Santronics 205 Analog & Digital Signal Identifier / Telecom Signal Detector

Santronics 205 Analog & Digital Signal Identifier / Telecom Signal Detector

The TelCom 205 Digital/Analog Signal Detector enables communications services technicians around the world to avoid interrupting digital or analog services by detecting the presence of those signals prior to working on cables, installing or maintaining services, working in pedestals, cross boxes, splice cases, cross-connect frames, 66 blocks, etc. in the field….in the central switching office….at the customer premise….virtually anywhere communication services are working.

Eliminates lost calls, lost data, and customer dissatisfaction

The TelCom 205 is a non-contact tool that detects signals by putting the tool in close proximity to the working cable pair that carries the service. Thus, giving technicians warning that there is existing service on that cable pair. The TelCom 205 enables the technician to eliminate lost calls, lost data and customer dissatisfaction from service interruptions.

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Cal Test CT2883 Test Lead Wire Series

 

Cal Test CT2883 Test Lead Wire Series

 

 

Silicone jacketed highly flexible, 21 AWG (0.40 mm2), 6 A, test lead wire. Lead wire available in 6 colors.

Ideal for building Do-It-Yourself (DIY) test leads, patch cords, and test fixtures. Silicone is the best test lead jacket material, combining high flexibility, even at low temperatures, with resistance to burns and chemicals. The conductor is highly stranded soft bare copper for additional flexibility.

 

Cal Test CT2883 Test Lead Wire
Cal Test CT2883-0-10
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Black, 10m Pkg
Cal Test CT2883-0-100
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Black, 100m Spl
Cal Test CT2883-0-50
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Black, 50m Spl
Cal Test CT2883-2-10
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Red, 10m Pkg
Cal Test CT2883-2-100
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Red, 100m Spl
Cal Test CT2883-2-50
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Red, 50m Spl
Cal Test CT2883-4-10
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Yellow, 10m Pkg
Cal Test CT2883-4-100
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Yellow, 100m Spl
Cal Test CT2883-4-50
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Yellow, 50m Spl
Cal Test CT2883-5-10
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Green, 10m Pkg
Cal Test CT2883-5-100
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Green, 100m Spl
Cal Test CT2883-5-50
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Green, 50m Spl
Cal Test CT2883-6-10
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Blue, 10m Pkg
Cal Test CT2883-6-100
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, Blue, 100m Spl
Cal Test CT2883-6-50
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, 50m Spl
Cal Test CT2883-9-10
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, White, 10m Pkg
Cal Test CT2883-9-100
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, White, 100m Spl
Cal Test CT2883-9-50
Wire, SILIC, 104 BC 0.40, 2.1mm (.083″)OD, White, 50m Spl

 

 

TTi TGR1040 & 2050 1GHz and 2GHz Synthesised RF Generators


TTi TGR1040 & 2050 1GHz and 2GHz Synthesised RF Generators

The TGR series are low cost, synthesised RF signal generators that incorporate the essential features required for most development, test and service work; namely high frequency accuracy and stability, wide dynamic range, low phase noise and leakage, and flexible modulation capabilities.

The TGR2050 covers from 150kHz up to 2GHz and incorporates AM, FM and Phase modulation (internal and external). The wide frequency range and comprehensive modulation capabilities make it suitable for most tasks within the 2GHz spectrum.

The generator can be operated using either numeric or rotary controls, and can be remotely controlled via either an RS-232 interface or GPIB interface, both of which are included as standard.

Nine memories are provided for user set-ups. Wide modulation range and low distortion make the TGR2050 suitable for most modulated-signal test procedures.

The TGR1040 has a more restricted frequency range of 10MHz to 1GHz and incorporates FM modulation only (internal and external). It retains the high stability and wide amplitude range of the 2050 making it suitable for many task including FM radio receiver sensitivity measurements, system gain measurements, receiver tuning & alignment, oscillator substitutions, EMC/antenna/field strength measurements and as a signal source for many other RF circuit and system development tasks.

Both instruments can be operated using either numeric or rotary controls, and can be remotely controlled via either an RS-232 interface or GPIB interface. Nine memories are provided for user set-ups.

