DL1L5 Search Results

pbv resistor

Abstract: DL1L50K rcc 36 SIP 9 Resistor
Contextual Info: CONTENTS INTRODUCTION PAGE 2-4 1 SIGNAL INTEGRITY COMPONENTS Delay Lines: Surface Mount Technology GL1L Delay Line GL2L Differential Delay Line CL1L5 Chip Delay Line 6 7 8 Delay Lines: SIP Technology DS1 Delay Line SIP package DL1L5*K Delay Line SIP package

Contextual Info: DL02M520.00 Rev E—Page 1 of 2 Product Family: 4-pin Through Hole Delay Line Part Number Series: DL1L5, 4-pin Series Construction: Features: •      High Purity Alumina or Zirconium Substrate 4-pin, through hole configuration

DL1L5ZK510S-C

Abstract: DL1L5XK200S-C DL1L5
Contextual Info: DL02M510.00 Rev F—Page 1 of 2 Product Family: 6-pin Through Hole Delay Line Part Number Series: DL1L5, 6-pin Series Construction: Features: •        High Purity Alumina or Zirconium Substrate 6-pin, through hole configuration

Contextual Info: DL1L series, SIP thin film delay lines This series permits a timing adjustment from 0.1 to 10 nanoseconds with accuracy of +/-0.05 nanoseconds. Return losses remain as stable as 20dB. SPECIFICATIONS 2.54max DL1L5 W, X, Y, Z 26.5max Mechanical Time Delay 0.1ϳ0.5ns

Contextual Info: Thin Film SIP Delay Lines US Patent 5,365,203 DL1L5 Series 1.0 Description Performance to 5 gigahertz. For many high frequency applications, these passive, discrete, tight tolerance ±50 picosecond delay lines can be used to help solve your TTL, CMOS, and ECL timing and

marking A00

Contextual Info: DL02M520.00 Rev D—Page 1 of 2 Product Family: 4-pin Through Hole Delay Line Part Number Series: DL1L5, 4-pin Series Construction: Features: •      High Purity Alumina or Zirconium Substrate 4-pin, through hole configuration

DL1L50K

Abstract: Delay Lines
Contextual Info: Thin Film SIP Delay Lines DL1L50K Series *, 1.0 Application Time delays to 10 nanoseconds can be found in the D L 1L 50K series delay lines. Microstrip con­ struction on ceramic provides superior performance to lumped-sum delay lines and high speed designs fully benefit from the superior impedance matching afforded by this design.

Contextual Info: DL02M510.00 Rev F—Page 1 of 3 August 17th, 2012 To: To whom it may concern: Re: PCN for EOL of DL1L5*K delay line series. All DL1L5*K parts, except those in current inventory , will no longer be available to order after December 31, 2012. TFT is eliminating the manufacturing of its DL1L5*K delay line series. These

Contextual Info: DL02M520.00 Rev E—Page 1 of 3 August 17th, 2012 To: To whom it may concern: Re: PCN for EOL of DL1L5*K delay line series. All DL1L5*K parts, except those in current inventory , will no longer be available to order after December 31, 2012. TFT is eliminating the manufacturing of its DL1L5*K delay line series. These products are not planning to be replaced by a new part number.

Contextual Info: Thin Film SIP Delay Lines DL1L5 Series 1.0 Application Performance to 5 gigahertz. For many high frequency applications, these passive, discrete, tight tol­ erance ±50 picosecond delay lines can be used to help solve yourTTL, C M O S, and ECL timing and

DL1L5XK200S-C

Contextual Info: DL02M510.00 Rev F—Page 1 of 3 End of Life Notification August 17th, 2012 To: To whom it may concern: Re: PCN for EOL of DL1L5*K delay line series. All DL1L5*K parts, except those in current inventory , will no longer be available to order after December 31, 2012. TFT is eliminating the manufacturing of its DL1L5*K delay line series. These

Contextual Info: DL02M520.00 Rev E—Page 1 of 3 End of Life Notification August 17th, 2012 To: To whom it may concern: Re: PCN for EOL of DL1L5*K delay line series. All DL1L5*K parts, except those in current inventory , will no longer be available to order after December 31, 2012. TFT is eliminating the manufacturing of its DL1L5*K delay line series. These products are not planning to be replaced by a new part number.

