S3V5 Search Results

s3v5

Contextual Info: S3V5 Pin Diode Switch Single Pole, Three Throw Absorptive Features: • Incorporated TTL-compatible driver for convenient system integration and operates from +5 V and -15 V DC power supplies. • DC blocks at all RF ports. • Ruggedized construction. •

S3V5

Abstract: M103
Contextual Info: S3V5 Frequency Range min Insertion Loss (max) VSWR (max) Isolation (min) Switching speed (max) CW RF power, operating (max) 0.1 – 8 3.5 2.0 75 250 0.5 NOTES: DC Bias: (Standard) +5V +/-0.5V @ 120mA max -15V +/-3V @ 50mA max DC Bias: (-5 option) +5V +/-0.5V @ 150mA max

Contextual Info: S3V5R Pin Diode Switch Single Pole, Three Throw Reflective Features: • Incorporated TTL-compatible driver for convenient system integration and operates from +5V and -15V DC power supplies. • DC blocks at all RF ports. • Ruggedized Construction. •

Contextual Info: S3V5R Frequency Range min Insertion Loss (max) VSWR (max) Isolation (min) Switching speed (max) CW RF power, operating (max) 0.1 – 8 3.4 2.0 70 250 1 NOTES: DC Bias: (Standard) +5V +/-0.5V @ 120mA max -15V +/-3V @ 50mA max DC Bias: (-5 option) +5V +/-0.5V @ 150mA max

M103

Contextual Info: S3V5R Frequency Range min Insertion Loss (max) VSWR (max) Isolation (min) Switching speed (max) CW RF power, operating (max) 0.1 – 8 3.4 2.0 70 250 0.5 NOTES: DC Bias: (Standard) +5V +/-0.5V @ 120mA max -15V +/-3V @ 50mA max DC Bias: (-5 option) +5V +/-0.5V @ 150mA max

but 35g

Abstract: S3v5 M103
Contextual Info: S3V5 Frequency Range min Insertion Loss (max) VSWR (max) Isolation (min) Switching speed (max) CW RF power, operating (max) 0.1 – 8 3.5 2.0 75 250 1 NOTES: DC Bias: (Standard) +5V +/-0.5V @ 120mA max -15V +/-3V @ 50mA max DC Bias: (-5 option) +5V +/-0.5V @ 150mA max

Contextual Info: S3V5R Pin Diode Switch Single Pole, Three Throw Reflective Features: • Incorporated TTL-compatible driver for convenient system integration and operates from +5 V and -15 V DC power supplies. • DC blocks at all RF ports. • Ruggedized construction. •

TDA 7378

Abstract: TDA 7822 block diagram baugh-wooley multiplier tda 12062 equivalent for tda 4858 ic free transistor equivalent book STD-80 4856 a 14 PIN DIP W908 LSI CMOS Technology
Contextual Info: D • A • T • A • B • O • O • K STD80/STDM80 0.5µm 5V/3.3V Standard Cell Library April 1997 V SAMSUNG SAMSUNG ASIC STD80/STDM80 0.5µm 5V/3.3V Standard Cell Library Data Book  1997 Samsung Electronics Co., Ltd. All rights reserved. No part of this document may be reproduced, in any form or by any means, without the prior

3,6v sl-386

Abstract: transistor SL-100 tda 9592 FD6S ao21 KG80 KGM80 equivalent transistor S 2000N CL 473 kt 501
Contextual Info: D • A • T • A • B • O • O • K KG80/KGM80 0.5µm 5V/3.3V Gate Array Cell Library April 1997 V SAMSUNG SAMSUNG ASIC KG80/KGM80 0.5µm 5V/3.3V Gate Array Cell Library Data Book  1997 Samsung Electronics Co., Ltd. All rights reserved. No part of this document may be reproduced, in any form or by any means, without the prior

ATL60

Abstract: gate drive calculator 0348C
Contextual Info: Gate Array Mixed Voltage Designing ATL60 Series Gate Arrays For Mixed Voltage Operation Introduction As the demand for lower power consumption and voltage has increased the use of 3.3 volt systems, the need for components which can operate in a mixed voltage environment generally,

Diode S3V2

Abstract: s3l7 DIODE s3l7
Contextual Info: SINGLE-POLE, THREE-THROW SWITCHES The S3 series of single pole, three throw PIN diode switches span the frequency range of 10MHz to 18GHz and are available with absorptive or reflective inputs. The switches are available in a wide variety of standard frequency ranges from cost-effective narrowband to highperformance broadband. Each switch incorporates a TTL-compatible

S3S5

Contextual Info: SINGLE-POLE, THREE-THROW SWITCHES The S3 series of single pole, three throw PIN diode switches span the frequency range of 10MHz to 18GHz and are available with absorptive or reflective inputs. The switches are available in a wide variety of standard frequency ranges from cost-effective narrowband to highperformance broadband. Each switch incorporates a TTL-compatible

ATL60

Contextual Info: Gate Array Mixed Voltage Designing ATL60 Series Gate Arrays For Mixed Voltage Operation Introduction As the demand for lower power consumption and voltage has increased the use of 3.3 volt systems, the need for components which can operate in a mixed voltage environment generally,

Contextual Info: SP3T SWITCHES Advanced Conffoi Components H ik . The S3 series of single pole, three throw PIN diode switches span the frequency range of 10MHz to 18GHz and are available with absorptive or reflective inputs. The switches are available in a wide variety of

tda 9592

Abstract: TDA 2310 verilog code for Modified Booth algorithm tda 7830 TDA 8344 sl 7221 KGL80 AO33 FD2S
Contextual Info: D • A • T • A • B • O • O • K KGL80 0.5µm 3.3V Gate Array Cell Library April 1997 V SAMSUNG SAMSUNG ASIC KGL80 0.5µm 3.3V Gate Array Cell Library Data Book  1997 Samsung Electronics Co., Ltd. All rights reserved. No part of this document may be reproduced, in any form or by any means, without the prior

power supply 5 Volt

Abstract: variable power supply circuit application of variable power supply circuit "Level Shifter" 50 volt power supply IC for power supply atl80
Contextual Info: Gate Array Mixed Voltage Designing ATL80 Series Gate Arrays For Mixed Voltage Operation Introduction As the demand for lower power consumption and voltage has increased the use of 3.3 volt systems, the need for components which can operate in a mixed voltage

Contextual Info: SINGLE-POLE, THREE-THROW SWITCHES The S3 series of single pole, three throw PIN diode switches span the frequency range of 10MHz to 18GHz and are available with absorptive or reflective inputs. The switches are available in a wide variety of standard frequency ranges from cost-effective narrowband to highperformance broadband. Each switch incorporates a TTL-compatible

IN5363B

Abstract: IN5361B P6KEI5CA IN5956B TFK S 417 T IM200Z in5349b IN5384B in5366b P6KEI5A
Contextual Info: Cross Reference Every care has b een taken in compiling this cross referen­ ce list which is published in good faith to assist engineers, Readers are rem inded that this list is intended for guidance only FAGOR ELECTRÓNICA can not be held responsible for any