Picosecond Baluns and Transformers
Picosecond Baluns and Transformers
Picosecond Pulse Labs is now part of Tektronix. The same leading performance you have come to expect from Picosecond Pulse Labs products is now available with the worldwide support and backing of Tektronix.
Tektronix offers a variety of inverting transformers and differential pulse splitters (baluns). These baluns transform an unbalanced 50 ohm input into a balanced 100 ohm differential output, and are made of passive components and are therefore bi-directional.
Tektronix baluns are an effective means for using single-ended test equipment (VNA's, pattern generators) for taking differential measurements.
Many serial data standards have modest differential s-parameter test requirements. For these serial data applications a pair of baluns and a single-ended VNA provide a very cost effective measurement solution.
| Model | Description | High Frequency -3 dB | Low Frequency -3 dB | Rise Time | List Price |
|---|---|---|---|---|---|
| PSPL5100 | Inverting Transformer | >20 GHz | 200 kHz | 15 ps |
US $995
Configure & Quote |
| PSPL5310R | Phase-Matched Balun | 6.5 GHz | 4 MHz | 54 ps |
US $1,810
Configure & Quote |
| PSPL5315 | Balun | 17 GHz | 200 kHz | 21 ps |
US $3,000
Configure & Quote |
| PSPL5320B | Balun | 11 GHz | 5 kHz | 31 ps |
US $3,240
Configure & Quote |
ModelPSPL5100
List PriceUS $995
DescriptionHigh Frequency -3 dBLow Frequency -3 dB
Inverting Transformer
>20 GHz
200 kHz
Rise Time
15 ps
ModelPSPL5310R
List PriceUS $1,810
DescriptionHigh Frequency -3 dBLow Frequency -3 dB
Phase-Matched Balun
6.5 GHz
4 MHz
Rise Time
54 ps
ModelPSPL5315
List PriceUS $3,000
DescriptionHigh Frequency -3 dBLow Frequency -3 dB
Balun
17 GHz
200 kHz
Rise Time
21 ps
ModelPSPL5320B
List PriceUS $3,240
DescriptionHigh Frequency -3 dBLow Frequency -3 dB
Balun
11 GHz
5 kHz
Rise Time
31 ps
| Title | Type | Date |
|---|---|---|
| China RoHS Supplemental, 071218307 Product Information Sheet for People‚s Republic of China
This sheet contains supplemental product information for the People‚s Republic of China. Part number: 071218307 | User | 11 Apr 2018 |
| PSPL Test and Measurement Component Selection Guide This is a component guide with ordering information for Tektronix PSPL Pulse Generators, including Amplifiers and Drivers, Attenuators, Baluns and Transformers, DC Blocks, Bias Tees, Low-Pass Filters, Impulse Forming Networks, Power Dividers and Pick-off… Part number: 55W-30714-3 | User | 28 Aug 2017 |
| Find the Component You're Looking For Component Selection GuideTurn to our Component Selection Guide for the most important specifications of Tektronix Test & Measurement Components. Literature number: 55W-30714-0 | Selection Guide | 13 Dec 2016 |
| PSPL5315 17 GHz Differential Pulse Splitter Datasheet PSPL5315 DatasheetThe PSPL5315A BALUN is a broadband differential pulse splitter. A signal fed into the 50 Ω input is split equally into two 50 Ω outputs. One output is the same polarity as the input, while the other output is inverted in polarity. The PSPL5315A BALUN has… Literature number: 1PW-30551-1 | Datasheet | 12 Mar 2015 |
| PSPL5320B 11 GHz Differential Pulse Splitter PSPL5320B DatasheetThe PSPL5320B BALUN is a broadband differential pulse splitter. A signal fed into the 50 Ω input is split equally into two 50 Ω outputs. One output is the same polarity as the input, while the other output is inverted in polarity. The PSPL5320B has a fast… Literature number: 1PW-30552-0 | Datasheet | 29 Oct 2014 |
| PSPL5310R Phase-Matched Balun Datasheet PSPL5310R DatasheetThe PSPL5310R Phase-Matched Balun is a broadband differential pulse splitter. A signal fed into the 50 Ω input is split equally into two 50 Ω outputs. One output is the same polarity as the input while the other is inverted in polarity. The PSPL5310R uses… Literature number: 1PW-30548-0 | Datasheet | 13 Aug 2014 |
| PSPL5100 Inverting Transformer Datasheet PSPL5100 DatasheetThe PSPL5100 Inverting Transformer rise time is 15 ps with a -3 dB bandwidth from 200 kHz to 23 GHz. It passes fast rise time pulses with a minimum of waveform distortion. A flat top pulse passing through the inverter has less than 2% sag in 15 ns. The… Literature number: 1PW-30549-0 | Datasheet | 13 Aug 2014 |