TTi TGR1040 & 2050
TTi TGR1040
1GHz Synthesised Signal Generator, RS232
TTi TGR1040GP
TGR1040 with GPIB/RS232
TTi TGR2050
2GHz Synthesised Signal Generator inc GPIB/RS232

 

 

TTi TGA1200 Series Single and Multi-channel Universal ARB Generators


TTi TGA1200 Series Single and Multi-channel Universal ARB Generators

TGA1200 Series Single and Multi-channel Universal ARB Generators

Universal generators
The TGA1200 series combine a true variable clock arbitrary generator with a high performance DDS function generator and pulse generator in a single instrument.

A true arbitrary generator
The TGA1200 series are highly sophisticated 12-bit arbitrary generators capable of recreat- ing virtually any waveform.

Variable clock architecture
True variable clock architecture is used with clock speeds between 0.1Hz and 100MHz (40MHz on TGA124x units). This architecture avoids the clock jitter associated with DDS ar- bitrary generators and permits waveform link- ing, looping and sequencing. (See page five for more about variable clock architecture).

Waveforms may be defined with up to 4096 vertical points and from 8 to 1M horizontal points (4 to 64K points on TGA124x units).

Arbitrary waveforms may be replayed at a specified waveform frequency, period or sam- ple rate. An external sample clock can also be used on TGA1210x units.

On TGA124x units, up to 100 user-defined waveforms can be stored within the instru- ment’s non-volatile memory.

On TGA1210x units waveform storage is on removeable Compact Flash memory cards and is therefore effectively unlimited.

Function generator
Each channel can operate as a full DDS func- tion generator. High quality sine, cosine, haversine, havercosine and square waves are available between 1mHz and 16MHz (TGA124x) or 40MHz (TGA1210x).

Triangle, ramp and sine(x)/x waveforms are available from 0.1mHz up to 100kHz.

TGA1200 Series
TTi TGA1241
15MHz, 40MS/s 64k Arbitrary Waveform Generator, RS232/GPIB
TTi TGA1242
2ch 15MHz, 40MS/s 64k Arbitrary Waveform Generator, RS232/GPIB
TTi TGA1244
4ch 15MHz, 40MS/s 64k Arbitrary Waveform Generator, RS232/GPIB
TTi TGA12101
100M/s Arb Waveform Generator, RS232/USB/GPIB
TTi TGA12102
2ch 100M/s ArbWaveform Generator, RS232/USB/GPIB
TTi TGA12104
4ch 100M/s Arb Waveform Generator, RS232/USB/GPIB

 

 

Santronics 3315 Measures DC 6 to 50V – Voltage Tester

  Santronics 3315 Measures DC 6 to 50V – Voltage Tester

Santronics 3315 DC Voltage Detector 6-50 VDC

The DC Detector introduces a revolutionary breakthrough in DC voltage detection and can be used to troubleshoot any DC circuit with voltage ranging from 6-50 volts DC. The DC Detector features an LED that never burns out, a loud buzzer, and a sharp, rust proof, stainless steel tip for penetrating insulated wires. The DC Detector also features an extended ground lead with an extra large alligator clip to insure a good connection. The DC unit is a user friendly, pen shaped enclosure that fits comfortably in the hand.

The Santronics DC Detector,, is the newest of the Santronics instrument line. It introduces a revolutionary breakthrough in DC voltage detection. It can be used to troubleshoot any DC circuit with voltage ranging from 6 to 50 volts DC.

The DC Detector features an LED that never burns out, a loud buzzer, and a sharp, rust proof, stainless steel tip for penetrating insulated wires. The DC Detector also features an extended ground lead with an extra large alligator clip to insure a good connection. The DC unit is user friendly and pen shaped to fit comfortably in the hand.

There is no ON/OFF switch, since switches can malfunction over time. As a result, the DC Sensor is always on and ready to use.

ADVANTAGES

  • Buzzer – provides audio indication of DC voltage.
  • LED Light – will never burn out.
  • Large Clip – fits ground connection points small to large.
  • Sharp Tip – penetrates fine and heavy wire.
  • Construction – using the finest materials available.
  • Stainless Steel Tip – rust proof.
  • Solid State Circuitry – total reliability.
  • Test Lead Wire – 20 gauge heavy duty heat resistant.
  • Pen Sized – to fit comfortably in users hand. 100% Manufactured in the U.S.A.

