Diversified Technologies, Inc.
![Diversified Technologies, Inc. Company Logo](https://cdn.thomasnet.com/ccp/00979443/318221.png)
35 Wiggins Ave.
Bedford, MA 01730
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![Diversified Technologies Develops Permanent Invasive Fish Barrier that Repels Asian Carp Using Pulsed Electric Fields](https://cfnewsads.thomasnet.com/images/medium/40041/40041030.png)
Diversified Technologies Develops Permanent Invasive Fish Barrier that Repels Asian Carp Using Pulsed Electric Fields
BEDFORD, MASS. (PRWEB) NOVEMBER 18, 2020 - Diversified Technologies, Inc. (DTI) has installed a pulsed electric field (PEF) modulator on the Chicago Sanitary and Shipping Canal (CSSC). Funded by the U.S. Army Corps of Engineers, this permanent barrier is designed to prevent Asian Carp migration into Lake Michigan where they would destroy existing fisheries. The DTI Electric Fish Barrier is...
Read More »![Diversified Technologies Develops Permanent Invasive Fish Barrier that Repels Asian Carp Using Pulsed Electric Fields](https://cfnewsads.thomasnet.com/images/medium/40041/40041030.png)
Diversified Technologies Develops Permanent Invasive Fish Barrier that Repels Asian Carp Using Pulsed Electric Fields
BEDFORD, MASS. (PRWEB) NOVEMBER 18, 2020 - Diversified Technologies, Inc. (DTI) has installed a pulsed electric field (PEF) modulator on the Chicago Sanitary and Shipping Canal (CSSC). Funded by the U.S. Army Corps of Engineers, this permanent barrier is designed to prevent Asian Carp migration into Lake Michigan where they would destroy existing fisheries. The DTI Electric Fish Barrier is...
Read More »![New Solid-State Tryratron Replacement Features Peak-To-Peak Jitter Less Than 1.5 ns](https://cfnewsads.thomasnet.com/images/medium/40034/40034011.png)
New Solid-State Tryratron Replacement Features Peak-To-Peak Jitter Less Than 1.5 ns
Built from modular solid-state switches that are available in voltages from 1 kV to 100 kV, with peak current up to 10 kA. Eliminates need for annual thyratron replacements in pulse forming networks. Suitable for replacing of sizes of legacy thyratron assemblies in the field that will fit into existing cabinets with minimum modification.
Read More »![New Solid-State Tryratron Replacement Features Peak-To-Peak Jitter Less Than 1.5 ns](https://cfnewsads.thomasnet.com/images/medium/40034/40034011.png)
New Solid-State Tryratron Replacement Features Peak-To-Peak Jitter Less Than 1.5 ns
Built from modular solid-state switches that are available in voltages from 1 kV to 100 kV, with peak current up to 10 kA. Eliminates need for annual thyratron replacements in pulse forming networks. Suitable for replacing of sizes of legacy thyratron assemblies in the field that will fit into existing cabinets with minimum modification.
Read More »![New ESS Klystron Production Test Standfrom Diversified Tech Eliminates Flicker](https://cfnewsads.thomasnet.com/images/medium/40029/40029433.png)
New ESS Klystron Production Test Standfrom Diversified Tech Eliminates Flicker
Permits testing at ESS specifications: 120 kV, 50 A, 3.5 ms pulse, 14 Hz with margin for operating voltages at up to 130 kV. Designed with patented non-dissipative regulator that compensates for the capacitor droop voltage of approx. 20% during the pulse. Can be integrated with cabinets, HVPS, modulator, and transformer.
Read More »![New ESS Klystron Production Test Standfrom Diversified Tech Eliminates Flicker](https://cfnewsads.thomasnet.com/images/medium/40029/40029433.png)
New ESS Klystron Production Test Standfrom Diversified Tech Eliminates Flicker
Permits testing at ESS specifications: 120 kV, 50 A, 3.5 ms pulse, 14 Hz with margin for operating voltages at up to 130 kV. Designed with patented non-dissipative regulator that compensates for the capacitor droop voltage of approx. 20% during the pulse. Can be integrated with cabinets, HVPS, modulator, and transformer.
