Pacific Test Equipment - Test and Measurement Equipments from HP / Agilent Anritsu Tektronix Fluke and etc.

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Mfg. Name	Mfg. Part#	Product	Unit Price	Add To Cart

Agilent / HP	15432B	Agilent / HP 15432B 250ps Transition Time Converter	$160.00


Agilent / HP	15434B	Agilent / HP 15434B 1000ps Transition Time Converter	$160.00


Agilent / HP	15438A	Agilent / HP 15438A 2000ps Transition Time Converter	$160.00


Agilent / HP	81104A	Agilent / HP 81104A Pulse Pattern Generator, 80 MHz	$4,950.00
The Agilent 81104A 80 MHz Pulse Pattern Generator with one or two Agilent 81105A output modules (single-/dual-channel) builds on the performance of the 81101A and is backward-compatible. The 81104A extends the frequency range and adds RZ/NRZ pattern capability up to 16 kbit per channel. An NRZ strobe channel provides a trigger at arbitrary points in the pattern, or can be used as an additional pattern source. If two 81105A Output modules are available, the outputs can be added. This allows elaborate pulse shapes for simulating glitches, testing clock-recovery circuits or generating 3- or 4-level codes. Channel-add and 1000 Ohm source modes each operate up to about 60 MHz. Combined, the maximum speed is about 15 MHz. NOTE: Each Agilent single-channel Pulse Pattern Generator 81104A 80 MHz requires one (1) output module Agilent 81105A. For the dual-channel configuration, two (2) output modules Agilent 81105A are required. Features Single-/dual-channel pulse pattern generator. 80 MHz, 10 V from 50 Ohm into 50 Ohm Triggerable / PLL operation selectable Pulse / burst / pattern modes selectable Variable transition times BNC outputs, single-ended Single- or dual-channel: Requires 1 or 2 output modules 81105A

Agilent / HP	81105A	Agilent / HP 81105A Output module , 80 MHz	$3,650.00
The Agilent 81104A 80 MHz Pulse Pattern Generator with one or two Agilent 81105A output modules (single-/dual-channel) builds on the performance of the 81101A and is backward-compatible. The 81104A extends the frequency range and adds RZ/NRZ pattern capability up to 16 kbit per channel. An NRZ strobe channel provides a trigger at arbitrary points in the pattern, or can be used as an additional pattern source. If two 81105A Output modules are available, the outputs can be added. This allows elaborate pulse shapes for simulating glitches, testing clock-recovery circuits or generating 3- or 4-level codes. Channel-add and 1000 Ohm source modes each operate up to about 60 MHz. Combined, the maximum speed is about 15 MHz. NOTE: Each Agilent single-channel Pulse Pattern Generator 81104A 80 MHz requires one (1) output module Agilent 81105A. For the dual-channel configuration, two (2) output modules Agilent 81105A are required. Features Single-/dual-channel pulse pattern generator. 80 MHz, 10 V from 50 Ohm into 50 Ohm Triggerable / PLL operation selectable Pulse / burst / pattern modes selectable Variable transition times BNC outputs, single-ended Single- or dual-channel: Requires 1 or 2 output modules 81105A

Agilent / HP	81103A	Agilent / HP 81103A 150 MHz Pulse Generator Card	$4,300.00
Agilent 8110A 150 MHz single- or dual-channel pulse pattern generator requires 1 or 2 output modules Agilent 81103A Single- or dual-channel pulse pattern generator 1.00 Hz to 150 MHz, 10 V from 50 Ohm into 50 Ohm 150 Mb/s, RZ/NRZ 4 kb data with variable pulse parameters BNC outputs 3-level signals/second channel (two Agilent 81103A modules) PLL accuracy and stability (module Agilent 81106A) Master-slave operation for 4, 6, 8 channels (module Agilent 81106A) Additional 30ns period-independent delay (module Agilent 81107A