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Santronics 3000 Ultimate AC Sensor 50-1000VAC

  Santronics 3000 Ultimate AC Sensor 50-1000VAC

Santronics 3000 Ultimate AC Sensor 50-1000VAC

The Santronics Ultimate AC Sensor is a hand-held device for determining the presence or absence of 50-1000 volts AC in insulated wires, wall receptacles, fuses, junction boxes, switches and other voltage-carrying electrical systems. It is not necessary to disconnect the system in question because no contact is required for operation and current flow is not necessary to locate voltage. Simply touch the plastic tip to a connection point or move it along a wire. If AC voltage is present, the tip will glow red and you will hear an audible tone.

The Ultimate AC Sensor operates very much like the AC Sensor 3115, the choice of OSHA. The Ultimate AC Sensor has a new feature, an audio alert! You not only get a visual alert, but an audio alert as well. Another important feature of the Ultimate AC is that the audio alert reacts only to an AC voltage field, and will not beep when it comes in contact with a static field.

There is no ON/OFF switch on The Ultimate AC Sensor. Switches can wear out over time or even malfunction. Because the Ultimate AC Sensor has no switch it is always ready to use!

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Siglent SDG1000 Series Function/Arbitrary Waveform Generator

SDG1000 Series Function/Arbitrary Waveform Generator

 

The SDG1000 series of high-performance function/arbitrary waveform generators use direct digital synthesis (DDS) technology and can generate accurate, stable, clean and low distortion output signals. It provides fast rising and falling edge square waves up to 25MHz. The SDG1000 series provides a user-friendly graphical interface that can help you complete tasks faster and greatly improve your work efficiency. It has dual-channel output and each channel can output waveforms up to 50MHz (Sine Wave).

Reasonable price & outstanding performance
SDG1000 series Function/Arbitrary Waveform Generator is a new family member of SIGLENT with friendly design: 3.5 inch TFT-LCD display; Built-in Chinese/English language; Online help function; Support USB and internal storage, facilitate files management; Special connection terminal for groundingEdit arbitrary waveform
Enables edition of 14-bit 16kpts arbitrary output waveforms, Arbitrary editing software EasyWave provides 9 standard waveforms: Sine, Square, Ramp, Pulse, ExRise, ExpFall, Sinc, Noise and DC, which meets all engineers’ basic needs; In addition, it provides plenty of ways of manual drawing, point-to-point line drawing and arbitrary point drawing. It facilitates to create complex waveforms; Multi-file screen management helps users to edit multiple-waveform simultaneously. It provides 10 Storage in non-volatile RAM. You can edit and store more waveforms by EasyWave.

Arbitrary waveform output
Built-in 48 arbitrary waveforms, including math, engineering and other commonly-used waveforms

Complete set of modulation functions, sweep output, burst output

  • Complete set of modulation functions: AM, DSB-AM, FM, PM, FSK, ASK, PWM, the modulation waveform can be observed directly, which it is suitable for education and training;
  • Sweep output: change output frequency from starting frequency to ending one within sweeping time, Sweeping time range: 1ms~500s. The carrier can be Sine, Square, Triangle and Arbitrary waveforms.
  • Burst output: It can periodically generate pulse sequence. Internal counter and external control signal are available to control burst output.

Dual-channel Coupling, Duplicating function

  • Channel coupling: after setting base channel and coupling frequency/ phase difference, the frequency/phase of the other channel will change according to base channel, keeping set coupling frequency/phase difference fixed.
  • Channel duplicating: allows to duplicate parameters from one channel to the other.

Built-in frequency counter
Wide frequency range: 100mHz~200MHz. Measurable parameters: frequency, period, duty-cycle, positive pulse width, negative pulse width Setting: it can set DC/AC coupling, trigger level and high frequency rejection.

TTi QL Series II Precision Bus Programmable Linear DC Power Supplies

TTi QL Series II Precision Bus Programmable Linear DC Power Supplies

The QL Series II is the latest and highest performance linear regulated power supply series from TTi.
Single and triple output models are available.  Each model can be specified with or without digital remote control interfaces.