Contextual Info: DELAY LINES U.S. Patent 4,641,113 DL1L5 Series • These products are manufactured in a facility complying to an ISO 9001 quality system. 1.0 Application These delay lines have teen used from DC to 2.5GHz. Whatever your frequency application, these passive, discrete, tight tolerance ± 50 pS delay lines can be used to help solve your TTL, CMOS, and

K550

Contextual Info: Thin Film SIP Delay Lines US Patent 5,365,203 DL1L5OK Series 1.0 Description Time delays to 10 nanosecond can be found in the DL1L5OK series delay lines. Microstrip construction on ceramic provides superior performance to lumped-sum delay lines and high speed

Contextual Info: SIP Delay Lines US Patent 5,365,203 DL1L Series 1.0 Description These products offer performance up to 5 gigahertz. For many high frequency applications, these passive, discrete, tight tolerance ±50 picosecond delay lines can be used to help solve your TTL, CMOS, and ECL timing

dl1l

Contextual Info: DL1L series, SIP thin film delay lines Performance to 5 GHz. For many high frequency applications, discrete, tight tolerance ϩ/Ϫ50 picosecond delay lines can be used to help solve your TTL, and ECL timing and clock deskew needs. SPECIFICATIONS (dimension : mm)

s11 021t

Abstract: PCAA041B RG1005 1005 Series samyoung "Humidity Sensor" Susumu RG series part Marking ps1608G PCAA031 SUSUMU RP Susumu RL series part Marking CYNTEC 25201B
Contextual Info: Rev.2009 Susumu World Group Companies About the Susumu Group S usumu was established in 1964 as a pioneer to mass produce thin film components for general purposes. For forty years Susumu has been continuously supplying thin film resistors to computer, telecommunication, peripheral, test equipment, automotive,

RL0816-JMP

Abstract: LR0510 SE10255 HTC Korea Patent1921853 RL1632L4 electronic passive components catalog pioneer mosfet ic 007 HPL0603 CYNTEC Chip Multilayer Delay Lines
Contextual Info: Susumu World Group Companies About the Susumu Group S usumu was established in 1964 as a pioneer to mass produce thin film components for general purposes. For thirty-eight years Susumu has been continuously supplying thin film resistors to computer, telecommunication, peripheral, test equipment, automotive, and multimedia consumers. Recently chip inductors and

VARIABLE RESISTOR FOOTPRINTS

Abstract: delay line pbv resistor DL1L50K
Contextual Info: CONTENTS INTRODUCTION PAGE 2-4 1 SIGNAL INTEGRITY COMPONENTS Delay Lines: Surface Mount Technology GL1L Delay Line GL2L Differential Delay Line BL1L BGA Delay Line CL1L5 Chip Delay Line CL2L5 Differential Chip Delay Line 6 7 8 9 10 Delay Lines: SIP Technology

Contextual Info: SIP Delay Lines US Patent 5,365,203 DL1L Series 1.0 Description These products offer performance up to 5 gigahertz. For many high frequency applications, these passive, discrete, tight tolerance ±50 picosecond delay lines can be used to help solve your TTL, CMOS, and ECL timing

Contextual Info: Thin Film SIP Delay Lines US Patent 5,365,203 DL1L Series 1.0 Description Performance to 5 gigahertz. For many high frequency applications, these passive, discrete, tight tolerance ±50 picosecond delay lines can be used to help solve your TTL, CMOS, and ECL timing and clock deskew needs.

Contextual Info: SIP Delay Lines US Patent 5,365,203 DL1L Series 1.0 Description These products offer performance up to 5 gigahertz. For many high frequency applications, these passive, discrete, tight tolerance ±50 picosecond delay lines can be used to help solve your TTL, CMOS, and ECL timing

Contextual Info: DS1L series, SIP thin film delay lines These delay lines provide timing control to 10 nanosecond in a SIP solder lead three pin package. Thin film on ceramic construction provide for high reliability and high bandwidth performance. SPECIFICATIONS 2.54max 12.40max

WK-260

Contextual Info: Thin Film SIP Delay Lines US Patent 5,365,203 DL1L Series 1.0 Description Performance to 5 gigahertz. For many high frequency applications, these passive, discrete, tight tolerance ±50 picosecond delay lines can be used to help solve your TTL, CMOS, and ECL timing and clock deskew needs.