Agilent / HP	81106A	Agilent / HP 81106A PLL Card	$1,300.00
Agilent 8110A 150 MHz single- or dual-channel pulse pattern generator requires 1 or 2 output modules Agilent 81103ASingle- or dual-channel pulse pattern generator 1.00 Hz to 150 MHz, 10 V from 50 Ohm into 50 Ohm 150 Mb/s, RZ/NRZ 4 kb data with variable pulse parameters BNC outputs 3-level signals/second channel (two Agilent 81103A modules) PLL accuracy and stability (module Agilent 81106A) Master-slave operation for 4, 6, 8 channels (module Agilent 81106A) Additional 30ns period-independent delay (module Agilent 81107A

Agilent / HP	8110A/81103A	Agilent / HP 8110A / 81103A 150 MHz Pulse Generator	$7,800.00
Agilent 8110A 150 MHz single- or dual-channel pulse pattern generator requires 1 or 2 output modules Agilent 81103ASingle- or dual-channel pulse pattern generator 1.00 Hz to 150 MHz, 10 V from 50 Ohm into 50 Ohm 150 Mb/s, RZ/NRZ 4 kb data with variable pulse parameters BNC outputs 3-level signals/second channel (two Agilent 81103A modules) PLL accuracy and stability (module Agilent 81106A) Master-slave operation for 4, 6, 8 channels (module Agilent 81106A) Additional 30ns period-independent delay (module Agilent 81107A

Agilent / HP	81110A	Agilent / HP 81110A / 81111A Pulse Pattern Generator, 165 MHz	$10,950.00
The Agilent 81110A with one or two Agilent 81111A ouput modules is a single/dual-channel 165 MHz Pulse Pattern Generator. It is the replacement of the industry-standard Agilent 8110A and provides increased performance for less money. In comparison to the Agilent 81104A, the 81110A offers the same performance on a wider frequency range. Delay and pulse width and repetition rate in non-PLL mode are more accurate (3% or 0.5% with self-calibration). Alternatively, the Agilent 81110A with one or two Agilent 81112A output modules is a single/dual-channel 330 MHz Pulse Pattern Generator. Instead of variable transitions, 800 ps or 1.6 ns edges are selectable. The output impedance is 50 Ohm and provides up to 3.8 Vpp into 50 Ohm. Internal channel addition is not available. Note: Each Agilent 81110A 165 MHz single-/dual-channel Pulse Pattern Generator requires one/two of the output channels Agilent 81111A (165 MHz, 10 V, 50 Ohm into 50 Ohm). Each Agilent 81110A 330 MHz single-/dual-channel Pulse Pattern Generator requires one/two of the output channels Agilent 81112A (330 MHz, 3.8 V, 50 Ohm into 50 Ohm). 81111A and 81112A output channels can not be combined in one and the same 81110A! Features Single-/dual-channel Pulse Pattern generator. 165 MHz, 10 V, 50 � into 50 � (81111A) OR 330 MHz, 3.8 V, 50 � into 50 � (81112A) Triggerable / PLL operation selectable Pulse / burst / pattern modes selectable Self-cal for improved timing accuracy BNC outputs: single-ended (81111A) // differential (81112A)

Agilent / HP	81110A	Agilent / HP 81110A / 81111A / 81111A Pulse Pattern Generator, 165 MHz	$15,750.00
The Agilent 81110A with two Agilent 81111A ouput modules is a dual-channel 165 MHz Pulse Pattern Generator. It is the replacement of the industry-standard Agilent 8110A and provides increased performance for less money. In comparison to the Agilent 81104A, the 81110A offers the same performance on a wider frequency range. Delay and pulse width and repetition rate in non-PLL mode are more accurate (3% or 0.5% with self-calibration). Alternatively, the Agilent 81110A with one or two Agilent 81112A output modules is a single/dual-channel 330 MHz Pulse Pattern Generator. Instead of variable transitions, 800 ps or 1.6 ns edges are selectable. The output impedance is 50 Ohm and provides up to 3.8 Vpp into 50 Ohm. Internal channel addition is not available. Note: Each Agilent 81110A 165 MHz single-/dual-channel Pulse Pattern Generator requires one/two of the output channels Agilent 81111A (165 MHz, 10 V, 50 Ohm into 50 Ohm). Each Agilent 81110A 330 MHz single-/dual-channel Pulse Pattern Generator requires one/two of the output channels Agilent 81112A (330 MHz, 3.8 V, 50 Ohm into 50 Ohm). 81111A and 81112A output channels can not be combined in one and the same 81110A! Features Single-/dual-channel Pulse Pattern generator. 165 MHz, 10 V, 50 � into 50 � (81111A) OR 330 MHz, 3.8 V, 50 � into 50 � (81112A) Triggerable / PLL operation selectable Pulse / burst / pattern modes selectable Self-cal for improved timing accuracy BNC outputs: single-ended (81111A) // differential (81112A)