Each main output provides more than 100 watts of power, and dual range capability offers higher currents at lower voltages.

New features include an enhanced auxiliary output with fully variable voltage and higher current capability on T models, and an LXI compliant LAN interface on all P models.

Building upon success
The original QL series re-defined the laboratory power supply in terms of precision and performance. Now the QL Series II builds upon that success and adds new features and models.

Exceptional precision
The QL series offers an unparalleled level of precision. Voltage and current are controlled using instrumentation quality 16 bit DACs enabling voltages to be set to 1mV resolution even at full output voltage. Indeed, the accuracy is sufficient for the QL to be used as a calibration source for some hand-held DMMs.

Multiple ranges for greater flexibility
The QL series II provides multiple ranges for increased current capability at lower voltages. The QL564, for example, is a 112W PSU with three ranges. The main range offers 0 to 56 volts at up to 2 amps. The higher current range provides up to 4 amps for voltages up to 25V. A further low current range provides an enhanced current setting and measurement resolution of 0.1mA.

Unrivalled performance
The QL series uses pure linear technology and offers unrivalled performance in terms of regulation, output noise and dynamics. Line and load regulation are close to the limit of measurement. Recovery time from transient current pulses is better than 50µs. Differential output noise is less than 350µV rms in CV mode and down to 20µA rms in CI mode. Of equal importance for critical applications in areas such as telecoms is common mode noise current (the noise current flowing between the output terminals and ground). This is less than 4µA rms on the QL Series – dramatically better than most other PSUs.

  • Advanced dc power supply range, single or triple output
  • Very high precision, very low noise, excellent dynamics
  • Advanced user interface with numeric and rotary control
  • Multiple voltage/current ranges for increased flexibility
  • Multiple non-volatile memories for power supply set-ups
  • Switchable remote sense provides perfect load regulation
  • Comprehensive protection including OVP and OCP trips
  • Compact bench footprint; modular width for rack mounting
  • Auxiliary output fully variable 1.00V to 6.00V at 3A with selectable voltage and current metering (T models)
  • Bus programmable via USB, RS232, GPIB or LAN (P models)
  • LAN interface is LXI class C compliant
  • Duplicate power and sense terminals at rear (P models)
TSX Series
TTi QL355P II
Single 0-35V/0-5A LXI/USB/RS232/GPIB
TTi QL355TP II
Dual QL355 plus 1-6V/3A LXI/USB/RS232/GPIB
TTi QL564P II
Single 0-56V/0-4A LXI/USB/RS232/GPIB
TTi QL564TP II
Dual QL564 plus 1-6V/3A LXI/USB/RS232/GPIB

 

 

TTi TSX Series High Power Laboratory DC Power Supplies

TTi TSX Series High Power Laboratory DC Power Supplies

The TSX Series of High Output DC Power Supplies Power with Precision & Simplicity

The Thurlby-Thandar TSX series represents the state of the art in high output PSU design.
A wide range of voltage-current output combinations will become available with power levels of 360 Watts and more.

Each output combination is available in two versions: with conventional analogue controls.

The standard versions
The TSX series represents the state of the art in high output PSU design. A wide range of voltage-current output combinations will become available with power levels of 360 Watts and more. Each output combination is available in two versions: with conventional analogue controls (TSX) and with programmable controls (TSX-P).

Linear post regulation for unrivalled performance
The heart of all TSX series PSUs is an innovative regulator design which combines switch mode pre-regulation with linear post-regulation

The pre-regulator uses specially developed techniques to dramatically reduce the capacitance between input and output thus eliminating the high levels of common-mode noise normally associated with switch mode PSUs.

The linear post-regulator combines very low levels of output noise with excellent load regulation and transient response. The result is performance comparable with a pure linear design.

Compact and lightweight
The hybrid regulator design provides a PSU which is both smaller and lighter than competitive products.

The high thermal efficiency also means that the PSUs are silent in operation since fan cooling is unnecessary *.

