Application Tooling for Cable Ties

Features and Benefits • Ideal for easy handling of entire HellermannTyton RPE and PE-Series cable ties • Tensions and cuts off pre-looped cable ties flush at the head

MK20/1 Series Reed Sensors

Features: Cylindrical Reed Sensor, Choice of Cable Termination & Lengths available, Various Case Sizes Applications: Door & Window Contacts, With Magnetic Floats for Water Level Detection, Position Sensing

丝印代码：MK2049-34SI；3.3 VOLT COMMUNICATIONS CLOCK VCXO PLL

Features • Packaged in 20-pin SOIC • 3.3 V + 5 operation • Fixed I/O phase relationship on all selections • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8

丝印代码：MK2049-34SI；3.3 VOLT COMMUNICATIONS CLOCK VCXO PLL

Features • Packaged in 20-pin SOIC • 3.3 V + 5 operation • Fixed I/O phase relationship on all selections • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8

丝印代码：MK2049-36SILF；3.3 VOLT COMMUNICATIONS CLOCK PLL

Features • Packaged in 20 pin SOIC • Pb (lead) free package • 3.3 V + 5 operation • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8 kHz backplane clock or

丝印代码：MK2049-36SILF；3.3 VOLT COMMUNICATIONS CLOCK PLL

Features • Packaged in 20 pin SOIC • Pb (lead) free package • 3.3 V + 5 operation • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8 kHz backplane clock or

丝印代码：MK2049-45SI；3.3 VOLT COMMUNICATIONS CLOCK PLL

Features • Packaged in 20 pin SOIC • 3.3 V + 5 operation • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8 kHz backplane clock, or 10 to 50 MHz • Locks to

丝印代码：MK2049-45SILF；3.3 VOLT COMMUNICATIONS CLOCK PLL

Features • Packaged in 20 pin SOIC • 3.3 V + 5 operation • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8 kHz backplane clock, or 10 to 50 MHz • Locks to

丝印代码：MK2049-45SILF；3.3 VOLT COMMUNICATIONS CLOCK PLL

Features • Packaged in 20 pin SOIC • 3.3 V + 5 operation • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8 kHz backplane clock, or 10 to 50 MHz • Locks to

丝印代码：MK2049-45SI；3.3 VOLT COMMUNICATIONS CLOCK PLL

Features • Packaged in 20 pin SOIC • 3.3 V + 5 operation • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8 kHz backplane clock, or 10 to 50 MHz • Locks to

丝印代码：MK2058-01SILF；COMMUNICATIONS CLOCK JITTER ATTENUATOR

Features • Excellent jitter attenuation for telecom clocks • Also serves as a general purpose clock jitter attenuator for distributed system clocks and recovered data or video clocks • 2:1 Input MUX for input reference clocks • No switching glitches on output • VCXO-based clock generation o

丝印代码：MK2058-01SILF；COMMUNICATIONS CLOCK JITTER ATTENUATOR

Features • Excellent jitter attenuation for telecom clocks • Also serves as a general purpose clock jitter attenuator for distributed system clocks and recovered data or video clocks • 2:1 Input MUX for input reference clocks • No switching glitches on output • VCXO-based clock generation o

丝印代码：MK2059-01SILF；VCXO-BASED FRAME CLOCK FREQUENCY TRANSLATOR

Features • Generates T1, E1, OC-3 and other common telecom clock frequencies from an 8kHz frame clock • Configurable jitter attenuation characteristics, excellent for use as a Stratum source de-jitter circuit • 2:1 Input MUX for input reference clocks • VCXO-based clock generation offers ver

丝印代码：MK2059-01SILF；VCXO-BASED FRAME CLOCK FREQUENCY TRANSLATOR

Features • Generates T1, E1, OC-3 and other common telecom clock frequencies from an 8kHz frame clock • Configurable jitter attenuation characteristics, excellent for use as a Stratum source de-jitter circuit • 2:1 Input MUX for input reference clocks • VCXO-based clock generation offers ver

丝印代码：MK2069-01GILF；VCXO-BASED LINE CARD CLOCK SYNCHRONIZER

Features • Input clock frequency of 1 kHz to 170 MHz • Output clock frequency of 500 kHz to 160 MHz • Jitter attenuation of input clock provided by VCXO circuit. Jitter transfer characteristics user configured through selection of external loop filter components. • 3:1 Input MUX for input re

丝印代码：MK2069-01GILF；VCXO-BASED LINE CARD CLOCK SYNCHRONIZER

Features • Input clock frequency of 1 kHz to 170 MHz • Output clock frequency of 500 kHz to 160 MHz • Jitter attenuation of input clock provided by VCXO circuit. Jitter transfer characteristics user configured through selection of external loop filter components. • 3:1 Input MUX for input re

丝印代码：MK2069-03GI；VCXO-BASED CLOCK TRANSLATOR WITH HIGH MULTIPLICATION

Features • Wide range VCXO PLL feedback divider allows high frequency multiplication ratios and the input of very low input reference frequencies • Input clock frequency of

