plate D issip ation (M ax.) .

ECC83

Abstract: ECC83 tube 12AX7A tube ECC83 ecc83 data 12AX7-A 9 pin socket 9 PIN TUBE SOCKET BE NL911
Contextual Info: < NL91115 - 9 PIN SOCKET Specifications Associated Tube 12AX7A/ECC83 Style 9 Pin Socket, Chassis Mount Related Parts 12AX7A/ECC83 RECEIVING TUBE Complementary Part The product characteristics shown were compiled from manufacturers'data sheets. These product characteristics may change

6550 Tube

Abstract: Tube 6550 6550 pentode 6550A 6L6GC octal tube socket NL91117 6550 6l6gc tube
Contextual Info: NL91117 - 8 PIN OCTAL SOCKET Specifications Associated Tube 6550/6550A 6L6GC 8 Pin Octal Socket, Chassis Mount Style Related Parts 6L6GC RECEIVING TUBE Complementary Part 6550/6550A BEAM PENTODE Complementary Part The product characteristics shown were compiled from

6CA7

Contextual Info: 6CA7/EL34MP - PENTODE MATCHED PAIR Catalog Price: Call More Products Like This Tubes, Audio/Receiving The product characteristics shown were compiled from manufacturers'data sheets. These product characteristics may change without notice asa result of additional data or product refinement.

6sd7

Abstract: 6SK7GT 6V6GT 6ba6 6v6-gt 6sk7-GT TUBE Light Choke circuit diagram 6BA6 tube 6SQ7GT chok coil
Contextual Info: TYPICAL CIRCUITS TUNG'SOL - / FOREWORD The. circuit diagrams in the following section have been se­ lected to represent satisfactory commercial practice in the application of receiving tube types. None of the circuits represent an actual commercial piece of equipment but rather