  • 35V-10A & 18V-20A variants
  • High power levels in a compact & lightweight casing
  • Bench or rack mounting, front & rear terminals
  • Very low noise, excellent transient response
  • CV & CI operation with automatic crossover
  • Comprehensive protection including variable OVP trip
  • High setting resolution, remote sense terminals
  • High accuracy digital meters, current meter damping
  • Silent fan-free operation
TSX Series
TTi TSX3510
High Power Single 0-35V/0-10A, High Performance DC Bench Power Supply
TTi TSX 3510P
Single 0-35V/0-10A High Power Bus Programmable DC Power Supply
TTi TSX1820
High Power Single 0-18V/0-20A, High Performance DC Bench Power Supply
TTi TSX 1820P
Single 0-18V/0-20A High Power Bus Programmable DC Power Supply

 

 

TTi PLH-P Series – Full Remote Control for Bench & System Applications

 

 

TTi PLH-P Series Interfacing to every application

Bench and System use

The PLH-P series includes all of the manual control features of the PLH series, but adds comprehensive remote control facilities.

The ultra-compact rack-modular sizing makes it ideally suited to rack mounted system applications, while its user-friendly manual controls are retained for bench top applications.

Rear Power Terminals

Power output terminals are duplicated on the rear panel for rack mount applications or other situations where rear connection is more appropriate.

Digital Remote Control

To meet the varying needs of today’s engineers, a comprehensive array of interfaces is provided. RS-232, USB and LAN (Ethernet) with LXI support are provided as standard. An additional GPIB interface is also optionally available.

Each of the digital bus interfaces provides full control of voltage, current, and output on/off, plus read-back of voltage, current and status. The interfaces are at ground potential and are opto-isolated from the output terminals.

RS-232

An RS-232/RS-423 interface is provided for use with legacy systems. This type of serial interface remains in common useage and is perfectly satisfactory for the control of power supplies because data speed is not an issue.

USB

USB provides a simple and convenient means of connection to a PC and is particularly appropriate for small system use. A USB driver is provided which supports Windows 2000, XP, Vista and Windows 7 (including 64 bit versions).

LAN-Ethernet with LXI

The LAN interface uses a standard 10/100 base-T Ethernet hardware connection with ICMP and TCP/IP Protocol for connection to a Local Area Network or direct connection to a single PC. This interface supports LXI and is the most appropriate for larger system use because of its scalable nature.

LXI Compliance

The LAN interface is compliant with LXI-C. LXI (LAN eXtensions for Instrumentation) is the next-generation, LAN-based modular architecture standard for automated test systems managed by the LXI Consortium, and is expected to become the successor to GPIB in many systems. For more information on LXI and how it replaces GPIB, or operates along side it.

IVI Driver

An IVI driver for Windows is included. This provides support for common high-level applications such as LabView*, LabWindows*, and HP/Agilent VEE*.

GPIB (option G)

Further versions of the products, are fitted with a GPIB (IEEE-488) interface in addition to USB, RS232 and LAN.

Isolated Analog Remote Control

PLH-P units include isolated analog voltage control of both voltage and current. Analog control outputs (non-isolated) are also incorporated to enable easy parallel connection of multiple units in a master-slave configuration. Terminals for remote on/off control are also provided.

PLH-P Additional Facilities

From the front, PLH-P models are identical to standard PLH models and retain all of their manual control features.

The rear panel carries RS-232, USB and LAN (Ethernet) connectors, together with isolated analog in and non-isolated out for voltage and current, plus remote on/off control. Power output terminals are also duplicated on the rear panel.

All models can be additionally fitted with a GPIB interface (option G – factory fit only).

Rack Mounting

Up to four single output units can be fitted into one rack width. Alternatively, where PLH units are being used along side New PL units, a combination of singles and duals can be used i.e. one dual plus up to two singles.

The TTi RM450 rack mount is 4U high and incorporates limited ventilation space above and below the power supplies. Blanking plates are provided for unused positions.

 

TTi PLH-P Series – Full Remote Control for Bench & System Applications
TTi PLH120-P
Single 0-120V/0-0.75A USB/RS232/LAN/ISOL Analog
TTi PLH120-P(G)
Single 0-120V/0-0.75A USB/RS232/LAN/GPIB
TTi PLH250-P
Single 0-250V/0-0.375A USB/RS232/LAN/ISOL Analog
TTi PLH250-P(G)
Single 0-250V/0-0.0375A USB/RS232/LAN/GPIB