丝印代码：MK2069-03GI；VCXO-BASED CLOCK TRANSLATOR WITH HIGH MULTIPLICATION

Features • Wide range VCXO PLL feedback divider allows high frequency multiplication ratios and the input of very low input reference frequencies • Input clock frequency of

丝印代码：MK2069-04GILF；VCXO-BASED UNIVERSAL CLOCK TRANSLATOR

Features • Input clock frequency

丝印代码：MK2069-04GILF；VCXO-BASED UNIVERSAL CLOCK TRANSLATOR

Features • Input clock frequency

MK20/2-B-100W - 簧片传感器, 0.3A, 面板安装

The MK20 series miniature (3.0mm) panel mount Reed Sensor is supplied in a cylindrically shaped housing with cable terminals. The series features optional cable, length and termination. ·10W Rated power (maximum)\n·0.5A Switching current maximum\n·200mR Contact resistance (maximum)\n·0.05ms Release time\n·109R Insulation resistance\n·1A (SPST) (N.O.) Contact form\n;

Fast Ethernet Clock Source

Description The MK2011 is the ideal way to generate clocks for Fast Ethernet cards or systems. It provides 20MHz, 25MHz, and 50MHz clocks. In an 8 pin SOIC, the MK2011 can save component count, board space, and cost over surface mount crystals and oscillators, and increase reliability by eliminat

Fast Ethernet Clock Source

Description The MK2011 is the ideal way to generate clocks for Fast Ethernet cards or systems. It provides 20MHz, 25MHz, and 50MHz clocks. In an 8 pin SOIC, the MK2011 can save component count, board space, and cost over surface mount crystals and oscillators, and increase reliability by eliminat

Fast Ethernet Clock Source

Description The MK2011 is the ideal way to generate clocks for Fast Ethernet cards or systems. It provides 20MHz, 25MHz, and 50MHz clocks. In an 8 pin SOIC, the MK2011 can save component count, board space, and cost over surface mount crystals and oscillators, and increase reliability by eliminat

Fast Ethernet Clock Source

Description The MK2014A is the ideal way to generate clocks for Fast Ethernet cards or systems. It provides 20MHz and 25MHz clocks from an inexpensive 14.31818 MHz crystal or clock. In an 8 pin SOIC, the MK2014A can save component count, board space, and cost over surface mount crystals and oscil

Fast Ethernet Clock Source

Description The MK2014A is the ideal way to generate clocks for Fast Ethernet cards or systems. It provides 20MHz and 25MHz clocks from an inexpensive 14.31818 MHz crystal or clock. In an 8 pin SOIC, the MK2014A can save component count, board space, and cost over surface mount crystals and oscil

Communications Clock Monitor

Description The MK2042-01 is designed to switch between two clock sources. The switching can be externally controlled by an input pin or configured to switch automatically if the primary input clock stops. The part also provides clock detection by reporting when the primary input clock has stoppe

Communications Clock Monitor

Description The MK2042-01 is designed to switch between two clock sources. The switching can be externally controlled by an input pin or configured to switch automatically if the primary input clock stops. The part also provides clock detection by reporting when the primary input clock has stoppe

Communications Clock Monitor

Description The MK2042-01 is designed to switch between two clock sources. The switching can be externally controlled by an input pin or configured to switch automatically if the primary input clock stops. The part also provides clock detection by reporting when the primary input clock has stoppe

Communications Clock PLL

Description The MK2049 is a Phase-Locked Loop (PLL) based clock synthesizer, which accepts an 8 kHz clock input as a reference and generates T1, E1, T3, E3, and OC3 frequencies. The device can also accept a T1, E1, T3, or E3 input clock and provide the same output for loop timing. All outputs are

Communications Clock PLL

Description The MK2049 is a Phase-Locked Loop (PLL) based clock synthesizer, which accepts an 8 kHz clock input as a reference and generates T1, E1, T3, E3, and OC3 frequencies. The device can also accept a T1, E1, T3, or E3 input clock and provide the same output for loop timing. All outputs are

Communications Clock PLL

Description The MK2049 is a Phase-Locked Loop (PLL) based clock synthesizer, which accepts an 8 kHz clock input as a reference and generates T1, E1, T3, E3, and OC3 frequencies. The device can also accept a T1, E1, T3, or E3 input clock and provide the same output for loop timing. All outputs are

Communications Clock PLL

Description The MK2049 is a Phase-Locked Loop (PLL) based clock synthesizer, which accepts an 8 kHz clock input as a reference and generates T1, E1, T3, E3, and OC3 frequencies. The device can also accept a T1, E1, T3, or E3 input clock and provide the same output for loop timing. All outputs are

Communications Clock PLL

Description The MK2049 is a Phase-Locked Loop (PLL) based clock synthesizer, which accepts an 8 kHz clock input as a reference and generates T1, E1, T3, E3, and OC3 frequencies. The device can also accept a T1, E1, T3, or E3 input clock and provide the same output for loop timing. All outputs are

Communications Clock PLLs

Description The MK2049-02 and MK2049-03 are Phase-Locked Loop (PLL) based clock synthesizers that accept multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-02/03 generate T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation

Communications Clock PLLs

Description The MK2049-02 and MK2049-03 are Phase-Locked Loop (PLL) based clock synthesizers that accept multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-02/03 generate T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation

Communications Clock PLLs

Description The MK2049-02 and MK2049-03 are Phase-Locked Loop (PLL) based clock synthesizers that accept multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-02/03 generate T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation

Communications Clock PLLs

Description The MK2049-02 and MK2049-03 are Phase-Locked Loop (PLL) based clock synthesizers that accept multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-02/03 generate T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation

Communications Clock PLLs

Description The MK2049-02 and MK2049-03 are Phase-Locked Loop (PLL) based clock synthesizers that accept multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-02/03 generate T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation

Communications Clock PLLs

Description The MK2049-02 and MK2049-03 are Phase-Locked Loop (PLL) based clock synthesizers that accept multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-02/03 generate T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation

Communications Clock PLLs

Description The MK2049-02 and MK2049-03 are Phase-Locked Loop (PLL) based clock synthesizers that accept multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-02/03 generate T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation

Communications Clock PLLs

Description The MK2049-02 and MK2049-03 are Phase-Locked Loop (PLL) based clock synthesizers that accept multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-02/03 generate T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation

Communications Clock PLLs

Description The MK2049-02 and MK2049-03 are Phase-Locked Loop (PLL) based clock synthesizers that accept multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-02/03 generate T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation

3.3 V Communications Clock PLL

Description The MK2049-34 is a Phase-Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-34 generates T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation of clocks freq

3.3 VOLT COMMUNICATIONS CLOCK VCXO PLL

Features • Packaged in 20-pin SOIC • 3.3 V + 5 operation • Fixed I/O phase relationship on all selections • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8

3.3 Volt Communications Clock VCXO PLL

Description The MK2049-34A is a VCXO Phased Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-34A generates T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation of clo

3.3 Volt Communications Clock VCXO PLL

Description The MK2049-34A is a VCXO Phased Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-34A generates T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation of clo

3.3 Volt Communications Clock VCXO PLL

Description The MK2049-34A is a VCXO Phased Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-34A generates T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation of clo

3.3 V Communications Clock PLL

Description The MK2049-34 is a Phase-Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-34 generates T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation of clocks freq

3.3 V Communications Clock PLL

Description The MK2049-34 is a Phase-Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-34 generates T1, E1, T3, E3, ISDN, xDSL, and other communications frequencies. This allows for the generation of clocks freq

3.3 V Communications Clock PLL

Description The MK2049-35 is a Phase-Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-35 generates T1, E1, T3, E3, OC3/3, Gigabit Ethernet, and other communications frequencies. This allows for the generation o

3.3 V Communications Clock PLL

Description The MK2049-35 is a Phase-Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-35 generates T1, E1, T3, E3, OC3/3, Gigabit Ethernet, and other communications frequencies. This allows for the generation o

3.3 V Communications Clock PLL

Description The MK2049-35 is a Phase-Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-35 generates T1, E1, T3, E3, OC3/3, Gigabit Ethernet, and other communications frequencies. This allows for the generation o

3.3 V Communications Clock PLL

Description The MK2049-36 is a Phase-Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-36 generates T1, E1, T3, E3, OC3/3, Gigabit Ethernet, and other communications frequencies. This allows for the generation o

3.3 VOLT COMMUNICATIONS CLOCK PLL

Features • Packaged in 20 pin SOIC • Pb (lead) free package • 3.3 V + 5 operation • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8 kHz backplane clock or

3.3 V Communications Clock PLL

Description The MK2049-36 is a Phase-Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-36 generates T1, E1, T3, E3, OC3/3, Gigabit Ethernet, and other communications frequencies. This allows for the generation o

3.3 V Communications Clock PLL

Description The MK2049-36 is a Phase-Locked Loop (PLL) based clock synthesizer that accepts multiple input frequencies. With an 8 kHz clock input as a reference, the MK2049-36 generates T1, E1, T3, E3, OC3/3, Gigabit Ethernet, and other communications frequencies. This allows for the generation o

3.3V Communications Clock PLL

Description The MK2049-45 is a dual Phase-Locked Loop (PLL) device which can provide frequency synthesis and jitter attenuation. The first PLL is VCXO based and uses a pullable crystal to track signal wander and attenuate input jitter. The second PLL is a translator for frequency multiplication.

3.3 VOLT COMMUNICATIONS CLOCK PLL

Features • Packaged in 20 pin SOIC • 3.3 V + 5 operation • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8 kHz backplane clock, or 10 to 50 MHz • Locks to

3.3 VOLT COMMUNICATIONS CLOCK PLL

Features • Packaged in 20-pin SOIC • 3.3 V + 5 operation • Meets the TR62411, ETS300 011, and GR-1244 specification for MTIE, Pull-in/Hold-in Range, Phase Transients, and Jitter Generation for Stratum 3, 4, and 4E • Accepts multiple inputs: 8 kHz backplane clock, or 10 to 50 MHz • Locks to