Read More »![New PowerMod Solid-State Klystron Modulator Uses High Voltage Opening Switch Technology](https://cfnewsads.thomasnet.com/images/medium/40012/40012109.png)
New PowerMod Solid-State Klystron Modulator Uses High Voltage Opening Switch Technology
DTI’s PowerMod Solid-State Klystron Modulators are used for driving 70 MW-class klystrons with an average beam power of 250 kW. Units offer 450 kV, 545 A cathode pulses with a 3.0 µs flattop. Powered from standard switching power supplies, the modulators provide MTBF of more than 100 K hrs. Units are directly mounted on the oil-filled modulator tank that consists of pulse circuitry for...
Read More »![New PowerMod Solid-State Klystron Modulator Uses High Voltage Opening Switch Technology](https://cfnewsads.thomasnet.com/images/medium/40012/40012109.png)
New PowerMod Solid-State Klystron Modulator Uses High Voltage Opening Switch Technology
DTI’s PowerMod Solid-State Klystron Modulators are used for driving 70 MW-class klystrons with an average beam power of 250 kW. Units offer 450 kV, 545 A cathode pulses with a 3.0 µs flattop. Powered from standard switching power supplies, the modulators provide MTBF of more than 100 K hrs. Units are directly mounted on the oil-filled modulator tank that consists of pulse circuitry for...
Read More »![Solid-State Drop-In Thyratron Replacement Switch offer peak-to-peak jitter less than 1.5 n.](https://cfnewsads.thomasnet.com/images/medium/40008/40008259.png)
Solid-State Drop-In Thyratron Replacement Switch offer peak-to-peak jitter less than 1.5 n.
Solid-State Drop-In Thyratron Replacement Switch is available in voltages from 1 kV to 100 kV with peak current up to 10 kA. Unit can fit into the existing cabinets and can perform for over 25 years. Product is suitable for commercial and scientific system applications.
Read More »![Solid-State Drop-In Thyratron Replacement Switch offer peak-to-peak jitter less than 1.5 n.](https://cfnewsads.thomasnet.com/images/medium/40008/40008259.png)
Solid-State Drop-In Thyratron Replacement Switch offer peak-to-peak jitter less than 1.5 n.
Solid-State Drop-In Thyratron Replacement Switch is available in voltages from 1 kV to 100 kV with peak current up to 10 kA. Unit can fit into the existing cabinets and can perform for over 25 years. Product is suitable for commercial and scientific system applications.
Read More »![Diversified Technologies Develops Permanent Invasive Fish Barrier that Repels Asian Carp Using Pulsed Electric Fields](https://cfnewsads.thomasnet.com/images/medium/40041/40041030.png)
Diversified Technologies Develops Permanent Invasive Fish Barrier that Repels Asian Carp Using Pulsed Electric Fields
BEDFORD, MASS. (PRWEB) NOVEMBER 18, 2020 - Diversified Technologies, Inc. (DTI) has installed a pulsed electric field (PEF) modulator on the Chicago Sanitary and Shipping Canal (CSSC). Funded by the U.S. Army Corps of Engineers, this permanent barrier is designed to prevent Asian Carp migration into Lake Michigan where they would destroy existing fisheries. The DTI Electric Fish Barrier is...
Read More »![Diversified Technologies Develops Permanent Invasive Fish Barrier that Repels Asian Carp Using Pulsed Electric Fields](https://cfnewsads.thomasnet.com/images/medium/40041/40041030.png)
Diversified Technologies Develops Permanent Invasive Fish Barrier that Repels Asian Carp Using Pulsed Electric Fields
BEDFORD, MASS. (PRWEB) NOVEMBER 18, 2020 - Diversified Technologies, Inc. (DTI) has installed a pulsed electric field (PEF) modulator on the Chicago Sanitary and Shipping Canal (CSSC). Funded by the U.S. Army Corps of Engineers, this permanent barrier is designed to prevent Asian Carp migration into Lake Michigan where they would destroy existing fisheries. The DTI Electric Fish Barrier is...
Read More »![New Solid-State Tryratron Replacement Features Peak-To-Peak Jitter Less Than 1.5 ns](https://cfnewsads.thomasnet.com/images/medium/40034/40034011.png)
New Solid-State Tryratron Replacement Features Peak-To-Peak Jitter Less Than 1.5 ns
Built from modular solid-state switches that are available in voltages from 1 kV to 100 kV, with peak current up to 10 kA. Eliminates need for annual thyratron replacements in pulse forming networks. Suitable for replacing of sizes of legacy thyratron assemblies in the field that will fit into existing cabinets with minimum modification.