Agilent / HP	8131A / 020	HP/Agilent 8131A / 020 500MHz Pulse Generator	$9,500.00


Stanford Reserch (SRS)	DG535	Stanford Reserch Systems (SRS) DG535 / 02 / 03 Digital Delay Generator / Pulse Generator	$4,450.00
The DG535 Digital Delay and Pulse Generator provides four precisely-timed logic transitions or two independent pulse outputs. The delay resolution on all channels is 5 ps, and the channel-to-channel jitter is less than 50 ps. Front-panel BNC outputs deliver TTL, ECL, NIM or variable level (-3 to +4 V) pulses into 50 W or high impedance loads. The high accuracy, low jitter, and wide delay range make the DG535 ideal for laser timing systems, automated testing, and precision pulse applications. Four independent delay channels Two fully-defined pulse channels 5 ps delay resolution 50 ps rms jitter Adjustable amplitude and offset Delays up to 1000 seconds 1 MHz maximum trigger rate Standard GPIB interface Optional �32 V output

Stanford Reserch (SRS)	DG535	Stanford Reserch Systems (SRS) DG535 / 02 Digital Delay Generator / Pulse Generator	$4,250.00
The DG535 Digital Delay and Pulse Generator provides four precisely-timed logic transitions or two independent pulse outputs. The delay resolution on all channels is 5 ps, and the channel-to-channel jitter is less than 50 ps. Front-panel BNC outputs deliver TTL, ECL, NIM or variable level (-3 to +4 V) pulses into 50 W or high impedance loads. The high accuracy, low jitter, and wide delay range make the DG535 ideal for laser timing systems, automated testing, and precision pulse applications. Four independent delay channels Two fully-defined pulse channels 5 ps delay resolution 50 ps rms jitter Adjustable amplitude and offset Delays up to 1000 seconds 1 MHz maximum trigger rate Standard GPIB interface Optional �32 V output

Stanford Reserch (SRS)	DG535	Stanford Reserch Systems (SRS) DG535 / 03 Digital Delay Generator / Pulse Generator	$3,850.00
The DG535 Digital Delay and Pulse Generator provides four precisely-timed logic transitions or two independent pulse outputs. The delay resolution on all channels is 5 ps, and the channel-to-channel jitter is less than 50 ps. Front-panel BNC outputs deliver TTL, ECL, NIM or variable level (-3 to +4 V) pulses into 50 W or high impedance loads. The high accuracy, low jitter, and wide delay range make the DG535 ideal for laser timing systems, automated testing, and precision pulse applications. Four independent delay channels Two fully-defined pulse channels 5 ps delay resolution 50 ps rms jitter Adjustable amplitude and offset Delays up to 1000 seconds 1 MHz maximum trigger rate Standard GPIB interface Optional �32 V output

Stanford Reserch (SRS)	DG535	StanFord Reserch Systems (SRS) DG535 Digital Delay Generator / Pulse Generator	$3,550.00
The DG535 Digital Delay and Pulse Generator provides four precisely-timed logic transitions or two independent pulse outputs. The delay resolution on all channels is 5 ps, and the channel-to-channel jitter is less than 50 ps. Front-panel BNC outputs deliver TTL, ECL, NIM or variable level (-3 to +4 V) pulses into 50 W or high impedance loads. The high accuracy, low jitter, and wide delay range make the DG535 ideal for laser timing systems, automated testing, and precision pulse applications. Four independent delay channels Two fully-defined pulse channels 5 ps delay resolution 50 ps rms jitter Adjustable amplitude and offset Delays up to 1000 seconds 1 MHz maximum trigger rate Standard GPIB interface Optional �32 V output

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