Read More »![New Solid-State Tryratron Replacement Features Peak-To-Peak Jitter Less Than 1.5 ns](https://cfnewsads.thomasnet.com/images/medium/40034/40034011.png)
New Solid-State Tryratron Replacement Features Peak-To-Peak Jitter Less Than 1.5 ns
Built from modular solid-state switches that are available in voltages from 1 kV to 100 kV, with peak current up to 10 kA. Eliminates need for annual thyratron replacements in pulse forming networks. Suitable for replacing of sizes of legacy thyratron assemblies in the field that will fit into existing cabinets with minimum modification.
Read More »![New ESS Klystron Production Test Standfrom Diversified Tech Eliminates Flicker](https://cfnewsads.thomasnet.com/images/medium/40029/40029433.png)
New ESS Klystron Production Test Standfrom Diversified Tech Eliminates Flicker
Permits testing at ESS specifications: 120 kV, 50 A, 3.5 ms pulse, 14 Hz with margin for operating voltages at up to 130 kV. Designed with patented non-dissipative regulator that compensates for the capacitor droop voltage of approx. 20% during the pulse. Can be integrated with cabinets, HVPS, modulator, and transformer.
Read More »![New ESS Klystron Production Test Standfrom Diversified Tech Eliminates Flicker](https://cfnewsads.thomasnet.com/images/medium/40029/40029433.png)
New ESS Klystron Production Test Standfrom Diversified Tech Eliminates Flicker
Permits testing at ESS specifications: 120 kV, 50 A, 3.5 ms pulse, 14 Hz with margin for operating voltages at up to 130 kV. Designed with patented non-dissipative regulator that compensates for the capacitor droop voltage of approx. 20% during the pulse. Can be integrated with cabinets, HVPS, modulator, and transformer.
Read More »![New PowerMod Solid-State Klystron Modulator Uses High Voltage Opening Switch Technology](https://cfnewsads.thomasnet.com/images/medium/40012/40012109.png)
New PowerMod Solid-State Klystron Modulator Uses High Voltage Opening Switch Technology
DTI’s PowerMod Solid-State Klystron Modulators are used for driving 70 MW-class klystrons with an average beam power of 250 kW. Units offer 450 kV, 545 A cathode pulses with a 3.0 µs flattop. Powered from standard switching power supplies, the modulators provide MTBF of more than 100 K hrs. Units are directly mounted on the oil-filled modulator tank that consists of pulse circuitry for...
Read More »![New PowerMod Solid-State Klystron Modulator Uses High Voltage Opening Switch Technology](https://cfnewsads.thomasnet.com/images/medium/40012/40012109.png)
New PowerMod Solid-State Klystron Modulator Uses High Voltage Opening Switch Technology
DTI’s PowerMod Solid-State Klystron Modulators are used for driving 70 MW-class klystrons with an average beam power of 250 kW. Units offer 450 kV, 545 A cathode pulses with a 3.0 µs flattop. Powered from standard switching power supplies, the modulators provide MTBF of more than 100 K hrs. Units are directly mounted on the oil-filled modulator tank that consists of pulse circuitry for...
Read More »![Solid-State Drop-In Thyratron Replacement Switch offer peak-to-peak jitter less than 1.5 n.](https://cfnewsads.thomasnet.com/images/medium/40008/40008259.png)
Solid-State Drop-In Thyratron Replacement Switch offer peak-to-peak jitter less than 1.5 n.
Solid-State Drop-In Thyratron Replacement Switch is available in voltages from 1 kV to 100 kV with peak current up to 10 kA. Unit can fit into the existing cabinets and can perform for over 25 years. Product is suitable for commercial and scientific system applications.
Read More »![Solid-State Drop-In Thyratron Replacement Switch offer peak-to-peak jitter less than 1.5 n.](https://cfnewsads.thomasnet.com/images/medium/40008/40008259.png)
Solid-State Drop-In Thyratron Replacement Switch offer peak-to-peak jitter less than 1.5 n.
Solid-State Drop-In Thyratron Replacement Switch is available in voltages from 1 kV to 100 kV with peak current up to 10 kA. Unit can fit into the existing cabinets and can perform for over 25 years. Product is suitable for commercial and scientific system applications.
Read More »